Published on 21 September 2022 |

Version 6

Database of plant-flower visitor interactions from Ireland

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Russo, Laura;Fitzpatrick, Una;Larkin, Michelle;Mullen, Sarah;Power, Eileen;Stanley, Dara;White, Cian;O'Rourke, Aoife;Stout, Jane

Description

Beneficial insects provide valuable services upon which we rely, including pollination. Pollinator conservation is a global priority, and a significant concern in Ireland, where over half of extant bee species have declined significantly in recent decades. As flower-visiting insects rely on flowering plants, one way to conserve and promote pollinator populations is to protect high-quality habitat. We analysed the structure of insect-flower interactions from multiple habitat categories in a large database of interactions from Ireland. Our primary goals were to compare spatial and temporal variation in Irish network structures, compare Irish networks to published networks from other countries, and provide evidence-based recommendations for pollinator conservation in Ireland by identifying well-visited plant species that may promote high pollinator diversity, abundance, and functional complementarity. Habitat types within Ireland differed substantially: semi-natural grasslands had the highest pollinator species richness and largest number of unique pollinator species, while intensively-managed habitats exhibited negative asymmetry (more plant than pollinator species). This negative asymmetry is notable because most plant-pollinator networks exhibit a positive asymmetry. Within intensively-managed habitats, agricultural and urban habitats differed. Urban habitats had the highest number of non-native plant species while agricultural habitats had the lowest pollinator species richness. We also found Irish networks varied across the growing season, where July had the highest plant and insect species richness. When comparing Irish networks to published networks from other countries, we found Irish networks had a higher ratio of plant species to pollinator species, and that this difference was most evident in agricultural habitats. This ratio means the typical network asymmetry (more pollinator than plant species) was flipped (more plant than pollinator species) in the Irish network. We conclude that conserving semi-natural grasslands in Ireland will be an essential component of pollinator conservation and identify thirty-five plant species important for restoring semi-natural habitats.

Citations (1)

Mentions (0)

Metrics

Dataset Index

1.8

FAIR Score

69%

Citations

1

Mentions

0

Metrics Over Time

Publication Details

DOI

Publisher

Dryad

Assigned Domain

Subfield

Control and Systems Engineering

Field

Engineering

Domain

Physical Sciences

Confidence Score

62%

Source

Open Alex

Keywords

pollinatorsplant-pollinator networksIrelandGrasslandsFOS: Biological sciencesConservation

Normalization Factors

FT

15.38

CTw

1.00

MTw

1.00