Assistant Professor /
Fluid Environmental Research /
Department of Advanced Environmental Science and Engineering /
Faculty of Engineering Sciences
||Particle tracking model to estimate path of fan-mussel larvae in Ariake Sea taking into consideration advection and diffusion effects on the larva transportation based on three dimensional hydrodynamic model was developed. Larvae were released from the bottom in southern area and at the head of Ariake Sea. Larvae from the southern area were transported toward both the head due to the estuarine circulation and out of the sea. Some larvae released from the sea head were transported toward the mouth and other remained at the sea head..
||ON REPRODUCTION OF HYPOXIA FORMATION IN ARIAKE SEA BY ECOHYDRODYANAMIC MODEL.
||FLOW AND ITS TEMPORAL CHANGE IN THE INNER AREA OF THE ARIAKE SEA.