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Significance Evidence of climate change impacts on biodiversity is accumulating, but a growing literature also reveals highly variable rates and even directions of these responses. We propose that this complexity arises because biological processes do not respond to climate in direct and linear ways and, therefore, that complex biodiversity responses could be simplified by rescaling climate in terms of the underlying biological processes. Applying this “plant’s eye view” approach to a montane grassland climate change experiment, we find that variation in local extinction and colonization rates in response to temperature and precipitation change across landscapes emerge from unexpected and understudied biotic interactions. Thus, biotic rescaling can simultaneously test mechanistic hypotheses and enhance generality in understanding of biodiversity responses to climate change.

Biotic rescaling reveals importance of species interactions for variation in biodiversity responses to climate change