Printed Program (PDF) - Ecological Society of America

THURSDAY
4:30 pm-6:30 pm
to assess moisture stress and long-term responses of
subalpine grasslands to climate change.
PS 74-100 Dalton, M and WB Hughes, USGS. The U.S. Geological
Survey’s Southeast Climate Science Center: A coordinated
efort to sustain natural and cultural resources in the face of
climate change.
PS 74-101 Taylor, AR1, P Burton1, M Lorente1, S Gauthier1, L De
Grandpré1, EH Hogg1, I Aubin1, LL Kremsater2, C Ste-
Marie1 and EA Nelson1, (1)Natural Resources Canada,
(2)Consultant. Climate change indicators for forests and
forestry in Canada.
PS 74-102 Pangle, RE1, J Plaut1, EA Yepez2, JM Limousin1, N
Gehres1, PJ Hudson3, AL Boutz1, JP Hill1, NG McDowell4
and W Pockman1, (1)University of New Mexico, (2)Instituto
Tecnológico de Sonora, (3)University of New Mexico-
Albuquerque, (4)Los Alamos National Laboratory. Woody
canopy transpiration in a piñon-juniper woodland: Variation
due to experimentally imposed drought and mortality.
PS 75 - Climate Change: Communities
Exhibit Hall DE, Oregon Convention Center
PS 75-103 Inouye, DW1, AM McKinney2, A Miller-Rushing3, LA
Burkle4 and EB Johnston2, (1)University of Maryland,
(2)Rocky Mountain Biological Laboratory, (3)National
Park Service, (4)Montana State University. Divergent
phenological responses to climate cues in a 20-year record
of syrphid flies and flowers.
PS 75-104 Clark, HE and LM Christenson, Vassar College. Changes
in invertebrate communities along a natural elevational
climate gradient at the Hubbard Brook Experimental Forest,
New Hampshire, USA.
PS 75-105 King, DA1, DM Bachelet2 and A Symstad3, (1)Oregon
State University, (2)Conservation Biology Institute, (3)
USGS Northern Prairie Wildlife Research Center. Modeling
climate change effects on the ecotone between forest and
grassland at Wind Cave National Park, South Dakota.
PS 75-106 King, GA1, EH Lee2, M Bollman2, JR Reichman2, BM
Smith2 and L Watrud2, (1)Dynamac Corporation, (2)US
Environmental Protection Agency/NHEERL. Multi-year
effects of feral Sorghum spp. grown under ambient and
global change conditions in sunlit mesocoms.
PS 75-107 Cooper, HF1, C O’Brien2, K Paxton3 and TG Whitham1,
(1)Northern Arizona University, (2)University of Arizona,
(3)Univeristy of Southern Mississippi. Severe drought
restructures the plant community in three major vegetation
zones in Northern Arizona.
PS 75-108 Cleland, E1, C Kopp2 and AC Ashbacher2, (1)University
of California – San Diego, (2)University of California, San
Diego. Non-linear responses of native shrubs to invasion
and altered rainfall regimes.
PS 75-109 Burt, MA1, RR Dunn2, LM Nichols2 and NJ Sanders1, (1)
University of Tennessee, (2)NCSU. The interactive effects of
herbivory and rising temperatures on Quercus alba seedling
demography: An experimental and observational test.
PS 76 - Climate Change: Plants
Exhibit Hall DE, Oregon Convention Center
PS 76-110 Wang, T1, J Wu2, P Mou1 and J Ge1, (1)Beijing Normal
University, (2)Arizona State University. Shift in agricultural
phenophases and its implications for soil erosion in the
Loess Plateau of China.
PS 76-111 Crimmins, TM, J Weltzin and JL Kellerman, USA National
Phenology Network. Anomalous warm spring of 2010
advances deciduous forest leaf-out: Application of the
Nature’s Notebook dataset and visualization analysis tool.
PS 76-112 Adlparvar, F, MI Shuldman, AB Roddy and TE Dawson,
UC Berkeley. Physiological responses of Heteromeles
arbutifolia seedlings, a California native perennial shrub,
during artificial heat waves.
PS 76-113 Peterman, WL, Oregon State University. Soil Properties
affect pinyon pine – juniper response to drought.
PS 76-114 McDonough MacKenzie, C1, A Miller-Rushing2, RB
Primack1 and C Davis3, (1)Boston University, (2)National
Park Service, (3)Harvard. Climate Change in Acadia
National Park and beyond: Long-term trends in flowering
phenology and floral abundance.
