For effective catchment management and intervention in hydrological systems a process-
based understanding of hydrological connectivity is required so that: i) conceptual rather …

Rainfall intensity, duration, frequency and magnitude influence both runoff generation and
sediment yield. In this study, 176 rainfall events over a five-year period were classified into …

This study demonstrated the spatiotemporal variation in runoff generating areas in grassed
and agro-forested hillslopes of Lesser Himalaya using soil moisture, soil hydraulic …

Flow connectivity in the hillslope–riparian–stream (HRS) system describes the hydrological
linkage between upland water and the channel network. However, the time and form of the …

Poor land condition resulting from unsustainable grazing practices can reduce enterprise
profitability and increase water, sediment and associated nutrient runoff from properties and …

Deep learning has gained its prevalence in conducting spatiotemporal runoff simulations.
For spatial pattern recognition, a majority of previous spatiotemporal models preferred to …

Soils in various places of the Panama Canal Watershed feature a low saturated hydraulic
conductivity (Ks) at shallow depth, which promotes overland‐flow generation and associated …

There is a huge concern that the springs originating naturally from unconfined aquifers
which are the main sources of domestic water on mountainous regions are either drying up …

Subsurface band application of poultry litter has been shown to reduce the transport of
nutrients from fields in surface runoff compared with conventional surface broadcast …

CONTEXT Grazing lands account for 66.7% of all agricultural land in the United States. Soil
erosion, water quality and conservation have been identified as primary resource concerns …