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  • MC1 Simulation Results Regional 800m spatial grain - Yosemite National Park

MC1 Simulation Results Regional 800m spatial grain - Yosemite National Park

Jan 28, 2010 (Last modified Feb 21, 2013)
Created by Dominique Bachelet
MC1 Simulation Results Regional 800m spatial grain - Yosemite National Park

About

This project was funded in part by the National Park Service and a report was issued in the spring of 2008. The project was then continued by David Conklin at Oregon State University until he graduated in October 2009. Work continues as publications are being developed as a result of D. Conklin's Ph D work.
David Conklin ran the dynamic global vegetation model MC1 for Yosemite National Park from 1895 until 2100 using historical data provided by Chris Daly and the PRISM group at Oregon State University on an 800m grain digital grid. He then ran the model using future climate change scenarios using 3 GCMs and 2 emission scenarios. The model simulates dynamic vegetation shifts and associated biogeochemical cycles together with the occurrence and impacts of dynamic wildfires.
Tags
climate change, national parks, vegetation shifts, california
Recommended by Tosha Comendant

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Gallery contains
2 Folders
5 Datasets
1 Maps
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Bookmarked by 3 Members , 4 Groups
Dominique Bachelet

About the Gallery Author

Dominique Bachelet
climate change scientist with Oregon State University

Dominique received her Master’s degree in 1978 in Lille (France) and her Ph.D. in 1983 from Colorado State University with a thesis focused on biogeochemical cycles in the shortgrass prairie. In 1984 she went to U.C. Riverside as a postdoc simulating nitrogen fixing shrubs in the Sonoran desert then...

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