Using the roughness height and manning number in hydrodynamic model to estimate the impact of intensive oyster aquaculture by floating & fixed rafts on water exchange with an application in Qinzhou Bay, China

Yu Huang, Zenghui Li, Changyang Sun, Zhiwei Feng, Jingyao Li, Dan‐Yi Wei, Bin Wang, Shang Jiang, Keliang Chen, Xiang Sun

2022Ecological Modelling15 citationsDOI

Topics & Concepts

DragBayAquacultureDrag coefficientOysterEnvironmental scienceBreakwaterFisheryOceanographyHydrology (agriculture)GeologyGeotechnical engineeringPhysicsMechanicsBiologyFish <Actinopterygii>Marine Bivalve and Aquaculture StudiesMarine and fisheries researchMarine and coastal ecosystems

Using the roughness height and manning number in hydrodynamic model to estimate the impact of intensive oyster aquaculture by floating &amp; fixed rafts on water exchange with an application in Qinzhou Bay, China

Topics & Concepts

Using the roughness height and manning number in hydrodynamic model to estimate the impact of intensive oyster aquaculture by floating & fixed rafts on water exchange with an application in Qinzhou Bay, China