Recurrent outbreaks of zoonotic infectious diseases highlight the importance of considering
the interconnections between human, animal, and environmental health in disease …

Land use types, land development and utilization intensity within watersheds have changed
based on intensifying human activities and climate change, thereby inducing spatiotemporal …

With increasing human activities, regional substrate conditions have undergone significant
changes. These changes have resulted in temporal and spatial variations of non-point …

Soil erosion contributes greatly to nonpoint source pollution (NSP). We built a coastal NSP
risk calculation method (CNSPRI) based on the Revised Universal Soil Loss Equation …

China has been facing severe organic pollution and the nonpoint source export from surface
soil is usually overlooked in coastal areas. In this paper, from the perspective of catchment …

Changes in pollution pressure exerted on the Rocha River in Bolivia from diffuse sources
were assessed using potential non-point pollution indexes (PNPI) for 1997 and 2017. PNPI …

The characterization of non-point source pollution at the watershed scale difficult owing to its
distributed nature combined with the lack of suitable measurements for validation. This study …

Quantifying spatio-temporal variations of non-point source pollution (NSP) risk induced by
land-use change provides insights into effective control of NSP through land-use …

Freshwater ecosystems and water uses may be jeopardized by the degradation of water
quality. The Water Framework Directive of the European Union (EU) sets environmental …

Temporal and spatial changes in non-point source pollution, driven by significant alterations
in land use due to increased human activity, have considerably affected the quality of …