Publications by authors named "Zhanjiang Ye"
Article Synopsis
- Coastal bays are important hubs for dissolved organic matter (DOM) cycling, and this study investigates how mariculture activities, specifically fish, seaweed, and abalone farming, affect DOM in Sansha Bay, China.
- Through seasonal sampling and lab experiments, researchers identified three types of fluorescent dissolved organic matter (FDOM), with seaweed culture significantly influencing the DOM pool by producing high amounts of protein-like C1.
- The study concludes that while fish and abalone farming impact DOM differently, seaweed culture plays a key role in the seasonal generation of DOM and the potential for carbon sequestration, which is crucial for understanding the carbon dynamics of mariculture.
Various marine aquaculture systems have different impacts on the environment, but few assessments were focused on the environmental impact by different systems in the same region. To study the effects of various aquaculture systems on phytoplankton community structure and water properties, 5 surveys were carried out in seaweed (Gracilaria lemaneiformis, GL), shellfish (Mytilus coruscus, MC) and cage fish (Larimichthys crocea, LC) mariculture areas in Dongji island, Zhejiang, China from June to September 2020. Significant differences were observed in some environmental parameters and phytoplankton communities among three aquaculture systems.
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