Topic: Methods for integrating niche models, genetics, and fossil pollen data to understand species' range dynamics under changing climates

Objectives: Climate change is dramatically altering species' ranges and community composition, which will impact forest productivity, carbon cycling, and global biodiversity. Understanding how species and communities responded to past climatic changes, especially to dramatic warming following Ice Ages, can help us predict and mitigate future outcomes. However, our current understanding of historic ranges and species' dynamics, based on single data types and outdated methods, is deficient (and sometimes misleading). Moreover, we lack a framework for explicit hypothesis testing of post-Ice Age biogeographical inference. This workshop aims to improve our ability to understand species' and community response to climate change by identifying new modeling and analytical tools for integrating currently isolated datasets and fields of research on large-scale ecosystem shifts...

Application deadline: February 1, 2017

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