George Brusch IV, Assistant Professor

Environmental Physiology, Resource Limitations, Reproductive Investment, Hydration

Ph.D., 2019, Arizona State University

Office: LSW 304/305

Email: gbrusch@okstate.edu

Webpage: https://georgebrusch.wixsite.com/home


Specific Interests

Research in the NET lab (Nutritional, Energetic, and Temperature physiology) investigates how animals respond to resource limitations. Given climatic predictions regarding precipitation patterns in many parts of the globe, our current focus is primarily on water limitations. We examine how water balance affects physiological functions such as immunocompetence, reproduction, and metabolism, as well as how animals mitigate potential negative effects. We use multiple levels of biological organization (communities, organisms, systems, cellular and molecular mechanisms) and a combination of field studies and manipulative laboratory experiments to understand the physiological implications of and adaptive responses to water limitation. By understanding how animals tolerate current instances of limited resource ability, we will be better able to predict how species will be impacted by future climate change and the variability in vulnerability among taxa.

 

Selected Publications

  • Brusch IV GA, Gavira RSB, Vitton R, DupouĂ© A, Le Galliard JF, Lourdais O. 2020. Additive effects of temperature and water availability on pregnancy in a viviparous lizard. Journal of Experimental Biology 223: jeb228064
  • Brusch IV GA, Walman RM, Mills AM, Masuda G, Byeon A, DeNardo DF, Stahlschmidt ZR. 2020. Dehydration enhances cellular and humoral immunity in a mesic snake community. Journal of Experimental Zoology 333: 306-315
    • **Featured cover story**
  • Brusch IV GA, DeNardo DF, Lourdais O. 2020. Reproductive state and water deprivation increase plasma corticosterone in a capital breeder. General and Comparative Endocrinology 288: 113375
  • Brusch IV GA, Christian K, Brown GP, Shine R, DeNardo DF. 2019. Cane toads (Rhinella marina) rely on water access, not drought tolerance, to invade xeric Australian environments. Oecologia 189: 307-316
  • Brusch IV GA, DeNardo DF. 2019. Egg desiccation leads to dehydration and enhances innate immunity in python embryos. Developmental and Comparative Immunology 90: 147-151
  • Brusch IV GA, Heulin B, DeNardo DF. 2019. Dehydration during egg production alters egg composition and yolk immune function. Comparative Biochemistry and Physiology A 227: 68-74