| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
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|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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dioicus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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cheiri","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [01.04.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [01.04.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [18.04.53] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [18.04.53] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [19.03.22] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [19.03.22] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [Juli 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [Juli 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
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|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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verna","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [March 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [March 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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}","targetTaxonId":"https://www.gbif.org/species/3001244","targetTaxonName":"Malus
domestica","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [04.05.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [04.05.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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domestica","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [27.03.48] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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verna","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [March 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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alba","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [March 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [20.05.42] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [20.05.42] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [20.05.42] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [20.05.42] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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on 28 Aug 2025. |
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oppositifolia","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.06.67] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.06.67] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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}","targetTaxonId":"https://www.gbif.org/species/8087525","targetTaxonName":"Centaurea
scabiosa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [18.04.53] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [18.04.53] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [May 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [13.05.68] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [13.05.68] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [13.05.68] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [13.05.68] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [08.07.67] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [08.07.67] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [22.05.56] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [22.05.56] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1871] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1871] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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azurea","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1871] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [August 1871] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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acris","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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acris","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1877] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [05.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [14.04.49] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [03.04.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [03.04.65] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","sourceTaxonId":"https://www.gbif.org/species/1341976","sourceTaxonName":"Apis
mellifera","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
automated reviewer
(elton-0.15.13)","reviewCommentType":"note","reviewComment":"invalid
date string [June
1979]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","decimalLatitude":null,"decimalLongitude":null,"delimiter":",","dwc:countryCode":"IT","dwc:decimalLatitude":null,"dwc:decimalLongitude":null,"dwc:eventDate":"17:00","dwc:locality":"Figino","dwc:relatedResourceID":"https://www.gbif.org/species/5350466","dwc:relationshipOfResourceID":"http://purl.obolibrary.org/obo/RO_0002618","dwc:resourceID":"https://www.gbif.org/species/1341976","dwc:scientificName":"Phaseolus
coccineus","dwc:verbatimIdentification":null,"eurostat:lauCode":"6002","eurostat:nuts2021Code":"ITC18","eurostat:postcode":"15060","headerRowCount":"1","http://rs.tdwg.org/dwc/terms/eventDate":"June
1979","imageId":null,"interactionTypeId":"http://purl.obolibrary.org/obo/RO_0002618","interactionTypeIdVerbatim":"http://purl.obolibrary.org/obo/RO_0002618","interactionTypeName":"visits","localityId":"IT","localityName":"Figino","pms:heightAboveMeanSeaLevel":"650.0000000000","pms:recordID":"677","referenceCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1341976","sourceTaxonName":"Apis
mellifera","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
automated reviewer
(elton-0.15.13)","reviewCommentType":"note","reviewComment":"invalid
date string [June
1979]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","decimalLatitude":null,"decimalLongitude":null,"delimiter":",","dwc:countryCode":"IT","dwc:decimalLatitude":null,"dwc:decimalLongitude":null,"dwc:eventDate":"17:00","dwc:locality":"Figino","dwc:relatedResourceID":"https://www.gbif.org/species/5350466","dwc:relationshipOfResourceID":"http://purl.obolibrary.org/obo/RO_0002618","dwc:resourceID":"https://www.gbif.org/species/1341976","dwc:scientificName":"Phaseolus
coccineus","dwc:verbatimIdentification":null,"eurostat:lauCode":"6002","eurostat:nuts2021Code":"ITC18","eurostat:postcode":"15060","headerRowCount":"1","http://rs.tdwg.org/dwc/terms/eventDate":"June
1979","imageId":null,"interactionTypeId":"http://purl.obolibrary.org/obo/RO_0002618","interactionTypeIdVerbatim":"http://purl.obolibrary.org/obo/RO_0002618","interactionTypeName":"visits","localityId":"IT","localityName":"Figino","pms:heightAboveMeanSeaLevel":"650.0000000000","pms:recordID":"677","referenceCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1341976","sourceTaxonName":"Apis
mellifera","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
automated reviewer
(elton-0.15.13)","reviewCommentType":"note","reviewComment":"invalid
date string [June
1980]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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terrestris also visited the flowers without entering them, by simply
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coccineus {L}.) for dry grain production}, \tvolume = {1}, \tissn =
{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1341976","sourceTaxonName":"Apis
mellifera","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
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biting a hole at the base of the corolla. B) The effect of the bees on
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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1980]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
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di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
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cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
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flowers on sample areas of ordinary crops at different times of the day
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frequency of natural cross pollination in crops grown in the open field.
