Ecophysiology and Ocean Acidification in Marine Mollusks
From Molecule to Behavior
Ecophysiology and Ocean Acidification in Marine Mollusks
From Molecule to Behavior
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English
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Description
Dr. Youji Wang is a Professor at the College of Fisheries and Science, Shanghai Ocean University. He obtained his MS in Aquaculture from Huazhong Agricultural University and his PhD in Marine Biology from the City University of Hong Kong. Dr. Wang has 14 years of experience in conducting marine biology, aquaculture, and environmental research. His current research interests focus on the response of bivalves to ocean acidification, hypoxia, warming, and emerging contaminants. Specifically, he examines the physiological effects of marine environmental changes and pollution (e.g., acidification, hypoxia, warming, microplastics, nanoparticles, flame retardants, heavy metals) on marine bivalve mollusks.
Dr. Youji Wang is a Professor at the College of Fisheries and Science, Shanghai Ocean University. He obtained his MS in Aquaculture from Huazhong Agricultural University and his PhD in Marine Biology from the City University of Hong Kong. Dr. Wang has 14 years of experience in conducting marine biology, aquaculture, and environmental research. His current research interests focus on the response of bivalves to ocean acidification, hypoxia, warming, and emerging contaminants. Specifically, he examines the physiological effects of marine environmental changes and pollution (e.g., acidification, hypoxia, warming, microplastics, nanoparticles, flame retardants, heavy metals) on marine bivalve mollusks.
Dr. Youji Wang is a Professor at the College of Fisheries and Science, Shanghai Ocean University. He obtained his MS in Aquaculture from Huazhong Agricultural University and his PhD in Marine Biology from the City University of Hong Kong. Dr. Wang has 14 years of experience in conducting marine biology, aquaculture, and environmental research. His current research interests focus on the response of bivalves to ocean acidification, hypoxia, warming, and emerging contaminants. Specifically, he examines the physiological effects of marine environmental changes and pollution (e.g., acidification, hypoxia, warming, microplastics, nanoparticles, flame retardants, heavy metals) on marine bivalve mollusks.