Printed Program (PDF) - Ecological Society of America

8 am-11:30 am
State University, (3)Forest Service, U.S. Department of
Agriculture. Estimation and analysis of variability in the
invasion rate of the gypsy moth.
9:00 AM COS 191-4 Larson, ER
Life on Earth: Preserving, Utilizing, and Sustaining our Ecosystems
181
1 and J Olden2 , (1)University of
Tennessee, (2)University of Washington. Generalized
“avatar” niche shifts for modeling the potential
distributions of emerging data-poor invasive species.
9:20 AM COS 191-5 Clark, AT and GD Tilman, University of
Minnesota. Priority effects in modeled community
assembly suggest that exotic species have ecologically
distinct impacts on native communities.
9:40 AM Break
9:50 AM COS 191-6 Shanafelt, DW, EP Fenichel and TJ Richards,
Arizona State University. The rate of invasive species
spread and adaptive human behavior.
10:10 AM COS 191-7 Suppo, C1 , P Derouault1 and J Casas2 , (1)
CNRS - Université François Rabelais, (2)Centre National
de la Recherche Scientifique - University of Tours. Invasive
herbivores can lead to the exclusion of other herbivores in
a host-parasitoid web through apparent competition.
10:30 AM COS 191-8 Tekiela, D1 , E Dollete1 , B Tomasek2 and
JN Barney3 , (1)Virginia Tech, (2)University of Illinois,
(3)Virginia Polytechnic Institute and State University.
Change you can believe in: A novel empirical model to
integrate invasive species impacts.
10:50 AM COS 191-9 Jarnevich, C1 , TR Holcombe2 , E Bella3 , ML
Carlson4 , G Graziano5 , S Seefeldt6 , M Lamb7 and JT
Morisette2 , (1)United States Geological Survey, (2)U.S.
Geological Survey, (3)U.S. Fish and Wildlife Service, (4)
University of Alaska Anchorage, (5)University of Alaska
Fairbanks Cooperative Extension Service, (6)USDA
Agricultural Research Service, (7)US Forest Service.
A hierarchical approach to assess plant invasions in a
region of rapid climate change.
11:10 AM COS 191-10 Kumar, S1 and TJ Stohlgren2 , (1)
Colorado State University, (2)US Geological Survey, Fort
Collins Science Center and Natural Resource Ecology
Laboratory. Novel methods to improve predictions of
alien plant species richness.
COS 192 - Life History Theory And Evolution
Portland Blrm 256, Oregon Convention Center
8:00 AM
8:20 AM
COS 192-1 Shaw, AK and SA Levin, Princeton University.
The evolution of intermittent breeding.
COS 192-2 Hodgson, DJ1 , IM Stott1 , C Coles1 and S
Townley2 8:40 AM
, (1)University of Exeter, Cornwall Campus,
(2)University of Exeter. Transient dynamics and the
evolution of stage-structured life histories.
COS 192-3 Aragón, CF1 , IM Parker2 and M Mangel3 9:00 AM
,
(1)University of California Santa Cruz, (2)University of
California, Santa Cruz, (3)University of California at Santa
Cruz. A stochastic dynamic programming approach to
predict life history evolution in invasive plants.
COS 192-4 Adler, PB1 , A Compagnoni1 , J Hsu2 , R
Salguero-Gomez3 , J Mukherjee1 and AR Kleinhesselink1 9:20 AM
,
(1)Utah State University, (2)University of California,
Berkeley, (3)Max Planck Institute for Demographic
Research. Can functional traits explain variation in plant
life history strategies?.
COS 192-5 Morris, WF1 , J Altmann2 , DK Brockman3 ,
M Cords4 , LM Fedigan5 , AE Pusey6 , TS Stoinski7 ,
AM Bronikowski8 , SC Alberts1 and KB Strier9 Ecology, Evolution and Environmental Biology, Columbia
University, New York, NY, (5)Department of Anthropology,
University of Calgary, Calgary, Alberta, (6)Department of
9:40 AM
Evolutionary Anthropology, Duke University, Durham,
NC, (7)The Dian Fossey Gorilla Fund International and
Zoo Atlanta, Atlanta, GA, (8)Iowa State University, (9)
Department of Anthropology, University of Wisconsin-
Madison, Madison, WI. Low demographic variability in
wild primate populations: Fitness impacts of variation,
covariation, and serial correlation in vital rates.
