2022 ESA Annual Meeting (August 14 - 19)

2022 ESA Annual Meeting (August 14 - 19)

PS 23 Climate Change

5:00 PM-6:30 PM

ESA Exhibit Hall

PS 23-29

The timing of spatial variability alters movement patterns and population dynamics in Chamydomonas reinhardtii
Isaac J. Schuman, Reed College;

PS 23-30

Life-stage specific thermal tolerance explain climate vulnerability of amphibians globally
Ziyin Xiong, n/a, Rice University;

PS 23-31

Classifying future bioclimates in Quebec: the winds of change are blowing
Pierre-Nicolas Barbeau, n/a, Université Laval;

PS 23-32

Microclimate during an extreme heat event varies across forest management types
Aji John, University of Washington;

PS 23-33

High xylem conductivity and plasticity increase survival in Mediterranean pine trees
Macarena F�rriz, Forest Research Center INIA-CSIC;

PS 23-34

Effects of drought on floral traits that influence pollination
Allyson S. Kuwana, University of San Francisco;

PS 23-35

Predicting heavy soil metal contents and mapping using machine learning algorithms

Hyewon Kang, Seoul National University;

PS 23-36

Annual carbon accumulation of Prunus serrulata, Ginkgo biloba, and Zelkova serrata in settlements, Korea
Jeong-min Lee, Korea university;

PS 23-37

Urban Heat Island Effects on Songbirds Physiological and Behavioral Stress Responses
Tatjana Washington, n/a, University of Chicago;

PS 23-38

Carbon sequestration and storage in roadside forest: a potential to mitigate climate change
Nour Srour, Université Laval;

PS 23-39

Do Established Adult Mangroves Facilitate Further Mangrove Encroachment in Herbaceous Salt Marshes?
Cassandra P. Campbell, University of South Florida;

PS 23-40

The effect of climate on masting patterns in a long-lived monocarp Frasera speciosa (Gentianaceae)
Fatima Alcantara, Florida State University;

PS 23-41

Evaluating support for alternative species distribution models with population genomic data and ABC
Sarah R. Naughtin, Michigan State University;

PS 23-42

Where’s the sagebrush: identifying and modeling the climatic limitations on Artemisia section Tridentatae range in North America
Marta De Giuli, n/a, The University of Chicago;