Interdisciplinary knowledge is necessary to achieve sustainable management of natural
resources. However, research is still often developed in an exclusively disciplinary manner …

High-elevation grasslands worldwide provide essential hydrological services including
water provision, flow regulation, and erosion control. Despite their importance, hydrological …

Soil hydraulic properties control the provision of hydrological services. Vegetation and
topography influence these properties by altering soil structure and porosity. The underlying …

Hydrograph separation assessment is crucial to understand stormflow generation at
catchments worldwide. Tracer-based methods provide robust estimations of event (or new) …

The representation of land surface processes in hydrological and climatic models critically
depends on the soil water characteristics curve (SWCC) that defines the plant availability …

Hydro-pedotransfer functions (PTFs) relate easy-to-measure and readily available soil
information to soil hydraulic properties (SHPs) for applications in a wide range of process …

How simple or complex catchment models need to be is still unclear particularly for tracer-
aided models that go beyond hydrograph fitting. Here, we take advantage of a sub-daily …

Polylepis trees grow at elevations above the continuous tree line (3000–5000 m asl) across
the Andes. They tolerate extreme environmental conditions, making them sensitive …

Traditional hydrometric data combined with environmental tracers such as water stable
isotopes contributes to improve the understanding of catchment hydrology. Nevertheless …

Soil hydraulic parameters are a key input for predicting soil water retention curves and water
flow. The van Genuchten model is widely used to fit the van Genuchten hydraulic …