Aims The field of ecohydrology is providing new theoretical frameworks and methodological
approaches for understanding the complex interactions and feedbacks between vegetation …

Soil moisture is one of the most important parameters controlling various critical zone
processes including energy balance and nutrient cycling. However, hillslope soil moisture …

The synthesis of experimental understanding of catchment behaviour and its translation into
qualitative perceptual models is an important objective of hydrological sciences. We explore …

Infiltration is the process of water entering into, and routings through, the subsurface. It has a
profound impact on hillslope and catchment runoff. However, because of the hidden and …

Hillslopes exert critical controls on the quality and quantity of downstream waters. To
understand and model dominant headwater catchment processes, we need to estimate the …

An experimental soil tank (12 m long× 1.5 m wide× 1.5 m deep) equipped with a spatially
distributed instrument network was designed to conduct the artificial rainfall-runoff …

We examine the feasibility and added value of upscaling point data of soil moisture from a
small-to a mesoscale catchment for the purpose of single-event flood prediction. We test the …

Catchment hydrometeorology and the organization of shallow subsurface flow are key
drivers of active contributing areas and streamflow generation. However, understanding how …

The formation of baseflow and stormflow was examined in the 1.18 km2 part of the
headwater catchment Uhlířská, Jizera Mountains, Czech Republic, over the period 2007 …

Stream water concentrations of dissolved organic matter (DOM) exhibit large temporal
variations during precipitation on forested, headwater catchments. We present a modeling …