The study is focused on the potential of edible bivalves in bioremediation of fish-farm effluents, since aquaculture commonly increase pollution for the discharge of nutrients and fish faeces. Was made a 24h experiment with Mythilus sp. both juveniles and adults, previously collected and acclimated in the laboratory, in 9 aquaria full of wastewater effluents. The results will show the capacity of bivalves in reducing the Nutrients (both Nitrogen and Phosphorus), Chlorophyll a and Phaeophytin concentrations.
The study is focused on the potential of edible bivalves in bioremediation of fish-farm effluents, since aquaculture commonly increase pollution for the discharge of nutrients and fish faeces. Was made a 24h experiment with Mythilus sp. both juveniles and adults, previously collected and acclimated in the laboratory, in 9 aquaria full of wastewater effluents. The results will show the capacity of bivalves in reducing the Nutrients (both Nitrogen and Phosphorus), Chlorophyll a and Phaeophytin concentrations.
Potential of edible bivalves for bioremediation of nutrient-rich fish farm effluents
PAGANO, CHIARA
2021/2022
Abstract
The study is focused on the potential of edible bivalves in bioremediation of fish-farm effluents, since aquaculture commonly increase pollution for the discharge of nutrients and fish faeces. Was made a 24h experiment with Mythilus sp. both juveniles and adults, previously collected and acclimated in the laboratory, in 9 aquaria full of wastewater effluents. The results will show the capacity of bivalves in reducing the Nutrients (both Nitrogen and Phosphorus), Chlorophyll a and Phaeophytin concentrations.| File | Dimensione | Formato | |
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PaganoChiara_tesi_triennale.pdf
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1.33 MB | Adobe PDF |
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https://hdl.handle.net/20.500.12608/34852