Low nutrient utilization efficiency in agricultural ecosystems is the main cause of nonpoint
source (NPS) pollution. Therefore, novel approaches should be explored to improve nutrient …

Agricultural non-point source pollution (ANPSP) is a critical cause of global environmental
problems. However, the estimation of ANPSP in typical orchard-dominated areas is lacking …

Export coefficient models (ECM) with few parameters and simple structures have been
widely used to estimate nonpoint source (NPS) pollution loads. However, they are …

Excessive use of agricultural chemicals and unreasonable utilization of agricultural wastes
have led to severe agricultural non-point source pollution (ANPSP) problems in China …

Nitrogen (N) and phosphorus (P) runoff loads of paddy fields in situ under conventional
water and fertilizer management measures caused severe water pollution in the Taihu Lake …

Quantitative assessment of cropland phosphorus (P) loss via surface runoff is essential for
developing effective pollution mitigation strategies. In this study, we compiled 812 datasets …

This study addresses the excessive consumption of river basin water from the Poyang Lake
area in China. Consumption of water for irrigation, together with the discharge of agricultural …

为探究稻田水文和氮素流失特征以及二者之间的关系, 以我国三大水稻主产区之一的长江流域稻
作区典型单季稻田为对象, 开展田间尺度多因子水分与氮素流失原位动态监测. 结果表明 …

The low carbon/nitrogen (C/N) ratio and high nitrate content characteristics of agricultural
runoff restricted the nitrogen removal in constructed wetlands (CWs). To resolve such …

The concepts of nitrogen use efficiency were mainly conceived within the disciplinary
boundaries, which were mostly bound to the nitrogen uptake instead of nitrogen loss. It …