Land-use and climate impacts on plant-pollinator interactions and pollination services

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Abstract

Most flowering plants rely on animals for pollination and most animal pollinators rely on flowering plants for food resources. However, there is an ongoing concern that anthropogenic-induced global change threatens the mutualistic association between plants and pollinators. Two of the most important factors of global change are land-use and climate change. Land-use and climate change may affect species distributions and species phenologies, leading to spatial and temporal mismatches between mutualistic partners. Land-use and climate change may also influence species abundances, nesting habitats, floral resources and the behaviors of pollinators. Thus, mutualistic plant-pollinator interactions should be more susceptible to global change than simple measures of biodiversity, such as species richness and species composition. The potential negative impacts of land-use and climate change on plant-pollinator interactions may have large consequences for the conservation of threatened plants and pollinators and economically by diminishing crop productivity. Here I highlight 'fruitful avenues' for research into better understanding the influence of land-use and climate change on plant-pollinator interactions.

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APA

Dalsgaard, B. (2020, May 1). Land-use and climate impacts on plant-pollinator interactions and pollination services. Diversity. MDPI AG. https://doi.org/10.3390/D12050168

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