Predicting Fish Growth Potential and Identifying Water Quality Constraints: A Spatially-Explicit Bioenergetics Approach - Budy, Phaedra; Baker, Matthew; Dahle, Samuel K. (Environmental management (New York), 2011)
Keywords: animal growth; Animal populations; Animals; Anthropogenic factors; Aquatic Pollution; Atmospheric Protection/Air Quality Control/Air Pollution; Bioenergetics; catfish; Clean Water Act-US; Earth and Environmental Science; Ecology; Ecosystem; energy metabolism; Energy Metabolism - physiology; Environment; Environmental Management; Environmental perception; Eutrophication; Fish; Fishes; Fishes - growth & development; Forestry Management; Fresh Water; Freshwater; Geographic Information Systems; growth & development; Habitats; High temperature; image analysis; Impairment; Integrated approach; Management; Marine; Models, Biological; Nature Conservation; Nutrient loading; Physical growth; Physiology; Pollution abatement; pollution load; prediction; Productivity; Remote Sensing Technology; Sander vitreus; seasonal variation; Species Specificity; surface water; Temperature; Temporal logic; Utah; Waste Water Technology; Water Management; Water pollution; Water Pollution Control; Water quality; Water Quality - standards; Water temperature; Utah; Clean water act; Bioenergetics; Structured hypotheses; Water quality; Fish performance; Water temperature; Eutrophication; Thermal remote imaging (TIR)