Doerthe Tetzlaff

TL;DR: In this paper, isotopic tracers in precipitation and soil water, along with conventional hydrometric measurements in a plot-scale study in Berlin, Germany, investigated water partitioning under different generic types of urban vegetation (grassland, shrub and trees).

TL;DR: In this paper, the hydrological assessment criteria flow acceleration, peak discharge and discharge dosage are determined with the focus to assess the quantitative impact on urban rivers Dependencies of these hydrologogical parameters are studied within comprehensive statistical analyses with long-term data sets.

TL;DR: It is found that despite the high CO2 emissions from soil samples, no need for a post‐correction of the pore water stable isotope analysis results is found, since there is no relation between CO2 concentrations and the stable isotopes results of vapor samples obtained with OA‐ICOS.

TL;DR: A predator–prey-type model serves as a minimalist representation of groundwater use–crop production dynamics and explains and predicts reductions in groundwater withdrawal on three High Plains states and subsequent declines in irrigated crop production, and provides a general framework for assessing groundwater-based irrigation sustainability.

TL;DR: The results of a study from an experimental catchment in the Scottish Highlands where spatio-temporal runoff processes in RW were investigated using isotopes, alkalinity and hydrometric measurements are reported to better understand the heterogeneity in GW–SW interactions.