National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Analysis of the subsurface struckutes location in representative transections of the research catchments
DUBEC, Štěpán
This theses is focused on the description of subsurface in the area of interest - Kopaninský and Jenínský stream catchment - and consequently thy most accurate interpretation depth of impermeable bedrock. Geophysical multicable metod (ERT - electrical resistivity tomography") was selected for field measurements. This method of geophysical survey provides the information on subsurface structures, verifies hypotheses and brings new information on the lithological and structural conditions below the surface. ERT measurements were performed automatically by geoelektrical ARES device in combination with inteligent electrodes. The data obtained by field measurements were plotter in the form of resistive sections (using ReS2DInv software) which were used for the later interpretation. The given results determine the depth and process of impermeable bedrock which are important for more accurate data inputs like for modeling rainfall-runoff processes especially in the field of calibration and validation of each adjustment of models as well as for the next other hydrogical analyzes and studies carried out in the research projects. The purpose of this work is to determine the depth of impermeable bedrock and could serve as a data input for MIKE SHE hydrological modeling.
Methods for determining the depth of impermeable bedrock as a basis for hydrological reserch.
DUBEC, Štěpán
This thesis is focused on the description of subsurface structures in the area of interest - Kopaninský stream catchment - and consequently the most accurate interpretation depth of bedrocks. Geophysical multicable metod (ERT ?electric resistivity tomography?) was selected for field measurements. This method of geophysical survey provides the information on subsurface structures, verifies hypotheses and brings new information on the lithological and structural conditions below the surface. ERT measurements were performed automatically by geoelectrical ARES device in combination with intelligent electrodes. The data obtained by field measurements were plotted in the form of resistive sections (using RES2DINV software) which were used for interpretation. The result of this work is to determine the depth of bedrocks and should serve as a data input for MIKE SHE hydrological modeling.

Interested in being notified about new results for this query?
Subscribe to the RSS feed.