financially supported by the National Natural Science Foundation of China(Grant No.50339010);the National Key Technology R & D Program of China(Grant No.2012BAB03B01);State water pollution control and management of Special Science and Technology Project(Grant No.2009zx07210-10)
A 3D, time-dependent, baroclinic, hydrodynamic and salinity model was implemented and applied to the Oujiang River estuarine system in the East China Sea. The model was driven by the forcing of tidal elevations along ...
supported by the National Natural Science Foundation of China(Grant No.50339010);the Public Welfare Projects of the Ministry of Water Resources(Grant No.200701026)
Water motion in estuarine waters is the result of the action of various dynamic factors. Firstly, based on the hydro- dynamic characteristics in estuarine waters, neglecting the nonlinear effects of various flow hydro...
supported by the Public Welfare Projects of Ministry of Water Resources (Grant No.200701026);the National Natural Science Foundation of China (Grant Nos. 49971064, 50339010)
In the near-shore waters, the actual flow is mainly induced by tide, wind and salinity, and the river water runoff should also be included as a component in the estuary waters. The interactions among these major compo...