Understanding where nitrate is mobilized from and under what conditions is required to
reduce nitrate loss and protect water quality. Low frequency sampling may inadequately …

Karst terrain seasonal monsoonal rainfall is often associated with high concentrations of
nitrate-N in streams draining agricultural land. Such high concentrations can pose problems …

Nutrient (eg, nitrogen and phosphorus) loss from point and non-point sources can cause
critical environmental problems, deteriorating the quality of surface water and groundwater …

Although numerous studies focused on nitrate source, transformation and transport of river
water in karst area have been reported, it's still unclear in understanding nitrate main source …

The hillslope and channel dynamics that govern streamflow permanence in headwater
systems have important implications for ecosystem functioning and downstream water …

Understanding the physics of nitrate contamination in surface and subsurface water is vital
for mitigating downstream water quality impairment. Though high frequency sensor data …

Special hydrological structures coupled with rainfall and agricultural activities have great
impacts on water quality in karst areas. High-frequency hydro-chemical, dual nitrate isotopes …

Abstract Nitrate (NO 3⁻) fate estimates in turbulent karst pathways are lacking due, in part, to
the difficulty of accessing remote subsurface environments. To address this knowledge and …

Excessive nitrate threatens a wide range of water resources, aquatic habitats, and sensitive
infrastructure. Despite this problem, tracing a nutrient from its eventual fate back to its origin …

Karst groundwater provides drinking water for a quarter of Earth's population. However, in
intensive agricultural regions worldwide, karst water is commonly polluted by nitrate (NO …