Sarah Diamond Lab
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Conservation for one taxon, is not conservation for all taxa: the map highlights areas of over- and under-prediction of biodiversity, using one taxon to predict diversity in other taxa. 

Organismal physiologies can help us refine predictions of vulnerability to global change and improve conservation plans.


From: Jenkins, C. N., B. Guénard, S. E. Diamond, M. D. Weiser, and R. R. Dunn. 2013. Conservation implications of divergent global patterns of ant and vertebrate diversity. Diversity and Distributions 19:1084-1092.

Globally, we are experiencing unprecedented contemporary changes in climate, land-use, and species invasions and introductions.

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​Each of these changes has the potential to generate novel environments, in some cases, far beyond the range of typical variation seen over the history of life on Earth.

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​Research in the Diamond lab is focused on understanding and predicting biological responses to changing and novel environments.

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Urbanization

Harnessing the power of a globally replicated warming experiment, we study how arthropods respond to urban development, linking changes in community structure and function to organismal physiologies.
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Climate Change

From ants to butterflies, we use basic principles of physiological ecology at micro- to macro-scales to develop ecological forecasts of ectothermic species responses to recent climate change.
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Species Introductions

We use tobacco hornworms, a common pest of the Solanaceae, to explore how native herbivores respond to anthropogenically-mediated host plant species introductions.
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