典型文献
Transport of phosphorus in runoff and sediment with surface runoff from bare purple soil during indoor simulated rainfall
文献摘要：
Phosphorus(P)in surface runoff from purple soil is a critical element of agricultural non-point source pollution,leading to eutrophication of surface waters in the Three Gorges Reservoir Area(TGRA)of China.This work aimed to understand the processes and mechanisms of P losses from bare purple soil.Based on an indoor rainfall simulation experiment,we focused on the processes of surface runoff and P losses via different hydrological pathways.Experimental treatments included three simulated rainfall intensities,four slope gradients,and three fertilizer treatments.P loss from sediment was the main pathway in the purple soil,and bioavailable P was mainly transferred in dissolved P(DP)of runoff water.The P loss loads tend to grow with the increase of the slope until 25° for the maximum load of runoff water and 20° for the maximum load of sediment.Concentrations of DP in the surface runoff after fertilizer application can exceed the estimates of those required for accelerated eutrophication.Sediment P control might be an essential way for reducing P loss in purple soil for the local government and farmers of TGRA.
文献关键词：
中图分类号：
作者姓名：
MA Xiao;YANG Jie;ZHOU Xiang-jun;WU Hong-tao;XIONG Qiao;LI Ye
作者机构：
College of Urban and Environmental Sciences,Hubei Normal University,Huangshi 435002,China;Hubei Key Laboratory of Pollutant Analysis&Reuse Technology,Hubei Key Research Institute of Humanities&Social Science,Huangshi 435002,China;School of Resource and Environmental Engineering,Wuhan University of Technology,Wuhan 430070,China
文献出处：
引用格式：
[1]MA Xiao;YANG Jie;ZHOU Xiang-jun;WU Hong-tao;XIONG Qiao;LI Ye-.Transport of phosphorus in runoff and sediment with surface runoff from bare purple soil during indoor simulated rainfall)[J].山地科学学报（英文版）,2022(08):2333-2345
A类：
TGRA
B类：
Transport,phosphorus,runoff,sediment,surface,from,bare,purple,soil,during,indoor,simulated,rainfall,Phosphorus,critical,element,agricultural,point,source,pollution,leading,eutrophication,waters,Three,Gorges,Reservoir,Area,China,This,work,aimed,understand,processes,mechanisms,losses,Based,simulation,experiment,we,focused,via,different,hydrological,pathways,Experimental,treatments,included,three,intensities,four,slope,gradients,fertilizer,was,bioavailable,mainly,transferred,dissolved,DP,loads,tend,grow,increase,until,maximum,Concentrations,after,application,can,exceed,estimates,those,required,accelerated,Sediment,control,might,be,essential,reducing,local,government,farmers
AB值：
0.517355
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