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flowers on sample areas of ordinary crops at different times of the day
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their behaviour was observed. The results for the various sites of
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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in crops grown in the open field. A) The research was carried out at
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kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
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most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
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also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
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\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0006-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0006-01-01T00:00:00Z] occurred in the first century AD |
|
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|
|
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|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
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|
|
|
|
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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well as observations of pollinators on plant species, in particular
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M. 2023 Data on economic dependence of pollination by animals in crops
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
|
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|
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|
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
|
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|
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0009-01-01T00:00:00Z] occurred in the first century AD |
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Rubinigg M. 2023 Data on economic dependence of pollination by
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0009-01-01T00:00:00Z] occurred in the first century AD |
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|
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|
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Rubinigg M. 2023 Data on economic dependence of pollination by
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well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0009-01-01T00:00:00Z] occurred in the first century AD |
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug
2025.","targetTaxonId":"https://www.gbif.org/species/9206251","targetTaxonName":"Helianthus
annuus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0009-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0008-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0008-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0005-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0005-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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M. 2023 Data on economic dependence of pollination by animals in crops
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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2025.","targetTaxonId":"https://www.gbif.org/species/7931731","targetTaxonName":"Prunus
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0004-01-01T00:00:00Z] occurred in the first century AD |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [4/1/2014] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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[2025-08-28] app.pollinatorhub.eu. Accessed at
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [4/1/2014] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
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|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0003-01-01T00:00:00Z] occurred in the first century AD |
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|
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0006-01-01T00:00:00Z] occurred in the first century AD |
|
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Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
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crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
date [0006-01-01T00:00:00Z] occurred in the first century AD |
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Rubinigg M. 2023 Data on economic dependence of pollination by
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
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|
Rubinigg M. 2023 Data on economic dependence of pollination by
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
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|
Rubinigg M. 2023 Data on economic dependence of pollination by
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{schreck_eva_bedeutung_1979, \ttitle = {Die
{Bedeutung} des {Wildbienen}-{Anteils} bei der {Bestäubung} von
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= {66}, \tlanguage = {de}, \tjournal = {Berichte des
Naturwissenschaftlichen-medizinischen Vereins Innsbruck}, \tauthor =
{{Schreck, Eva} and {Schedl, Wolfgang}}, \tmonth = oct, \tyear = {1979},
\tpages = {95--107},
}","targetTaxonId":"https://www.gbif.org/species/3001244","targetTaxonName":"Malus
domestica","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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1980]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
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natural pollinators, prevalently bees, intervened to differing extents.
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Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
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C) The frequency of cross pollination was observed in plants of «Bianco
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Schierano in the three-year period 1982-1984. The results show that
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= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
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coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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\tabstract = {Between 1979 and 1984 the following aspects of the
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
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production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
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2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1340301","sourceTaxonName":"Bombus
lapidarius","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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terrestris also visited the flowers without entering them, by simply
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Comparison between the plants caged with bees and those grown in the
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
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Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
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10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
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Comparison between the plants caged with bees and those grown in the
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C) The frequency of cross pollination was observed in plants of «Bianco
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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\tabstract = {Between 1979 and 1984 the following aspects of the
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
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biting a hole at the base of the corolla. B) The effect of the bees on
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Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
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related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
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biting a hole at the base of the corolla. B) The effect of the bees on
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Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
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to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
automated reviewer
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1980]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1340405","sourceTaxonName":"Bombus
pascuorum","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
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most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
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presumably because natural pollinators, prevalently bees, intervened to
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\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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biting a hole at the base of the corolla. B) The effect of the bees on
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pascuorum","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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flowers on sample areas of ordinary crops at different times of the day
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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their behaviour was observed. The results for the various sites of
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
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plants kept under cages; C) the frequency of natural cross pollination
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(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
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recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
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also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
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to was very low. Comparison between the plants caged with bees and those
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presumably because natural pollinators, prevalently bees, intervened to
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with plants of «Valloriate», an ecotype with dark seed and reddish brown
