Soil moisture is a key control on runoff generation and biogeochemical processes on
hillslopes. Precipitation events can evoke different soil moisture responses with depth …

This study used a 30-year observed (1985–2014) precipitation, and the latest Coupled
Model Intercomparison Phase 6 (CMIP6) Shared Socioeconomic Pathways (SSPs) based …

The availability of global satellite-based precipitation datasets provides an asset to
accomplish precipitation dependent analysis where gauge based precipitation datasets are …

The impacts of human activities on hydrological connectivity disturb the network topology of
transport paths, which has gradually evolved from natural terrain features to dual natural …

The large scale climatic circulation processes such as El Niño Southern Oscillation (ENSO)
affect the climatic anomalies throughout the world. Therefore, understanding the …

Soil moisture is essential in runoff generation, chemical transport, vegetation growth, and
geological hazards like landslides in mountainous regions. However, due to its difficulty of …

Studying the temporal and spatial relationship between water body nutrients and landscape
elements in the agricultural watershed will be helpful in revealing the process of non-point …

The linkages of precipitation extremes with large-scale global climatic phenomenon such as
global warming, the El Niño–Southern Oscillation (ENSO), and the land surface elevation …

Anthropogenic activities alter the underlying surface conditions and arrangements of
landscape features in a drainage basin, interfering with the pollutant (eg, dissolved nitrogen …

Soil moisture is strongly spatially variable and scale dependent, but there is a lack of
research focusing on factors that link soil actual evaporation to the spatial distribution of …