Karst water resources represent a primary source of freshwater supply, accounting for nearly
25% of the global population water needs. Karst aquifers have complex recharge …

Karst regions, due to their unique topography, may be more susceptible to contaminants
such as microplastics from other ecosystems. However, few studies reported the occurrence …

Source apportionment is key to water quality protection, but most researches ignore the
specific location of non-point sources and the source-transfer-sink processes that led to …

Non-point source (NPS) pollution has gradually become the main source of water
environmental pollution with the rapid economic development during the recent decades …

Although physical models at present have made important achievements in the assessment
of non-point source pollution (NPSP), the requirement for large volumes of data and their …

In watershed management, it is of great importance to evaluate the risks of nonpoint source
(NPS) pollution. In this study, the Nonpoint Source Pollution Risk Index (NSPRI), a multi …

Traditional method of estimating pollution loads may neglect the internal spatial
heterogeneity of socio-economic driving factors, which can result in overestimate and …

Traditional blue water resources assessment and management may not meet the needs of
sustainable water resource utilization; ignoring the number of green water resources will …

Constructing a simple and accurate method to identify the risks and control nonpoint source
pollution (NPSP) have become a principal target for the most watersheds with strong soil …

Karst groundwater represents a source of freshwater for a quarter of the world's population.
Modeling the hydrological behavior of karst aquifers while accounting for the spatial …