Titlebook: Estuarine and Wetland Processes; With Emphasis on Mod Peter Hamilton,Keith B. Macdonald Book 1980 Springer Science+Business Media New York

Lice692

Hydrodynamic-Mass Transfer Model of Deltaic Systems,h the momentum conservation, continuity and mass transfer equations are solved by the method of finite differences. Example executions of the hydrodynamic portion of the model are presented for the Lavaca, Guadalupe and Trinity deltaic systems. Computed water elevations and flows are compared to obs

bacteria

Current Measurements and Mathematical Modeling in Southern Puget Sound,Eight continuously recording current meters at four sites and a two-dimensional finite element model were used. Analysis of the current data showed the currents to consist of a first principal component which was essentially parallel to the channel walls. This component was primarily tidal, although

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misanthrope

Modeling Sediment Transport in a Shallow Lake,atellite and aircraft, and laboratory and field experiments. Two- and three-dimensional hydrodynamic models are utilized and combined with significant wave models to account for the important mechanisms of sediment dispersion: convection, turbulent diffusion, gravitational settling, and re-suspensio

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哀求

Allege

ARY

Tidal Wetlands and Estuarine Coliform Bacteria, wetlands. The relation between tidal wetlands and these high coliform bacteria levels is explored through direct observation and statistical analysis of possible causative factors. Statistical analyses are performed on two representative tidal rivers using data collected by the state as part of it’

火花

性別

An Infiltrometer to Measure Seepage in Salt Marsh Soils,t is inundated by flooding tides. The device was used in Great Sippiwisset Marsh, Cape Cod. Preliminary results confirm that infiltration during flood tide is followed by widespread exfiltration, of comparable magnitude, during ebb. Total water flux decreased with increasing distance from adjacent c