COS 15 - Water Cycling

Monday, August 4, 2008: 1:30 PM-5:00 PM
102 B, Midwest Airlines Center
1:30 PM
 Influence of soil drainage on the spatial variability of tree transpiration in a boreal black spruce forest
Julia L. Angstmann, University of Wyoming; Brent E. Ewers, University of Wyoming; Hyojung Kwon, Oregon State University; Ben P. Bond-Lamberty, Joint Global Change Research Institute; Brian Amiro, University of Manitoba; Stith T. Gower, University of Wisconsin Madison
1:50 PM
 A meta-analysis and modeling approach to understanding climate warming impacts on ecosystem rain use efficiency
Jesse E. Bell, The University of Oklahoma; Yiqi Luo, University of Oklahoma
2:10 PM
 Sensitivity of runoff to elevated CO2 in a temperate deciduous forest
Sebastian Leuzinger, Auckland University of Technology; Christian Koerner, University of Basel
2:30 PM
 Development of a spatially explicit ecohydrological modeling approach to investigate semi-arid land degradation and its impact on biogeochemical cycling
Laura Turnbull, Arizona State University; Stephen J. Del Grosso, Soil Management and Sugar Beet Research Unit; William Parton, Colorado State University; Cindy Keough, Colorado State University; John Wainwright, University of Sheffield; Richard E. Brazier, University of Exeter
2:50 PM
 Does native forest conserve water? Species composition and stand structure influence water use for a Hawaiian wet forest
Aurora Kagawa-Viviani, University of Hawaii at Manoa; Lawren Sack, UCLA; Ka`eo Duarte, Kamehameha Schools; Shelley A. James, Bishop Museum
3:10 PM
3:20 PM
 Modeling the response of canopy stomatal conductance to humidity
Shusen Wang, Canada Centre for Remote Sensing; Yan Yang, Beijing Normal University
3:40 PM
 Ecohydrological implications of canopy cover phenology along a continuum of semi-arid deciduous vegetation: Pulsed heterogeneity effects on soil evaporation
Juan C. Villegas, University of Arizona; Chris B. Zou, Oklahoma State University; David D. Breshears, The University of Arizona
4:00 PM
 Integrating hydrological and biogeochemical approaches for tracing the fates of applied water and sulfur in vineyards
Eve-Lyn S. Hinckley, National Ecological Observatory Network (NEON, Inc.); Carol Kendall, U.S. Geological Survey; Keith Loague, Stanford University
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