Abstract: Observations and model predictions of progressive surface waves were made for Cannonsville and Schoharie Reservoirs, located in southeastern New York State. These reservoirs are deep with steep bottom slopes and relatively ...

Abstract: The effects of documented acidification‐based increases in transparency, i.e., decreases in diffuse light attenuation,

Abstract: A one-dimensional mixed-layer mathematical model of thermal stratification was used to evaluate the sensitivity of stratification conditions in a future reservoir to natural variations in attendant meteorological conditions. ...

Abstract: The development, calibration, and application of a dynamic two-dimensional mass balance model for dissolved oxygen (DO) for rivers are documented for the first time accommodating the oxygen demand associated with zebra ...

Abstract: Terrigenous inorganic particles delivered during runoff events cause problems of high turbidity in many lakes and reservoirs. A turbidity model, composed of a two-dimensional hydrothermal/transport submodel and a turbidity ...

Abstract: The validation of a water-quality model for the Seneca River, a deep, stratifying, slow-moving river located in central New York, is documented. Model validation is supported by comprehensive field monitoring and kinetic ...

Abstract: Water quality and related management issues for a proposed lake source cooling (LSC) facility discharge of water from oligotrophic Lake Ontario to polluted eutrophic Onondaga Lake, NY, are considered in the context of ...

Abstract: The upward transport of phosphorus from the upper stratified layers of hypereutrophic Onondaga Lake, mediated by entrainment events, was estimated for the spring-to-fall intervals of 1980 and 1981. The estimates were based ...

Abstract: The resuspension and transport of particulate mercury