Easton R. White
Gund Affiliate
Assistant Professor, College of Life Sciences and Agiculture
- PhD, Population Biology, University of California - Davis
- BS, Biological Sciences, Arizona State University
- AS, Scottsdale Community College
Area(s) of expertise
Quantitative ecology, socio-ecological systems, sustainability, optimization, conservation, science education.
BIO
Dr. Easton White is a quantitative marine ecologist who uses mathematical and statistical tools, coupled with experiments and field observations, to answer questions in ecology, conservation science, sustainability, and ecosystem management. Most of Easton's work is focused on marine systems, especially fisheries and spatial planning. Easton currently conducts research on assessing the effectiveness of protected area networks, improving species monitoring programs, and modeling socio-ecological systems in the context of fisheries. Dr. White's work centers on how environmental variability, in particular rare events (e.g., hurricanes, COVID-19 pandemic), affects ecosystems and those that depend on them. Some of his current work is funded through a NSF grant focused on interdisciplinary approaches to study coupled natural-human systems with Madagascar fisheries as a case study.
Publications
Bio
Dr. Easton White is a quantitative marine ecologist who uses mathematical and statistical tools, coupled with experiments and field observations, to answer questions in ecology, conservation science, sustainability, and ecosystem management. Most of Easton's work is focused on marine systems, especially fisheries and spatial planning. Easton currently conducts research on assessing the effectiveness of protected area networks, improving species monitoring programs, and modeling socio-ecological systems in the context of fisheries. Dr. White's work centers on how environmental variability, in particular rare events (e.g., hurricanes, COVID-19 pandemic), affects ecosystems and those that depend on them. Some of his current work is funded through a NSF grant focused on interdisciplinary approaches to study coupled natural-human systems with Madagascar fisheries as a case study.