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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their behaviour was observed. The results for the various sites of
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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biting a hole at the base of the corolla. B) The effect of the bees on
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C) The frequency of cross pollination was observed in plants of «Bianco
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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with plants of «Valloriate», an ecotype with dark seed and reddish brown
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\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
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}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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\tabstract = {Between 1979 and 1984 the following aspects of the
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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flowers on sample areas of ordinary crops at different times of the day
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\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
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Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
{"reviewId":"2503aa24-6c0b-4411-8813-2ad9199c21ff","reviewDate":"2025-08-28T21:25:47Z","reviewerName":"GloBI
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
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terrestris","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
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related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
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also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
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presumably because natural pollinators, prevalently bees, intervened to
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\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
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Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
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biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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biting a hole at the base of the corolla. B) The effect of the bees on
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Comparison between the plants caged with bees and those grown in the
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rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
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2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
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biting a hole at the base of the corolla. B) The effect of the bees on
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
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to was very low. Comparison between the plants caged with bees and those
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}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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}","targetTaxonId":"https://www.gbif.org/species/3001244","targetTaxonName":"Malus
domestica","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
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|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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app.pollinatorhub.eu. Accessed at
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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Flie","sourceTaxonId":"https://www.gbif.org/species/1540742","sourceTaxonName":"Eupeodes
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pollinators on plant species, inon economic dependence of pollination by
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species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
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{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
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{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/5071382","sourceTaxonName":"Helophilus
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","decimalLatitude":"48.4538500000","decimalLongitude":"7.8189300000","delimiter":",","dwc:countryCode":"DE","dwc:decimalLatitude":"48.4538500000","dwc:decimalLongitude":"7.8189300000","dwc:eventDate":null,"dwc:locality":"Dundenheim","dwc:relatedResourceID":"https://www.gbif.org/species/7292208","dwc:relationshipOfResourceID":"http://purl.obolibrary.org/obo/RO_0002618","dwc:resourceID":"https://www.gbif.org/species/1349795","dwc:scientificName":"Camelina
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","sourceTaxonId":"https://www.gbif.org/species/1349795","sourceTaxonName":"Hylaeus
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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recently gained attention as biofuel feedstock crops. Prior to
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system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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app.pollinatorhub.eu. Accessed at
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
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|
|
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|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
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|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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on 28 Aug 2025. |
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pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
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|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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on 28 Aug 2025. |
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{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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recently gained attention as biofuel feedstock crops. Prior to
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system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/1354263","sourceTaxonName":"Lasioglossum
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/1354263","sourceTaxonName":"Lasioglossum
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
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pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","decimalLatitude":"48.4538500000","decimalLongitude":"7.8189300000","delimiter":",","dwc:countryCode":"DE","dwc:decimalLatitude":"48.4538500000","dwc:decimalLongitude":"7.8189300000","dwc:eventDate":null,"dwc:locality":"Dundenheim","dwc:relatedResourceID":"https://www.gbif.org/species/7292208","dwc:relationshipOfResourceID":"http://purl.obolibrary.org/obo/RO_0002618","dwc:resourceID":"https://www.gbif.org/species/1353981","dwc:scientificName":"Camelina
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{L}.) double-cropping in {Germany}}, \tvolume = {6}, \turl =
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","sourceTaxonId":"https://www.gbif.org/species/1353981","sourceTaxonName":"Lasioglossum
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/1353981","sourceTaxonName":"Lasioglossum
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
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sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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recently gained attention as biofuel feedstock crops. Prior to
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pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/1354676","sourceTaxonName":"Lasioglossum
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
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{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
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Flie","sourceTaxonId":"https://www.gbif.org/species/1355337","sourceTaxonName":"Lasioglossum
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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double-cropping system in southern Germany. We found that common
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seemed to benefit from insect visitation, whereas pennycress was
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system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
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app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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pollinators on plant species, inon economic dependence of pollination by
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on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
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{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
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rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
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on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [25.04.77] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 2011] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","decimalLatitude":"48.4538500000","decimalLongitude":"7.8189300000","delimiter":",","dwc:countryCode":"DE","dwc:decimalLatitude":"48.4538500000","dwc:decimalLongitude":"7.8189300000","dwc:eventDate":null,"dwc:locality":"Dundenheim","dwc:relatedResourceID":"https://www.gbif.org/species/7292208","dwc:relationshipOfResourceID":"http://purl.obolibrary.org/obo/RO_0002618","dwc:resourceID":"https://www.gbif.org/species/1544431","dwc:scientificName":"Camelina
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\ttitle = {Pollination of two oil-producing plant species: {Camelina}
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{L}.) double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","sourceTaxonId":"https://www.gbif.org/species/1544431","sourceTaxonName":"Syritta
pipiens","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{groeneveld_pollination_2014, \ttitle =
{Pollination of two oil-producing plant species: {Camelina} ({Camelina}
sativa {L}. {Crantz}) and pennycress ({Thlaspi} arvense {L}.)
