Oct 16, 2020: Linking physiology and life history outcomes to better understand the effect of temperature on the mayfly Neocloeon triangulifer

Fall 2020 Seminar Series (ENV 847-S/PHARM 847-S)

Duke Integrated Toxicology & Environmental Health Program

Friday, October 16, 2020, 12:00 – 1:15 pm

*Live Zoom Presentation. Register HERE to receive Zoom link!*

DAVID BUCHWALTER, PhDDavid Buchwalter, PhD

Professor, Department of Biological Sciences & Graduate Toxicology Program

North Carolina State University

Pronouns: He / Him / His

Linking physiology and life history outcomes to better understand the effect of temperature on the mayfly Neocloeon triangulifer

Dr. Buchwalter’s seminar will summarize collaborative work with the Stroud Water Research Center to better understand how temperature affects physiology, development, and fitness in an aquatic insect model.  The research merges full life cycle rearing experiments under static and fluctuating temperatures with metabolomics, RNA-seq and respirometry.

 

BIOGRAPHY: The Buchwalter lab uses aquatic insects to explore how abiotic stressors (temperature, salinity, and hypoxia) and contaminants (metals, metalloids, pesticides, PFAS) affect aquatic life. David received his PhD from Oregon State University in 2002 and spent 3 years as an NRC Postdoc at the USGS research laboratory in Menlo Park, CA, with Dr. Sam Luoma. He began his academic career in 2005 at NCSU and is the Coordinator of the Environmental Toxicology Concentration. He serves as Associate Editor for the journals Freshwater Science and Comparative Biochemistry and Physiology Part C; Toxicology and Pharmacology.

 

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