Plant functional traits and vegetation structure explain pollination networks at scale DOI Creative Commons
Kendall Jefferys, Luísa G. Carvalheiro,

Adrian González‐Chaves

et al.

Research Square (Research Square), Journal Year: 2024, Volume and Issue: unknown

Published: Dec. 20, 2024

Abstract Plant-pollinator interactions are critical to terrestrial ecosystem functioning and global food production but experiencing increasing pressures from land use environmental changes. Plant functional traits vegetation structure reflect the responses of local relate directly nesting floral resources available pollinators. Yet, little is known about role in determining organisation plant-pollinator networks, nor on methods predict such networks at broad spatial scales. Here, we evaluate how plant influence interaction patterns satellite remote sensing can aid predicting scale. We analysed a total 209 across tropics. were generated using spectral LiDAR sensing. found that pollination responded along spectrum acquisitive conservative resource strategies. Networks more modular areas with shorter low leaf nutrient content, while higher photosynthetic capacity water content associated network connectance. Vegetation metrics canopy openness (high phosphorus content) greater specialisation (H2’). Additionally, nested trait variability. Our findings reveal strategies play an important structuring biotic as those between plants pollinators, paving way these scale approaches.

Language: Английский

Plant functional traits and vegetation structure explain pollination networks at scale DOI Creative Commons
Kendall Jefferys, Luísa G. Carvalheiro,

Adrian González‐Chaves

et al.

Research Square (Research Square), Journal Year: 2024, Volume and Issue: unknown

Published: Dec. 20, 2024

Abstract Plant-pollinator interactions are critical to terrestrial ecosystem functioning and global food production but experiencing increasing pressures from land use environmental changes. Plant functional traits vegetation structure reflect the responses of local relate directly nesting floral resources available pollinators. Yet, little is known about role in determining organisation plant-pollinator networks, nor on methods predict such networks at broad spatial scales. Here, we evaluate how plant influence interaction patterns satellite remote sensing can aid predicting scale. We analysed a total 209 across tropics. were generated using spectral LiDAR sensing. found that pollination responded along spectrum acquisitive conservative resource strategies. Networks more modular areas with shorter low leaf nutrient content, while higher photosynthetic capacity water content associated network connectance. Vegetation metrics canopy openness (high phosphorus content) greater specialisation (H2’). Additionally, nested trait variability. Our findings reveal strategies play an important structuring biotic as those between plants pollinators, paving way these scale approaches.

Language: Английский

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