Access Restriction

Author Hümann, Marco ♦ Müller, Christoph
Source CiteSeerX
Content type Text
File Format PDF
Subject Domain (in DDC) Computer science, information & general works ♦ Data processing & computer science
Subject Keyword New Discharge Relevant Parameter ♦ Runoff Characteristic ♦ Extreme Weather Event ♦ Gis-drp Method ♦ Weak Point ♦ Dominant Runoff ♦ Runoff Generation ♦ Land Use Information ♦ Mapping Technique ♦ Silviculture Area ♦ Decision Maker ♦ Gis-drp Approach ♦ Dominant Runoff Process ♦ Adapted Method ♦ Digital Elevation Model ♦ Grand Duchy ♦ Improved Gis-drp Approach ♦ Called Gis-drp Approach ♦ Test Plot ♦ Forested Catchment ♦ Soil-hydrologic Investigation ♦ Geological Information ♦ Different Field ♦ Different Landscape ♦ Gis-based Tool ♦ Original Gis-drp Method ♦ Available Input Data ♦ Topsoil Sealing ♦ Geographic Information System ♦ Agricultural Area
Abstract Abstract: At present it is common to use geographic information system (GIS) applications to assess runoff generation. One of these GIS-based tools to generate maps of dominant runoff processes is the so called GIS-DRP approach. The tool, which has been developed mainly based on agricultural areas, uses commonly available input data like a digital elevation model (DEM), geological information as well as land use information. The aim of this study is to test, validate and improve this GIS-DRP method for forested and silviculture areas. Hence, soil-hydrologic investigations and several mapping techniques of dominant runoff processes were conducted on 25 test-plots in four forested catchments in Rhineland-Palatinate (Germany) and the Grand Duchy of Luxembourg. By comparing the results of the mapping techniques and those of the test plots, weak points in the original GIS-DRP method were detected. Subsequently, it was possible to enhance the GIS-DRP approach by incorporating new discharge relevant parameters like topsoil sealing, extreme weather events and semipermeability of the substratum. Moreover, the improved GIS-DRP approach can be widely used in different landscapes and for different fields of application. The adapted method can now support foresters and decision makers in
Educational Role Student ♦ Teacher
Age Range above 22 year
Educational Use Research
Education Level UG and PG ♦ Career/Technical Study
Learning Resource Type Article
Publisher Date 2013-01-01