Session: Climate Change (101st ESA Annual Meeting (August 7 -- 12, 2016))

PS 25-13

Precipitation determines the response of methane uptake to climate warming in an alpine meadow on the Tibetan Plateau
Zhenhua Zhang, Northwest Institute of Plateau Biology, Chinese Academy of Sciences; Jin-Sheng He, Peking University

PS 25-14

Coral persistence to ocean warming via developmental acclimation
Heather Schaneen, Nova Southeastern University; Joana C. Figueiredo, Nova Southeastern University

PS 25-15

Soil moisture constraints differentiate metabolically active microorganisms from the total community in forest soils
Karl J. Romanowicz, University of Michigan; Zachary B. Freedman, University of Michigan; Rima A. Upchurch, University of Michigan; Donald R. Zak, University of Michigan

PS 25-16

Warming combined with more extreme precipitation regimes will modify water sources of trees and increase their vulnerability to climate change
Charlotte Grossiord, Los Alamos National Laboratory; Sanna Sevanto, Los Alamos National Laboratory; Todd Dawson, University of California Berkeley; Henry D. Adams, Oklahoma State University; Adam D. Collins, Los Alamos National Laboratory; L. Turin Dickman, Los Alamos National Laboratory; Brent D. Newman, Los Alamos National Laboratory; Elizabeth A. Stockton, Los Alamos National Laboratory; Nate G. McDowell, Los Alamos National Laboratory

PS 25-17

Temperature and hydrology affect methane emissions from Prairie Pothole wetlands
Sheel Bansal, US Geological Survey; Brian Tangen, U.S. Geological Survey; Ray Finocchiaro, US Geological Survey

PS 25-18

How insects handle thermal variation: Constant vs fluctuating temperatures
Aleix Valls, North Dakota State University; Jason Harmon, North Dakota State University; Brandon T. Barton, University of Wisconsin-Madison

PS 25-19

Condensation's vital role as a supplementary source of water in semi-arid grassland ecosystems
Nana Britwum, Cornell University; Rebecca Schneider, Cornell University; Steve Morreale, Cornell University; Changxiao Li, Southwest University; Zhigang Li, Ningxia Forestry Institute; Jian Li, Ningxia Forestry Institute

PS 25-20

Effect of warming and shrub encroachment on rates of litter decomposition and nitrogen mineralization in an alpine ecosystem
Laurel M. Brigham, University of California - San Diego; Ellen Esch, University of California - San Diego; Christopher Kopp, University of British Columbia; Elsa Cleland, University of California San Diego

PS 25-21

How did past climate change and current range patterns shape genetic patterns within balsam poplar (Populus balsamifera)?
Andrew V. Gougherty, University of Maryland Center for Environmental Science; Vikram E. Chhatre, University of Vermont; Stephen Keller, University of Vermont; Matthew C. Fitzpatrick, University of Maryland Center for Environmental Science

PS 25-22

Impact of climate extremes on avian abundance in transitional ecosystems
Nicolas Jaffe, Oklahoma State University; Timothy J. O'Connell, Oklahoma State University; Monica Papes, University of Tennessee

PS 25-23

El Niño and its effects on the demography of Espeletia grandiflora, an index plant of the Colombian Andean Páramo
Luis Ernesto Beltran-Forero, Universidad de Bogota Jorge Tadeo Lozano, Purdue University; Morris Levy, Purdue University

PS 25-24

Predicting climate suitability for three major deciduous trees and forest ecosystems in tropical Asia
Jiban Chandra Deb, The University of Queensland, Shahjalal University of Science and Technology; Stuart Phinn, The University of Queensland; Clive McAlpine, The University of Queensland; Nathalie Butt, The University of Queensland

PS 25-25

Exotic herbaceous species are more sensitive than native coastal sage scrub species to shifting rainfall regimes
Elsa Cleland, University of California San Diego; Ellen Esch, University of California - San Diego; David Lipson, San Diego State University

PS 25-26

Assessing impacts of climate change on phenology using a common garden study
Jonathan Knott, Purdue University; Songlin Fei, Purdue University

PS 25-27

Responses of forest species composition and carbon storage to decadal climate variability in the eastern US
Tao Zhang, University of Florida; Jeremy W. Lichstein, University of Florida

PS 25-28

Elevated carbon dioxide and chronic warming decrease nitrogen (N) uptake and levels of N-uptake and N-assimilatory proteins in tomato provided different forms of inorganic N
Dileepa M. Jayawardena, University of Toledo; Scott A. Heckathorn, University of Toledo; Deepesh R. Bista, University of Toledo; Sasmita Mishra, Kean University; Jennifer Boldt, United States Department of Agriculture; Charles R. Krause, United States Department of Agriculture

Cancelled

PS 25-29

A global estimate of soil carbon residence time based on multiple observations (widthdrawn)
Jing Wang, East China Normal University; Jianyang Xia, East China Normal University; Yiqi Luo, University of Oklahoma; Xia Xu, Iowa State University of Science and Technology

