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• W4291570762 endingPage "115847" @default.
• W4291570762 startingPage "115847" @default.
• W4291570762 abstract "A high-resolution nutrient emission inventory can provide reliable and accurate identification of priority control areas, which is crucial for efficient decisions on water quality restoration. However, the inventories widely used in large-scale modeling are usually based on provincial inputs, which induce the challenges of lacking localized parameters and missing localized characteristic when provincial scale inputs are converted to finer scales with the down-scale methods. Based on elaborate investigations and statistical data at the county scale with multi-scale data conversion, the China Emission Inventory of Nutrients (CEIN) was developed with a spatial resolution of a 0.1° grid and sub-basin scales. The Yangtze River Basin was used as a case study to illustrate the potential applications of CEIN. The emissions of total nitrogen (TN) and total phosphorus (TP) of Yangtze River Basin is 0.43 Mt and 0.04 Mt for point sources, 11.09 Mt and 4.64 Mt for diffuse sources in 2017. The hotspot analysis for 2606 sub-basins indicated that cropland is the key source of nutrient emissions, accounting for 58.88% and 79.15% of TN and TP, respectively. Industrial sewage and freshwater aquaculture accounted for 27.39% (TN) and 21.98% (TP) of the point sources, which is substantial due to their direct discharge into surface waters. The current results also reveal that, in contrast to CEIN, the previously used common emission factors based on GDP per capita produced considerable overestimations of 2.37 and 2.65 times the actual TN and TP emissions, respectively. Additional advantages of the CEIN have been demonstrated in identifying priority control areas more accurately with reduced bias and quantifying the effects of policies at much smaller scales. For example, the CEIN helps to distinguish hotspots, which was neglected when identifying sources at the level-III sub-basin scale, and indicates that the management of fractional areas (TN: 16.97%; TP: 13.44%) provides the highest nutrient emissions control (TN: 44.34%; TP: 48.65%) for the entire basin. The evaluation of China's toilet revolution policy demonstrates that achieving equitable access to safe sanitation has resulted in a reduction of 7240 t of TN and 833 t of TP, which is extremely critical for rural water quality and health." @default.
• W4291570762 created "2022-08-15" @default.
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• W4291570762 date "2022-11-01" @default.
• W4291570762 modified "2023-10-16" @default.
• W4291570762 title "A high-resolution nutrient emission inventory for hotspot identification in the Yangtze River Basin" @default.
• W4291570762 cites W1895993419 @default.
• W4291570762 cites W1981954632 @default.
• W4291570762 cites W2030816907 @default.
• W4291570762 cites W2032226640 @default.
• W4291570762 cites W2055654927 @default.
• W4291570762 cites W2057864962 @default.
• W4291570762 cites W2059019579 @default.
• W4291570762 cites W2072400194 @default.
• W4291570762 cites W2086755414 @default.
• W4291570762 cites W2097208041 @default.
• W4291570762 cites W2110496344 @default.
• W4291570762 cites W2117215444 @default.
• W4291570762 cites W2131586477 @default.
• W4291570762 cites W2136412447 @default.
• W4291570762 cites W2162662946 @default.
• W4291570762 cites W2177412400 @default.
• W4291570762 cites W2275582730 @default.
• W4291570762 cites W2344917939 @default.
• W4291570762 cites W2411365444 @default.
• W4291570762 cites W2434927229 @default.
• W4291570762 cites W2471854094 @default.
• W4291570762 cites W2495145857 @default.
• W4291570762 cites W2515362301 @default.
• W4291570762 cites W2567973877 @default.
• W4291570762 cites W2571653718 @default.
• W4291570762 cites W2625597259 @default.
• W4291570762 cites W2756602252 @default.
• W4291570762 cites W2775595153 @default.
• W4291570762 cites W2788043166 @default.
• W4291570762 cites W2792262858 @default.
• W4291570762 cites W2792853162 @default.
• W4291570762 cites W2802206888 @default.
• W4291570762 cites W2805650462 @default.
• W4291570762 cites W2883631288 @default.
• W4291570762 cites W2891671777 @default.
• W4291570762 cites W2899959091 @default.
• W4291570762 cites W2915702245 @default.
• W4291570762 cites W2923964759 @default.
• W4291570762 cites W2937260348 @default.
• W4291570762 cites W2963790331 @default.
• W4291570762 cites W2964140621 @default.
• W4291570762 cites W2965198937 @default.
• W4291570762 cites W2967440832 @default.
• W4291570762 cites W2971893310 @default.
• W4291570762 cites W297657079 @default.
• W4291570762 cites W2981559713 @default.
• W4291570762 cites W2997003916 @default.
• W4291570762 cites W2998271223 @default.
• W4291570762 cites W2998906533 @default.
• W4291570762 cites W3009381650 @default.
• W4291570762 cites W3011282351 @default.
• W4291570762 cites W3015107957 @default.
• W4291570762 cites W3021419382 @default.
• W4291570762 cites W3042189766 @default.
• W4291570762 cites W3047767780 @default.
• W4291570762 cites W3079524734 @default.
• W4291570762 cites W3081223020 @default.
• W4291570762 cites W3082417667 @default.
• W4291570762 cites W3086888323 @default.
• W4291570762 cites W3108941595 @default.
• W4291570762 cites W3109600619 @default.
• W4291570762 cites W3111594440 @default.
• W4291570762 cites W3113282396 @default.
• W4291570762 cites W3121053948 @default.
• W4291570762 cites W3129163111 @default.
• W4291570762 cites W3131946136 @default.
• W4291570762 cites W3132206669 @default.
• W4291570762 cites W3133383844 @default.
• W4291570762 cites W3135098047 @default.
• W4291570762 cites W3156395638 @default.
• W4291570762 cites W3156510228 @default.
• W4291570762 cites W3165719383 @default.
• W4291570762 cites W3167065559 @default.
• W4291570762 cites W3185262102 @default.
• W4291570762 cites W3191492677 @default.
• W4291570762 cites W3196282853 @default.
• W4291570762 cites W3197233973 @default.
• W4291570762 cites W3198451878 @default.
• W4291570762 cites W3209167308 @default.
• W4291570762 cites W3210456584 @default.
• W4291570762 cites W3216926546 @default.
• W4291570762 cites W4200398894 @default.
• W4291570762 cites W4205725180 @default.
• W4291570762 doi "https://doi.org/10.1016/j.jenvman.2022.115847" @default.
• W4291570762 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35981504" @default.

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