Researchers from IRTA and the UPC have created a model of the dispersion of water discharges in the rice fields in Fangar bay thanks to rhodamine, a tracer dye. The methodology to define transition zones can be applied in other places of Catalonia to prevent chemical contamination from affecting mollusks and to comply with European recommendations for food hygiene and animal health Effluents with pesticides are related to episodes of high oyster mortality, of which the causes are sought The Ebro Delta forms a complex ecosystem where natural dynamics coexist with productive activities, such as fishing, aquaculture and agriculture. It is a fragile balance and to preserve it it is essential to know the effects that such activities have on the

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environment that surrounds them. In the case of rice crops, an Lebanon WhatsApp Number List agrarian engine in Ebrense, one of the main impact routes is the irrigation water discharged into the sea. These discharges have a double face: they contribute nutrients to the ecosystem at the same time that they contain toxic components typical of pesticides that can affect biodiversity. Because, the Institute for Agrifood Research and Technology (IRTA) and the Polytechnic University of Catalonia – BarcelonaTech (UPC) have developed a model to determine their trajectories in the Bay of Fangar and minimize the impact on the aquaculture of bivalve molluscs. Using rhodamine WT, a reddish dye soluble in water, the effluents of the discharges were monitored and the most affected areas were

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delimited. In this way, the experiment will allow a final reorganization of the aquaculture activities in the bay from the establishment of a transition zone of about 80 hectares, excluded from the cultivation of bivalves to avoid risks to animal and human health. The effluents from the discharges were followed and the most affected areas were delimited. In this way, the experiment will allow a final reorganization of the aquaculture activities in the bay from the establishment of a transition zone of about 80 hectares, excluded from the cultivation of bivalves to avoid risks to animal and human health. The effluents from the discharges were followed and the most affected areas were delimited. In this way, the experiment will allow a final reorganization

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