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TrEnCh: Tools for TRanslating ENvironmental CHange into organismal responses

Many efforts to forecast ecological responses to climate change are based on air temperatures at coarse spatial (degrees) and temporal (months) resolutions. But animals experience their environment at much finer resolution, responding to changes in environmental conditions at the scale of minutes and meters. We provide computational and visualization tools that translate air temperature into usable metrics, to improve ecological forecasting related to climate change.

Some of the tools that we offer extract fine-scale microclimate conditions from coarse-scale climate data. Others translate microclimate conditions (air and surface temperatures, radiation, wind, etc.) into animal body temperatures to calculate energy balances and thermal stress.

Our goal is to build case studies of how animals are impacted by climate change to improve our approach to climate change biology education, policy, and research.

 

The Trench Team


Current Development Team


Guidance Team


Past Developers


We appreciate code and other input from Bryan Helmuth and Eric Riddell.

Our partners

join the TrENCH PROJECT community

The TrEnCh project aims to build a community applying biophysical ecology to improve models of biological responses to climate change. Join our community to be added to this page.

 
 

Acknowledgements

The TrEnCh project is primarily supported by a National Science Foundation (NSF) Advances in Biological Informatics CAREER grant (DBI-1349865). The TrEnCh project has also benefited from additional NSF support (EF-1065638, DEB-1120062).


Find us at UW Biology

Visit our lab website to learn about other aspects of our research investigating ecological and evolutionary responses to changing environments.

Find us on Github

TrEnCh is open-source (GitHub organization) and built using open source software including Bootstrap, node.js, Travis CI, Express, and R.