D1:  Climate Drivers and Landscape Response

 
ModeratorsJen Pierce, Boise State University; Ben Crosby, Idaho State University; Joe Galewsky, University of New Mexico, Scotty Strachan, University of Nevada, Reno
 
This session examines the types and magnitudes of climatic drivers that can trigger landscape response to climate change, and the types and magnitudes of landscape responses that are anticipated under ongoing and future climate change.  Session will include "pop-up" presentations by audience members.
 
 
Presentations:
 
Grant Meyer, University of New Mexico:  Holocene climate and landscape response in the Greater Yellowstone Ecosystem
Nick Lancaster, Desert Research Institute:  Response of sand dune systems in the South-western USA to climate change

Jan Eitel, University of Idaho:  Red-edge information from satellites improves early stress detection in forests


   
 Dylan Ward, University of New Mexico:  Landscape response to climate forcing in the Chilean Andes
 Tom Whittaker, University of New Mexico:  Climate signals from isotopic composition of tree rings in Arizona

 
 
Popups:
 
Ben Bright, University of Idaho:  Using multispectral and lidar remote sensing to measure carbon stocks of a beetle-killed forest
Joe Galwesky, University of New Mexico:  How does tropical cyclone climatology impact landscape evolution in the West Pacific?

Michael Hay, University of Nevada, Reno:  Applying forest simulation modeling to test the impact of climatic change on selected ecosystems at two instrumented transects in Nevada


   
 Tim Link, University of Idaho:  Rain-snow transition zone
 Scott Mensing, University of Nevada,Reno:  A 7,600-yr multi-proxy reconstruction of hydrologic and vegetation history from a low-elevation spring-fed meadow in east central Nevada

Jen Pierce, Boise State University:  Holocene climate, fire and vegetation at the City of Rocks National Reserve, Idaho
     
 Kerry Riley, Boise State University:  The middle fork Salmon River, ID... a natural laboratory to study landscape response to changing climate
  Giancarlo Sadoti, University of New Mexico, Reno:  Northward and upward? Detecting climate-induced shifts in New York bird distributions
  Mark Shapley, Idaho State University:  ISU limnogeology and the EPSCoR science focus
     
 Ping Yang, Idaho State University:  Study proposal: climate change impacts on small watershed hydrography using an analog approach
    
 
If you have any questions or problems downloading a presentation please contact:
 
Althea Flegel
Idaho EPSCoR
208-885-4144
altheaf@uidaho.edu
Idaho EPSCoR Nevada EPSCoR New Mexico EPSCoR
This material is based in part upon work supported by: The National Science Foundation under grant number(s) IIA-1329469, IIA-1329470 and IIA-1329513. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.