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• W2883143578 startingPage "301" @default.
• W2883143578 abstract "Although ubiquitous elements of agricultural landscapes, the interest on ditches and canals as effective filters to buffer nitrate pollution has been raised only recently. The aim of the present study was to investigate the importance of in-ditch denitrification supported by emergent aquatic vegetation in the context of N budget in agricultural lands of a worldwide hotspot of nitrate contamination and eutrophication, i.e. the lowlands of the Po River basin (Northern Italy). The effectiveness of N abatement in the ditch network (>18,500 km) was evaluated by extrapolating up to the watershed reach-scale denitrification rates measured in a wide range of environmental conditions. Scenarios of variable extents of vegetation maintenance were simulated (25%, 50% and 90%), and compared to the current situation when the natural development occurs in only 5% of the ditch network length, subjected to mechanical mowing in summer. Along the typical range of nitrate availability in the Po River lowlands waterways (0.5–8 mg N L−1), the current N removal performed by the ditch network was estimated in 3300–4900 t N yr−1, accounting for at most 11% of the N excess from agriculture. The predicted nitrate mitigation potential would increase up to 4000–33,600 t N yr−1 in case of vegetation maintenance in 90% of the total ditch length. Moreover, a further significant enhancement (57% on average) of this key ecosystem function would be achieved by postponing the mowing of vegetation at the end of the growing season. The simulated outcomes suggest that vegetated ditches may offer new agricultural landscape management opportunities for effectively decreasing nitrate loads in surface waters, with potential improved water quality at the watershed level and in the coastal zones. In conclusion, ditches and canals may act as metabolic regulators and providers of ecosystem services if conservative management practices of in-stream vegetation are properly implemented and coupled to hydraulic needs." @default.
• W2883143578 created "2018-08-03" @default.
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• W2883143578 date "2019-01-01" @default.
• W2883143578 modified "2023-10-05" @default.
• W2883143578 title "An ounce of prevention is worth a pound of cure: Managing macrophytes for nitrate mitigation in irrigated agricultural watersheds" @default.
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• W2883143578 cites W1952677961 @default.
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• W2883143578 cites W1966271752 @default.
• W2883143578 cites W1988699324 @default.
• W2883143578 cites W1989730735 @default.
• W2883143578 cites W1992960734 @default.
• W2883143578 cites W2001429253 @default.
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• W2883143578 cites W2007477622 @default.
• W2883143578 cites W2008044839 @default.
• W2883143578 cites W2011389163 @default.
• W2883143578 cites W2015032635 @default.
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• W2883143578 cites W2062073946 @default.
• W2883143578 cites W2076416045 @default.
• W2883143578 cites W2079118860 @default.
• W2883143578 cites W2080454987 @default.
• W2883143578 cites W2083816427 @default.
• W2883143578 cites W2085230215 @default.
• W2883143578 cites W2090749456 @default.
• W2883143578 cites W2095558861 @default.
• W2883143578 cites W2098247580 @default.
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• W2883143578 cites W2129775669 @default.
• W2883143578 cites W2130689102 @default.
• W2883143578 cites W2146830758 @default.
• W2883143578 cites W2148492494 @default.
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• W2883143578 cites W2321351347 @default.
• W2883143578 cites W2327640109 @default.
• W2883143578 cites W2338698079 @default.
• W2883143578 cites W2341049535 @default.
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• W2883143578 cites W2607199115 @default.
• W2883143578 cites W2620729828 @default.
• W2883143578 cites W2733992852 @default.
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• W2883143578 doi "https://doi.org/10.1016/j.scitotenv.2018.07.385" @default.
• W2883143578 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30081367" @default.
• W2883143578 hasPublicationYear "2019" @default.
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