Tag: Litopenaeus vannamei
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Effects of the Photovoltaic Fishery Breeding Model on Intestinal Microbiota Structure and Diversity in Litopenaeus vannamei
Introduction As the global demand for sustainable seafood rises, innovative farming methods like the photovoltaic fishery breeding model are attracting attention. This approach combines solar energy capture with aquaculture, aiming to reduce energy costs and land use while maintaining high productivity. A crucial, though less-visible, aspect of farming performance is the intestinal microbiota of the…
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Photovoltaic Fishery Breeding: Impacts on Shrimp Gut Microbiota in Litopenaeus vannamei
Introduction Photovoltaic (PV) fishery breeding combines solar energy with aquaculture, using solar panels to shade ponds and generate electricity while supporting shrimp production. This integrated approach has garnered attention for potential benefits in energy efficiency, habitat management, and animal health. In this article, we examine how the photovoltaic fishery breeding model may influence the intestinal…
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Sun-Powered Shrimp Farming: How Photovoltaic Breeding Affects Shrimp Gut Microbiota
Introduction to the photovoltaic fishery breeding model Photovoltaic (PV) fishery breeding combines solar energy with aquaculture infrastructure to create a dual-use system. In this model, solar panels are installed over or near shrimp ponds, generating renewable electricity while providing partial shading and microclimate effects that influence water quality and culture conditions. Proponents argue that PV…