CNH - Disccrsdisccrs.org/files/CNH_SEES_Tessier.pdf · 12/26/12 1...
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12/26/12 1 Advisory Commi,ee for Environmental Research and Educa8on at NSF 2003 2009 2005 Dynamics of Coupled Natural and Human Systems Coupled Biogeochemical Cycles GenomeEnabled Environmental Science and Engineering Instrumenta8on Development for Environmental Ac8vi8es Materials Use: Science, Engineering, & Society Assembling the Tree of Life Ecology of Infec8ous Disease Biocomplexity Priority Area 2000 2006 Climate Research Ini;a;ve 2009 Science, Engineering and Educa;on for Sustainability 2010+ A shiTing conceptual focus to Integrated Environmental Science Dynamics of Coupled Natural AND Human Systems You can only ignore one word in the ;tle! This project asks: How will climate change, together with changing market and policy environments, affect land use pa9erns at various scales in the central U.S.? How will this change the geography of agricultural produc?on? Will climate change expand or diminish the agricultural produc?on and ecosystem service genera?on capaci?es of mesoscale watersheds representa?ve of Farm Resource Regions? Climate Change, Hydrology, and Landscapes of America’s Heartland: A Mul8scale NaturalHuman System Christopher Lant, Southern Illinois University at Carbondale Science, Engineering and Educa;on for Sustainability www.nsf.gov/sees Currently at 14 Solicita;ons & 3 more working groups established Arc;c SEES Dimensions of Biodiversity Sustainable Chemistry, Engineering, and Materials (SusChEM) Climate Change Educa;on Partnerships Ocean Acidifca;on Sustainable Energy Pathways (SEP) Coastal SEES Partnerships for Interna;onal Research & Educa;on (PIRE) Sustainability Research Networks (SRN) Decadal & Regional Climate Predic;on Using Earth System Models (EaSM) Research Coordina;on Networks (RCN) Water Sustainability and Climate (WSC) Dynamics of Coupled Natural & Human Systems(CNH) SEES Fellows
Transcript of CNH - Disccrsdisccrs.org/files/CNH_SEES_Tessier.pdf · 12/26/12 1...
12/26/12
1
Advisory Commi,ee for Environmental Research and Educa8on at NSF
2003
2009
2005
Ø Dynamics of Coupled Natural and Human Systems Ø Coupled Biogeochemical Cycles Ø Genome-‐Enabled Environmental Science and Engineering Ø Instrumenta8on Development for Environmental Ac8vi8es Ø Materials Use: Science, Engineering, & Society Ø Assembling the Tree of Life Ø Ecology of Infec8ous Disease
Biocomplexity Priority Area
2000-‐ 2006
Climate Research Ini;a;ve 2009
Science, Engineering and Educa;on for Sustainability 2010+
A shiTing conceptual focus to Integrated Environmental Science
Dynamics of Coupled Natural AND Human Systems You can only ignore one word in the ;tle!
This project asks: How will climate change, together with changing market and policy environments, affect land use pa9erns at various scales in the central U.S.? How will this change the geography of agricultural produc?on? Will climate change expand or diminish the agricultural produc?on and ecosystem service genera?on capaci?es of mesoscale watersheds representa?ve of Farm Resource Regions?
Climate Change, Hydrology, and Landscapes of America’s Heartland: A Mul8-‐scale Natural-‐Human System
Christopher Lant, Southern Illinois University at Carbondale
Science, Engineering and Educa;on for Sustainability www.nsf.gov/sees
Currently at 14 Solicita;ons & 3 more working groups established
Arc;c SEES Dimensions of Biodiversity
Sustainable Chemistry, Engineering, and Materials (SusChEM)
Climate Change Educa;on Partnerships
Ocean Acidifca;on Sustainable Energy Pathways (SEP)
Coastal SEES Partnerships for Interna;onal Research & Educa;on (PIRE)
Sustainability Research Networks (SRN)
Decadal & Regional Climate Predic;on Using Earth System Models (EaSM)
Research Coordina;on Networks (RCN)
Water Sustainability and Climate (WSC)
Dynamics of Coupled Natural & Human Systems(CNH)
SEES Fellows