double-cropping in {Germany}}, \tvolume = {6}, \turl =
{https://onlinelibrary.wiley.com/doi/abs/10.1111/gcbb.12122}, \tdoi =
{https://doi.org/10.1111/gcbb.12122}, \tabstract = {Abstract Camelina
and pennycress are two annual oil-producing plant species that have
recently gained attention as biofuel feedstock crops. Prior to
commercial production, information on their breeding and pollination
system is essential to ensure sustainable management. We conducted
pollination experiments and observed flower visitors in an experimental
double-cropping system in southern Germany. We found that common
camelina varieties were mainly self-pollinated and yield of one variety
seemed to benefit from insect visitation, whereas pennycress was
predominantly wind pollinated. Camelina showed higher overall visitation
rates by insects than pennycress.
Flie","targetTaxonId":"https://www.gbif.org/species/7292208","targetTaxonName":"Camelina
sativa var. sativa","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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(elton-0.15.13)","reviewCommentType":"note","reviewComment":"invalid
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1979]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
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Comparison between the plants caged with bees and those grown in the
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
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}","sourceTaxonId":"https://www.gbif.org/species/1342108","sourceTaxonName":"Xylocopa
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1979] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
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pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento Di
Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
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on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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flowers on sample areas of ordinary crops at different times of the day
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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their behaviour was observed. The results for the various sites of
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millifera(50-64\\% of the presences recorded), which gathered only
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pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
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plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
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2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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1980]","namespace":"globalbioticinteractions/eupollinatorhub","context":{"dcterms:bibliographicCitation":"@article{quagliotti_research_1987,
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role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
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individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
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behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
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biting a hole at the base of the corolla. B) The effect of the bees on
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Comparison between the plants caged with bees and those grown in the
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C) The frequency of cross pollination was observed in plants of «Bianco
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«Valloriate», an ecotype with dark seed and reddish brown stem, at
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dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
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pollinators on plant species, inon economic dependence of pollination by
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related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
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the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
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Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
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\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
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\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
cross pollination frequencies between the two genotypes varied from 2 to
10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
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Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","sourceTaxonId":"https://www.gbif.org/species/1342108","sourceTaxonName":"Xylocopa
violacea","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
note |
invalid date string [June 1980] |
|
|
|
|
|
|
|
Rubinigg M. 2023 Data on economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, inon economic dependence of pollination by animals in crops as
well as observations of pollinators on plant species, in particular
crops. EU Pollinator Hub. [2025-08-28] app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025. |
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automated reviewer
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\ttitle = {Research on the pollination of {Runner} {Bean} ({Phaseolus}
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
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Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
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{03946169, 15921573}, \turl = {http://www.jstor.org/stable/42882991},
\tabstract = {Between 1979 and 1984 the following aspects of the
pollination of «Bianco di Spagna», the most widespread cultivar in
Italy, of Phaseolus coccineus L. were studied: A) the composition and
behaviour of spontaneous entomofauna related with pollination; B) the
role of honeybees in the pollination of plants kept under cages; C) the
frequency of natural cross pollination in crops grown in the open field.
A) The research was carried out at Figino (province of Alessandria) in
1979 and 1980 and at Schierano (province of Asti) in 1980. The number of
individuals of the various kinds of pollinators, that visited the
flowers on sample areas of ordinary crops at different times of the day
and in successive periods of the flowering season, were counted and
their behaviour was observed. The results for the various sites of
observation were quite homogeneous; most frequently observed was Apis
millifera(50-64\\% of the presences recorded), which gathered only
nectar, Bombus pascuorum, B. terrestris and B. lapidarius, which
gathered especially in the morning hours and also collected pollen. B.
terrestris also visited the flowers without entering them, by simply
biting a hole at the base of the corolla. B) The effect of the bees on
seed yield from plants grown under net cages was checked in Figino, in
1979, and in Schierano, in 1980 and 1981. In any case the seed
production in the plants to which bees had no access to was very low.
