Research in the HOAL / Soil moisture
17 January 2018

Mobile eddy maintenance

Today Borbala Szeles, student from the DK on water resource systems, is in the HOAL fields to...

17 November 2017

Deep borehole groundwater sampling

Today again Lovrenc Pavlin and Markus Oismüller were operating the groundwater sampling at the...

03 November 2017

Preparing temporal soil net for next season

The temporal soil net is currently prepared and checked for the next installation in the HOAL...

13 October 2017

European network of hydrological observatories (ENOHA)

Recently the homepage of the European network of hydrological observatories - short 'ENOHA'...

22 September 2017

Deep borehole groundwater sampling

Recently Lovrenc Pavlin, new doctoral student from Slovenia in our DK programme, was operating...

Science Questions – How can Small Scale Soil Moisture Variability be Related to the Response of Satellite Sensors?

Understanding the controls of spatial soil moisture patterns in small catchments is essential for upscaling soil moisture from point to catchment scales as needed for drought predictions. The relative importance of the factors driving the spatial distribution of soil moisture will change during the season, e.g. topography may control the soil moisture distribution during wet periods, and vegetation and soil properties may be more dominant during dry conditions, which will affect the way satellite sensors see the soil moisture.

A soil moisture network of more than 30 stations within the catchment was set up that uses wireless transmission technology. Time Domain Transmission sensors are used which measure the dielectric conductivity from the propagation velocity of an electromagnetic wave.

Scaling analyses are conducted to relate the soil moisture variability to a larger landscape context. There is a close interaction with the transpiration and flood generation analyses.

soil moisture