Break
9:50 AM COS 192-6 Williams, JL
, (1)
Duke University, (2)Department of Ecology and
Evolutionary Biology, Princeton University, Princeton,
NJ, (3)Department of Anthropology, University of North
Carolina-Charlotte, Charlotte, NC, (4)Department of
1 , TEX Miller2 , E Jongejans3 ,
R Brys4 and H Jacquemyn4 , (1)ETH Zurich, (2)Rice
University, (3)Radboud University Nijmegen, (4)KU
Leuven. Influence of non-lethal costs of reproduction on
life history evolution in a long-lived orchid.
10:10 AM COS 192-7 Snyder, RE1 , PB Adler2 and SP Ellner3 , (1)
Case Western Reserve University, (2)Utah State University,
(3)Cornell University. Selective pressure for increased
demographic variability in a perennial plant community.
10:30 AM COS 192-8 Braun, D1 , DA Patterson2 and J Reynolds1 , (1)
Simon Fraser Univeristy, (2)Fisheries and Oceans Canada.
Effects of maternal size, reproductive investment and
habitat conditions on juvenile life history in Pacific salmon.
10:50 AM COS 192-9 Martínez-Peralta, C1 , F Molina-Freaner2 ,
J Golubov Sr. 3 and MC Mandujano4 , (1)Instituto de
Ecología, Universidad Nacional Autónoma de México,
(2)Estación Regional del Noroeste, Instituto de Ecología,
Universidad Nacional Autónoma de México, (3)
Universidad Autónoma Metropolitana, (4)Instituto de
Ecología. Universidad Nacional Atónoma de México.
Comparative study of the reproductive systems in a
cactus genus from the Chihuahuan Desert.
COS 193 - Phenology
Portland Blrm 257, Oregon Convention Center
8:00 AM COS 193-1 Sanchez, A1 , NM Hughes2 and WK Smith1 ,
(1)Wake Forest University, (2)High Point University.
Autumn leaf senescence coincides with declining water
use efficiency in five deciduous tree species, North
Carolina piedmont, USA.
8:20 AM COS 193-2 Forrest, J, University of California, Davis.
Sexual selection in the evolution of flowering phenology.
8:40 AM COS 193-3 Moore, LM, WK Lauenroth and DM Bell,
University of Wyoming. Soil water and temperature
explain canopy phenology in the shortgrass steppe.
9:00 AM COS 193-4 Matthews, ER1 , SJ Mazer1 , A Evenden2 , KL
Gerst3 , CA Brigham4 , J Coles5 , S Fritzke6 , BP Haggerty1 ,
S Haultain7 , JD Hoines8 , S Samuels9 , KA Thomas10 ,
F Villalba6 and JF Weltzin3 , (1)University of California,
Santa Barbara, (2)National Park Service, Pacific West
Region, San Francisco, (3)USA National Phenology
Network, National Coordinating Office, (4)National Park
Service, Santa Monica Mountains National Recreation
Area, (5)National Park Service, Lassen Volcanic
National Park, (6)National Park Service, (7)National Park
Service, Sequoia and Kings Canyon National Parks, (8)
National Park Service, Joshua Tree National Park, (9)
National Park Service, Redwood National Park, (10)US
Geological Survey, Pacific Northwest Aquatic Monitoring
Partnership. Building a phenological monitoring network
in California as a model for the nation.
9:20 AM COS 193-5 Gerst, KL1 , ER Matthews2 , SJ Mazer3 ,
A Evenden4 , CA Brigham5 , J Coles6 , S Fritzke7 , BP
Haggerty3 , S Haultain8 , JD Hoines9 , S Samuels10 , F
Villalba7 and JF Weltzin11 , (1)National Coordinating
Office, (2)University of California Santa Barbara, (3)
FRIDAY