Temperature Dependency of Energy and Mass Fluxes in Dynamic Energy Budget Theory.
|Date ||Thursday May 26, 2011 at 4:00 PM |
|Location ||43-105 Center for the Health Sciences (CHS) |
|Speaker ||Erik Muller, Ph.D., Associate Researcher, Marine Science Institute, Department of Ecology, Evolution and Marine Biology , UC Santa Barbara |
|Sponsoring Dept ||UCLA Biomathematics |
|Abstract ||Dynamic Energy Budget (DEB) theory is a process based theory that describes the rates at which an organism acquires resources from the environment and subsequently utilizes the energy and nutrients therein for production and maintenance. The core model covers all life stages of heterotrophic organisms with just 3 state variables and 12 parameters. Despite its focus on processes, the theory currently describes the impact of temperature on the dynamics of energy acquisition and allocation in a purely descriptive manner. In order to improve realism in the representation of temperature effects in DEB theory, I am using formalism from complex network theory. Before presenting this work in detail, I will survey the implications of the theory for seemingly unrelated biological phenomena, such as body-size scaling relationships, symbiogenesis and toxic effects. |
|Flyer ||muller_erik_20110526.pdf |