PS 76-115 Clark, JE II, S Bartkowiak and LJ Samuelson, Auburn
University. Impact of rainfall manipulation and fertilization
on light and water use efficiency in 6-year-old loblolly pine.
PS 76-116 Adams, H1, GA Barron-Gafford2, LM Marasco2, RL
Minor2, AL Wiede2, AA Gardea3, LP Bentley2, DJ Law2,
DD Breshears1 and TE Huxman2, (1)The University
of Arizona, (2)University of Arizona, (3)Centro De
Investigacion en Alimetacion y Desarollo. Temperature
increases progressively hasten drought-induced mortality
and influence carbon metabolism of Pinus seedlings
differentially.
PS 76-117 Potter, RS, SL Smidt, H Lindquist and PH Wyckoff,
University of Minnesota, Morris. Impact of climate on
growth of Acer saccharum (sugar maple) at the prairieforest
border in western Minnesota.
PS 76-118 Winkler, DE, University of California, Merced. Plant cover
responses to simulated climate change in alpine plant
species.
PS 76-119 Ueda, MU and K Hikosaka, Tohoku University. Does
elevated CO2 act as a selective agent? Results of common
garden experiments using Plantago asiatica from CO2
spring.
PS 76-120 Chandler, JL1, JB McGraw1, N Fetcher2, JB Turner1, CC
Bennington3, GR Shaver4 and MC Vavrek5, (1)West Virginia
University, (2)Wilkes University, (3)Stetson University, (4)
Marine Biological Laboratory, (5)Glenville State College.
Evaluating the ecotypic response of Eriophorum vaginatum
L. to shifts in high latitude climate patterns using a Leslie
matrix model of tiller populations.
PS 76-121 Karlinsey, SM and RA Gill, Brigham Young University.
The effect of precipitation frequency and magnitude on
Engelmann Spruce (Picea engelmannii) physiology.
PS 76-122 Loik, ME, University of California. Integrating multiple
temporal scales of snowfall, soil, and plant processes at
the Great Basin Desert – Sierra Nevada ecotone.
PS 76-123 Qu, M1 and JA Bunce2, (1)Shenyang Agricultural University,
(2)US Department of Agriculture - Agricultural Research
Service. Effects of elevated CO2 on maize responses to
short-term heat stress.
PS 76-124 Albertine, JM1, AC Granjon2, L Hancock3, KA Stinson4
and CA Rogers5, (1)University of Massachusetts, (2)Ludwig
Maximilian University, (3)Christopher Newport University,
(4)Harvard University, (5)University of Massachusetts-
Amherst. Predicting population-level changes in ragweed
(Ambrosia artemisiifolia L.) response to elevated carbon
dioxide.
PS 76-125 Cavieres, LA, A Sierra-Almeida and GA Valencia,
Universidad de Concepcion, IEB. Contrasting warming
effects on facilitative interactions in high-Andes: Cushion
plants, native and non-native plants.
PS 76-126 Marchin, RM1, RR Dunn2 and WA Hoffmann1, (1)North
Carolina State University, (2)NCSU. Some like it hot?
Growth responses to warming in a wintergreen understory
orchid, Tipularia discolor.
PS 76-127 Baguskas, SA1, CJ Still2 and JY King3, (1)University of
California-Santa Barbara, (2)University of California, (3)
University of California, Santa Barbara. Fog and its influence
on the water relations of a California coastal pine forest.
PS 77 - Climate Change: Ranges And Phenology
Exhibit Hall DE, Oregon Convention Center
PS 77-128 Fuccillo, K1, TM Crimmins2 and TS Elder1, (1)Portland
State University, (2)USA National Phenology Network.
Patterns in forest plant phenology: Can citizen scientists
accurately assess phenological changes?.
PS 77-129 Rosemartin, A1, TM Crimmins2, CAF Enquist3, EG Denny2
and J Weltzin2, (1)USA National Phenological Network &
University of Arizona, (2)USA National Phenology Network,
(3)The Wildlife Society & USA National Phenology Network.
Answer questions at multiple scales with data provided by
the USA National Phenology Network.
PS 77-130 Butler, EE, AR Stine and PJ Huybers, Harvard University.
Has climate change shifted US maize planting times?.
PS 77-131 Liang, CT, Pacific Southwest Research Station, USDA
166 ESA 97th Annual Meeting, August 5 - 10, 2012, Oregon Convention Center