Research

The bulk of my research has taken place in aquatic ecosystems working with fish . However, I did spend several summers working with reptiles and amphibians in the beautiful hardwood forests and open oak savannas of Tennessee. Ultimately, I consider myself an ecosystem ecologist interested in untangling the threads linking pattern to process behind the “black box” of ecosystems, regardless of the system.

“Research is formalized curiosity. It is poking and prying with a purpose.” - Zora Neale Hurston

Top to bottom: North Fork Cherry River, WV; Koons Creek Shark River, FL; Sprigger Bank Florida Bay, FL

Functional roles of animals

Animals responding to and interacting with their environment can result in the transport/modulation of nutrients and energy available for production, decomposition, and other important ecosystem processes

Related publications

Hudson RR, K Wheeler, M White, and JN Murdock (2024). Migratory redhorse suckers provide subsidies of nitrogen but not phosphorus to a spawning stream. Ecology of Freshwater Fish https://doi.org/10.1111/eff.12758

White M, K Wheeler, RR Hudson, and JN Murdock (2023). Salmon of the Southeastern U.S.: Sucker migrations deliver resource subsidies to oligotrophic stream. Ecology of Freshwater Fish https://doi.org/10.1111/eff.12676

White M (2021). Nutrient contributions from and early life history variability of an adfluvial sucker in an oligotrophic southeastern stream. M.S. Thesis. Available from ProQuest

Ecological drivers and consequences of animal movement

Movement is a fundamental part of life, mediating the fitness of individuals with cascading effects at multiple scales of organization with implications for biodiversity and species evolution

Related publications

Santos RO, M White, WR James, NM Viadero, JA Massie, RE Boucek, and JS Rehage (accepted; in review). Cause and consequences of individual variability in space use in subtropical riverscapes. Scientific Reports

Patterns in basal resource use and energy flow

The quantity, quality, and origin of basal resources entering food webs can have strong effects on the function and structure of systems with implications for stability within and across ecosystems

Related publications

Sturges J, WR James, R Rezek, RO Santos, M White, G Badlowski, S Trabelsi, JA Massie, J Nelson, J Trexler, and JS Rehage (accepted; in review). Seasonality drives green and brown energy pathways in food webs across an ecosystem gradient. Ecosphere

Spatiotemporal changes in animal communities

Research Funding

Thanks to all of those who have supported me and my research!