PS 25-30

Response of the food web processes to climate change in Sobaeksan National Park
EuiJung Hong, Korean National Park Research Institute; HyeonHo Myeong, Korean National Park Research Institute; Jong Chul Jeong, Korean National Park Research Institute

PS 25-31

Emerging spatiotemporal trends in extreme weather events threaten agriculture in New York State
Carolyn Barrett Dash, Hamilton College; Nicole LaBarge, Hamilton College

PS 25-32

Shifted warming seasons led to slow down of plant growth increase over northern lands
Zhao Li, East China Normal University; Jianyang Xia, East China Normal University; Geli Zhang, University of Oklahoma; Junyi Liang, University of Oklahoma; Zheng Shi, University of Oklahoma; Jinwei Dong, University of Oklahoma; Lifen Jiang, Northern Arizona University; Xiangming Xiao, University of Oklahoma; Yiqi Luo, University of Oklahoma; Liming Yan, Fudan University

PS 25-33

Impacts of seasonal changes in precipitation on carbon sequestration in a tallgrass prairie
Shuang Ma, University of Oklahoma; Xin Guan, University of Oklahoma; Yiqi Luo, University of Oklahoma

PS 25-34

Coping with climate change: Acclimation strategies and the future of Colorado's forests
Charles J.W. Carroll, Colorado State University; Patrick H. Martin, Colorado State University; Alan Knapp, Colorado State University

PS 25-35

Exploring the role of local adaptation in the responses of Appalachian plant species to climate warming
Jennifer Boyd, University of Tennessee at Chattanooga; Gayle Tyree, University of Tennessee at Chattanooga

PS 25-36

Digital herbaria records provide a wealth of data from which we can evaluate the frequency and ecological correlates of intra-continental naturalizations
Gretel Clarke, Smith College; Dov F. Sax, Brown University; Regan Early, University of Exeter, Cornwall; Julie Sheard, Brown University; Jesse Bellemare, Smith College

PS 25-37

Nitrogen deposition determines soil microbial functional responses to chronic elevated CO₂ in a dry grassland
Qun Gao, Institute for Environmental Genomics

PS 25-38

Springing up in time for winter: A future second growing season for Helianthus annuus in Central Texas
Abigail M. Johnson, University of Rhode Island; David J. Grisé, Del Mar College

PS 25-39

Mangroves on the move: How do engineering feedbacks between competing species facilitate mangrove range expansion?
Rachel S. Smith, University of Georgia; Todd Z. Osborne, University of Florida; James E. Byers, University of Georgia

PS 25-40

Interactive effects of soil moisture and plant invasion on pine tree survival
Julienne E. NeSmith, University of Florida; Christina Alba, University of Florida; Luke Flory, University of Florida

PS 25-41

Climate change adaptation: Is assisted migration an option to overcome the limited migratory capacity of resinous in boreal forest?
Philippe Cournoyer-Farley, Université du Québec à Chicoutimi; Jean-François Boucher, Université du Québec à Chicoutimi; Claude Villeneuve, Université du Québec à Chicoutimi; Pascal Tremblay, Université du Québec à Chicoutimi

PS 25-42

Climate change induced precipitation patterns and genetic mutations of the economically important tree species Eucalyptus grandis
Seth M. Ganzhorn, Fordham University; Rolando Rojas, Fordham University; Melanie J.B. Zeppel, Macquarie University; James D. Lewis, Fordham University

PS 25-43

Elevated carbon dioxide decreases the concentration of the major nitrogen-uptake proteins in roots at low, but not high, nitrogen availability
Scott A. Heckathorn, University of Toledo; Deepesh R. Bista, University of Toledo; Dileepa M. Jayawardena, University of Toledo; Sasmita Mishra, Kean University; Jennifer Boldt, United States Department of Agriculture; Charles R. Krause, United States Department of Agriculture

PS 25-44

A paleoecological analysis of Lake Palotoa, Peru
Jacob D. Schiferl, Florida Institute of Technnology; Mark B. Bush, Florida Institute of Technology; Crystal McMichael, University of Amsterdam

PS 25-45

The influence of elevated [CO₂] exposure time on the flowering time of Arabidopsis thaliana ecotypes
Aleah Henderson, University of Kansas; Joy K. Ward, University of Kansas

PS 25-46

Modelling drought-induced tree mortality of a seasonally dry tropical forest in Panama
Thomas Powell, Lawrence Berkeley National Laboratory; Lara Kueppers, Lawrence Berkeley National Laboratory, University of California Merced; Charles Koven, Lawrence Berkeley National Lab; Daniel J Johnson, Los Alamos National Lab; Nathan G. McDowell, Los Alamos National Laboratory; Jeffrey Q. Chambers, Lawrence Berkeley National Laboratory, University of California Berkeley

PS 25 - Climate Change