Exploration of the Role of Sulfur Bacteria in the Sulfur Cycle of Bottom Sediments in Aquaculture Ponds
DOI:
https://doi.org/10.18063/cbr.v6i2.905Keywords:
Sulfur bacteria, Aquaculture pond, Sulfur cycle, Water purificationAbstract
As an important place for aquaculture, the water quality and ecological environment of aquaculture ponds are crucial for the growth and health of aquaculture organisms. The sulfur cycle, as an essential link in pond ecosystems, has a significant impact on water purification and the survival of aquaculture organisms. This article delves into the role of sulfur bacteria in the sulfur cycle in aquaculture ponds, including their promotion of sulfide oxidation, organic matter degradation, and provision of nutrients and energy for aquaculture organisms. Through comprehensive analysis, this article reveals the positive impact of sulfur bacteria on water purification in aquaculture ponds and the growth of aquaculture organisms, and proposes application strategies to optimize the living environment and increase the number of sulfur bacteria. This article also looks forward to the potential applications of sulfur bacteria in genetic manipulation, biological leaching, and environmental remediation, providing new ideas and methods for the ecological management of aquaculture ponds.
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