The aim of this research was to study the characteristics and influence of the lateral transport
of total carbon (TC), total nitrogen (TN), and total phosphorus (TP) under different slope …

In order to study the characteristics of soil total carbon (TC) transport with slope runoff and
interflow during rainstorms in the Zhejiang-Fujian hilly region, China. Slope gradients (5, 8 …

Soil total carbon (TC), phosphorus (P), and nitrogen (N) exports from the weathered granite
slopes are greatly influenced by the complex hydrological processes and terrain factors. In …

Abstract Changes in natural rainfall characterized by heavy precipitation and high rainfall
intensity would increase the risks and uncertainty of nutrients losses. Losses of nitrogen (N) …

Nutrient loss from sloping farmland with rocky desertification in karst regions leads to low
farmland productivity and non-point source pollution. The mechanisms of nutrient outputs …

Soil erosion by water destroys the physical protection of carbon in soil aggregates and
accelerates decomposition, thus impacting soil organic carbon stocks and making the soil …

Phosphorus (P) is the key limiting factor for eutrophication, and the mechanism of P loss
from hillslopes is complex. Few attempts have been made to study the processes of P loss …

As global warming and extreme weather events increase and intensify across the globe, it
becomes ever more urgent to study and understand the effects of extreme rainfall events on …

Rainfall intensity and slope gradient are two of the most important factors affecting the
variations of runoff nitrogen (N). However, the effects of slope gradient and rainfall intensity …

To investigate the effect of rainfall on agricultural nonpoint source pollution, watershed scale
experiments were conducted to study the characteristics of nutrients in surface runoff under …