Environmental changes threaten plant‐pollinator mutualisms and their critical ecosystem
service. Drivers such as land use, invasions and climate change can affect pollinator …

Climate change may disrupt plant–pollinator mutualisms by generating phenological
asynchronies and by altering traits that shape interaction costs and benefits. Our knowledge …

Global change may substantially affect biodiversity and ecosystem functioning but little is
known about its effects on essential biotic interactions. Since different environmental drivers …

Biotic pollination improves the yield of 75% of crop types globally, and therefore has great
nutritional importance for humans1. However, the future of animal pollination is severely …

Anthropogenic climate change is widely expected to drive species extinct by hampering
individual survival and reproduction, by reducing the amount and accessibility of suitable …

Climate change can affect plant–pollinator interactions in a variety of ways, but much of the
research attention has focused on whether independent shifts in phenology will alter …

Growing concern about the influence of climate change on flowering plants, pollinators, and
the mutualistic interactions between them has led to a recent surge in research. Much of this …

Plant–pollinator interactions are affected by global change, with largely negative impacts on
pollination and plant reproduction. Urban areas provide a unique and productive study …

Altered precipitation patterns associated with anthropogenic climate change are expected to
have many effects on plants and insect pollinators, but it is unknown if effects on pollination …

If climate change affects pollinator‐dependent crop production, this will have important
implications for global food security because insect pollinators contribute to production for …