Comparison between the plants caged with bees and those grown in the
open field gave results that differed over the years, presumably because
natural pollinators, prevalently bees, intervened to differing extents.
C) The frequency of cross pollination was observed in plants of «Bianco
di Spagna» grown in alternate rows, 1-2-3-4 m apart with plants of
«Valloriate», an ecotype with dark seed and reddish brown stem, at
Schierano in the three-year period 1982-1984. The results show that
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10\\%, the lower percentages being found where the distance between the
rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18}, \tjournal
= {Advances in Horticultural Science}, \tauthor = {Quagliotti, L. and
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Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
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violacea","studySourceCitation":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.","studyTitle":"Rubinigg M. 2023 Data on economic
dependence of pollination by animals in crops as well as observations of
pollinators on plant species, inon economic dependence of pollination by
animals in crops as well as observations of pollinators on plant
species, in particular crops. EU Pollinator Hub. [2025-08-28]
app.pollinatorhub.eu. Accessed at
<https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip>
on 28 Aug 2025.@article{quagliotti_research_1987, \ttitle = {Research on
the pollination of {Runner} {Bean} ({Phaseolus} coccineus {L}.) for dry
grain production}, \tvolume = {1}, \tissn = {03946169, 15921573}, \turl
= {http://www.jstor.org/stable/42882991}, \tabstract = {Between 1979 and
1984 the following aspects of the pollination of «Bianco di Spagna», the
most widespread cultivar in Italy, of Phaseolus coccineus L. were
studied: A) the composition and behaviour of spontaneous entomofauna
related with pollination; B) the role of honeybees in the pollination of
plants kept under cages; C) the frequency of natural cross pollination
in crops grown in the open field. A) The research was carried out at
Figino (province of Alessandria) in 1979 and 1980 and at Schierano
(province of Asti) in 1980. The number of individuals of the various
kinds of pollinators, that visited the flowers on sample areas of
ordinary crops at different times of the day and in successive periods
of the flowering season, were counted and their behaviour was observed.
The results for the various sites of observation were quite homogeneous;
most frequently observed was Apis millifera(50-64\\% of the presences
recorded), which gathered only nectar, Bombus pascuorum, B. terrestris
and B. lapidarius, which gathered especially in the morning hours and
also collected pollen. B. terrestris also visited the flowers without
entering them, by simply biting a hole at the base of the corolla. B)
The effect of the bees on seed yield from plants grown under net cages
was checked in Figino, in 1979, and in Schierano, in 1980 and 1981. In
any case the seed production in the plants to which bees had no access
to was very low. Comparison between the plants caged with bees and those
grown in the open field gave results that differed over the years,
presumably because natural pollinators, prevalently bees, intervened to
differing extents. C) The frequency of cross pollination was observed in
plants of «Bianco di Spagna» grown in alternate rows, 1-2-3-4 m apart
with plants of «Valloriate», an ecotype with dark seed and reddish brown
stem, at Schierano in the three-year period 1982-1984. The results show
that cross pollination frequencies between the two genotypes varied from
2 to 10\\%, the lower percentages being found where the distance between
the rows was greater.}, \tnumber = {1}, \turldate = {2023-07-18},
\tjournal = {Advances in Horticultural Science}, \tauthor = {Quagliotti,
L. and Marletto, F.}, \tyear = {1987}, \tnote = {Publisher: Dipartimento
Di Scienze Delle Produzioni Vegetali, Del Suolo E Dell'Ambiente
Agroforestale, University of Florence}, \tpages = {43--49},
}","targetTaxonId":"https://www.gbif.org/species/5350466","targetTaxonName":"Phaseolus
coccineus","url":"Insect-Plant.csv"}} |
| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
summary |
https://github.com/globalbioticinteractions/eupollinatorhub/archive/7203b93a7af871e02b0a7b887bb564e9b3717f3e.zip |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
summary |
1424 interaction(s) |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
summary |
214 note(s) |
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| 2503aa24-6c0b-4411-8813-2ad9199c21ff |
2025-08-28T21:25:47Z |
GloBI automated reviewer (elton-0.15.13) |
globalbioticinteractions/eupollinatorhub |
summary |
1424 info(s) |
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