Mathematical Models Relating Effects of Xenobiotic Substances on Individuals and Populations
Abstract
The research involves the development of mathematical models suitable for relating the effects of xenobiotic substances on individuals and populations of benthic marine organisms. This goal recognizes that the ecological effects of contaminants occur within complex ecological communities, but that the response of the constituent populations to environmental stress is difficult and/or very expensive to measure. Thus it is important to extract as much insight as possible from the large body of experimental information quantifying the impact of toxicants on the individual organisms within impacted, or potentially impacted populations. The research has two main parts: (i) modeling the consequences for individuals of toxicant-induced changes in the rates of energy acquisition and utilization by individual organisms, and (ii) using individual-based population models to predict the implications of these changes on the abundance and spatial distribution of organisms.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1998
- Accession Number
- ADA551020
Entities
People
- Roger M. Nisbet
- Russell J. Schmitt
- William G. Wilson
Organizations
- University of California, Santa Barbara