Steven W. Effler
Papers
14
Total Citations
247
H-Index
9
About
Steven W. Effler is a limnologist and environmental engineer whose research has profoundly advanced our understanding of lake and reservoir water quality, with particular focus on eutrophication, turbidity dynamics, and the fate of runoff-driven pollutants in urban and water supply systems. His most influential work centers on Onondaga Lake in New York — once dubbed "America's Most Polluted Lake" — where he pioneered the use of robotic monitoring buoys to track rehabilitation progress and characterize complex hydrodynamic phenomena such as tributary plunging and upwelling events. Effler's development and application of turbidity models for reservoirs like Ashokan and Schoharie has provided water managers with critical tools for predicting and mitigating the effects of storm runoff on drinking water quality. His methodological innovations, including diel dissolved oxygen analysis for estimating metabolic rates and advanced air-water oxygen exchange calculations in hypereutrophic systems, have become valuable references in aquatic science, collectively earning over 200 citations. Through integrating high-resolution robotic monitoring with hydrodynamic modeling, Effler has bridged fundamental limnological science and applied water resource management, leaving a lasting imprint on how researchers and practitioners monitor, model, and rehabilitate impaired freshwater systems.
Research Focus
Key Achievements
Top Papers
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- 2Turbidity Model for Ashokan Reservoir, New York: Case Study35 citations · 2009
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