Baseflow is critical for water balance budget, water resources management, and
environmental evaluation. Prediction of baseflow index (BFI), the ratio of baseflow to total …

Kirchner (2016a) demonstrated that aggregation errors due to spatial heterogeneity,
represented by two homogeneous subcatchments, could cause severe underestimation of …

Tritium and 14 C are two most important radionuclides released from nuclear facilities to the
environment, and 14 C contributes dominant radiation dose to the population around …

Tritium background levels in various environmental compartments are deeply needed in
particular to assess radiological impact, especially in river systems where most of releases …

Determining the sources and mean transit times (MTTs) of water that generates streamflows
is important for understanding and managing headwater catchments. The sources and …

Wildfires are an important disturbance affecting catchments' soil and hydrological processes
within. Wildfires are predicted to increase in both frequency and severity under climate …

Tritium concentration in rivers, groundwater, precipitation and mine pits water, all over Goa
state was characterized to find out spatial and temporal variability of tritium. Twenty four …

Tritium dating requires a good understanding of the tritium and water inputs into hydrologic
systems, including their main trends due to latitudinal, seasonal and altitudinal effects …

This study investigates the water circulation using tritium measurements in local
precipitation, shallow dug wells and thermal springs of the Tural-Rajwadi area, which is one …

Determining mean transit times in headwater catchments is critical for understanding
catchment functioning and understanding their responses to changes in landuse or climate …