Andere Kunden interessierten sich auch für
![Mathematical Modeling for Outfall Plume Management using AUVs]( "Mathematical Modeling for Outfall Plume Management using AUVs")
Mathematical Modeling for Outfall Plume Management using AUVs51,99 €![Urban Thermal Plume]( "Urban Thermal Plume")
Urban Thermal Plume19,99 €![Geographies of Forced Eviction]( "Geographies of Forced Eviction")
Geographies of Forced Eviction59,99 €![The Wide Warm Current of the North Pacific]( "The Wide Warm Current of the North Pacific")
The Wide Warm Current of the North Pacific32,99 €![Marine Structural Design Calculations]( "Marine Structural Design Calculations")
Marine Structural Design Calculations77,99 €![Understanding Buried Anomalies: A Practical Guide to GPR]( "Understanding Buried Anomalies: A Practical Guide to GPR")
Understanding Buried Anomalies: A Practical Guide to GPR22,99 €![Applying Geoinformatics Science to locate Vulnerable Communities]( "Applying Geoinformatics Science to locate Vulnerable Communities")
Applying Geoinformatics Science to locate Vulnerable Communities50,99 €
The long term response of a plume associated with freshwater penetration into ambient, ocean water under upwelling favorable winds is studied using the Regional Ocean Modeling System(ROMS) in an idealized domain. Three different cases were examined, including a shore perpendicular source and shore parallel source with steady winds, and a shore perpendicular source with oscillating alongshore winds. Freshwater flux is used to define plume penetration. Alongshore penetration of buoyant currents is proportional to freshwater input and inversely proportional to upwelling wind stress strength. Strong wind more quickly prevents fresh water's penetration. Under upwelling favorable winds, the plume is advected offshore.....