Search Results - "Thomann, Robert V"

Bioaccumulation model of organic chemical distribution in aquatic food chains by Thomann, Robert V

“…The concentrations of organic chemicals in a simple generic aquatic food chain were modelled, taking into account chemical uptake efficiency from water,…”
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Model of biota-sediment accumulation factor for polycyclic aromatic hydrocarbons by Thomann, Robert V., Komlos, John

“…A model of the BSAF is constructed for PAHs using a steady‐state representation of a benthic food web of a small creek. Analyses of the data collected by…”
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Model of PCB in the Lake Michigan lake trout food chain by Thomann, Robert V, Connolly, John P

“…An age-dependent mathematical model has been developed for predicting the uptake and transfer of potentially toxic chemicals through an aquatic food chain. The…”
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The Future "Golden Age" of Predictive Models for Surface Water Quality and Ecosystem Management by Thomann, Robert V

“…This paper is based on a Simon W. Freese lecture given at the ASCE North American Water and Environment Congress '96, Anaheim, Calif., on June 24, 1996. The…”
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A pharmacokinetic model of cadmium in rainbow trout by Thomann, Robert V., Shkreli, Frank, Harrison, Scott

“…It has been previously observed that exposure of rainbow trout to Cd from water or food did not result in a steady state for key compartments such as the gill,…”
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Contemporary issues in watershed and water quality modeling for eutrophication control by THOMANN, R. V, LINKER, L. C

“…Three issues are discussed: controllability of nonpoint nutrient loadings using watershed models; the sometimes counter intuitive results from eutrophication…”
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Modeling Cadmium Fate at Superfund Site: Impact of Bioturbation by Thomann, Robert V, Merklin, William, Wright, Beate

“…A model of cadmium fate in the Foundry Cove Superfund site is calibrated to the postloading period from 1972 to 1989. Bioturbation (i.e. benthic mixing) of…”
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Model of Fate and Accumulation of PCB Homologues in Hudson Estuary by Thomann, Robert V, Mueller, John A, Winfield, Richard P, Huang, Chi-Rong

“…A long-time-scale, large-space-scale model of fate and bioaccumulation of PCB homologues in striped bass is constructed for the Hudson River estuary Of the…”
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The author's reply by Thomann, Robert V.

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The author's reply by Thomann, Robert V.

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The author's reply by Thomann, Robert V.

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Closure to "Phytoplankton Modeling in the Embayments of Lakes" by Jan-Tai Kuo and Robert V. Thomann (December, 1983) by Kuo, Jan-Tai, Thomann, Robert V

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Physico-Chemical Model of Toxic Substances in the Great Lakes by Thomann, Robert V., Di Toro, Dominic M.

“…A physico-chemical model of the fate of toxic substances in the Great Lakes is constructed from mass balance principles, incorporating principal mechanisms of…”
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Phytoplankton Modeling in the Embayments of Lakes by Kuo, Jan-Tai, Thomann, Robert V

“…A finite-element density-homogeneous lake circulation model is coupled to a finite-segment water quality model for phytoplankton modeling in the embayments of…”
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MODEL OF BIOTA-SEDIMENT ACCUMULATION FACTOR FOR POLYCYCLIC AROMATIC HYDROCARBONS by Thomann, Robert V., Komlos, John

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Modeling Organic Chemical Fate in Aquatic Systems: Significance of Bioaccumulation and Relevant Time-Space Scales by Thomann, Robert V.

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Modeling Organic Chemical Fate in Aquatic Systems: Significance of Bioaccumulation and Relevant Time-Space Scales by Thomann, Robert V.

“…The importance of aquatic food chain bioaccumulation of organic chemicals in contributing to human dose is derived. It is shown that for chemicals with log…”
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Contemporary issues in watershed and water quality modeling for eutrophication control by Thomann, Robert V., Linker, Lewis C.

“…Three issues are discussed: controllability of nonpoint nutrient loadings using watershed models; the sometimes counter intuitive results from eutrophication…”
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Comparison of lake phytoplankton models and loading plots 1 by Thomann, Robert V

“…The log-log plot of areal nutrient loading rates and depth of lakes is derived from dynamic phytoplankton model equations. When phytoplankton biomass is the…”
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