Articles
What role do ponds play in limiting pesticide flows in the agricultural landscape?
Received : 4 October 2023;
Published : 9 October 2023
References
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Abstract
Aquatic systems, including ponds, wetlands, stormwater basins, and hillside reservoirs, are prevalent water retention systems within agricultural catchments. These reservoirs function as natural biogeochemical reactors, regulating the dispersion and transference of agricultural contaminants, notably pesticides, throughout the catchment area. As a complementary approach to mitigating or potentially eliminating the use of synthetic pesticides, the PESTIPOND project (2018-2023), funded by the French National Research Agency (ANR), examined the role of reservoirs in pesticide transfers on a catchment scale. The primary findings are detailed within this article. PESTIPOND has facilitated an enhanced comprehension, prioritization, and forecasting of the mechanisms influencing pesticide dissipation within reservoirs. Furthermore, it elucidates how pesticide dissipation in ponds governs pesticide transference across the catchment under varying hydro-climatic conditions and agricultural practices. To incorporate the multifaceted and dynamic aspects of this issue, we propose a modelling framework that accounts for the role of reservoirs at the catchment scale. This framework aims to enhance the accuracy of pesticide transfer prediction and the assessment of potential risks associated with the transfer to aquatic ecosystems.
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