Toxic Contaminants and Ecosystem Health: Great Lakes Focus AEST V21
Rights Contact Login For More Details
- Wiley
More About This Title Toxic Contaminants and Ecosystem Health: Great Lakes Focus AEST V21
English
About the editor MARLENE S. EVANS is an Associate Research Scientist at the Great Lakes Division of The University of Michigan. She received her PhD in oceanography/zoology from the University of British Columbia. Dr. Evans recently has accepted a position with the Aquatic Ecology Division of the National Hydrology Research Institute in Saskatoon, Saskatchewan.
English
Partial table of contents:
Politics, Economics, Science--Going Beyond Disciplinary Boundaries to Protect Aquatic Ecosystems.
GREAT LAKES COMMUNITIES AND TOXIC SUBSTANCES.
Effects of Toxicants on Phytoplankton with Special Reference to the Laurentian Great Lakes.
The Effects of Toxic Substances on Zooplankton Populations: A Great Lakes Perspective.
Epidemics in Birds and Mammals Caused by Chemicals in the Great Lakes.
Chemical Contaminants in the Great Lakes: The Human Health Aspect.
APPROACHES FOR INVESTIGATING TOXIC STRESS.
A Review of Selected Clinical Indicators of Stress-Induced Changes in Aquatic Organisms.
Use of Bioassays in Determining the Toxicity of Sediment to Benthic Organisms.
Morphological Deformities in Chironomidae (Diptera) Larvae as Biological Indicators of Toxic Stress.
Mesocosms: A Tool for Studying Microbes and Effects and Behavior of Toxic Materials.
Effects of Nutrients and Copper on Copepod Population Dynamics: A Mesocosm Study.
New Methodologies for Assessing the Effects of Prenatal Toxic Exposure on Cognitive Functioning in Humans.
Toxic Substances and Survival of Lake Michigan Salmonids: Field and Laboratory Approaches.
Approaches to Modelling the Fate and Effects of Toxicants in Pelagic Systems.
Development of Ecosystem Objectives for the Great Lakes.
SUMMARY AND RECOMMENDATIONS FOR FUTURE RESEARCH.
Persistant Toxic Substances and Phytoplankton in the Great Lakes.
Persistant Toxic Substances and the Health of Fish Communities in the Great Lakes.
Modeling and Statistical Approaches for Determining the Fate and Effects of Toxicants in Natural Waters.
Index.
Politics, Economics, Science--Going Beyond Disciplinary Boundaries to Protect Aquatic Ecosystems.
GREAT LAKES COMMUNITIES AND TOXIC SUBSTANCES.
Effects of Toxicants on Phytoplankton with Special Reference to the Laurentian Great Lakes.
The Effects of Toxic Substances on Zooplankton Populations: A Great Lakes Perspective.
Epidemics in Birds and Mammals Caused by Chemicals in the Great Lakes.
Chemical Contaminants in the Great Lakes: The Human Health Aspect.
APPROACHES FOR INVESTIGATING TOXIC STRESS.
A Review of Selected Clinical Indicators of Stress-Induced Changes in Aquatic Organisms.
Use of Bioassays in Determining the Toxicity of Sediment to Benthic Organisms.
Morphological Deformities in Chironomidae (Diptera) Larvae as Biological Indicators of Toxic Stress.
Mesocosms: A Tool for Studying Microbes and Effects and Behavior of Toxic Materials.
Effects of Nutrients and Copper on Copepod Population Dynamics: A Mesocosm Study.
New Methodologies for Assessing the Effects of Prenatal Toxic Exposure on Cognitive Functioning in Humans.
Toxic Substances and Survival of Lake Michigan Salmonids: Field and Laboratory Approaches.
Approaches to Modelling the Fate and Effects of Toxicants in Pelagic Systems.
Development of Ecosystem Objectives for the Great Lakes.
SUMMARY AND RECOMMENDATIONS FOR FUTURE RESEARCH.
Persistant Toxic Substances and Phytoplankton in the Great Lakes.
Persistant Toxic Substances and the Health of Fish Communities in the Great Lakes.
Modeling and Statistical Approaches for Determining the Fate and Effects of Toxicants in Natural Waters.
Index.
