monitoring and modeling slope dynamics in an alpine watershed – a combined approach of soil science, remote sensing and geomorphology
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2015
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Abstract
Steep and unvegetated slopes in mountainous areas play an important role in
erosion research as they deliver large quantities of sediments to the
lowlands. However, their complex hydrological process combinations are
challenging for any modelling and forecasting intention. Due to its high
morphodynamic activity the Lainbach valley in southern Bavaria, Germany, has
repeatedly been subject to studies on erosional processes. We present a
further developed approach of physically based erosion modelling on strongly
inclined and heavily dissected slopes. Model parameters were spatially and
temporally distributed and a statistical model was tested to compare both
findings to a previous study in the same catchment on a different slope.
High resolution surface models from laser scans served as validation for the
modelling results and for monitoring soil loss. Especially an adjustment of
hydraulic roughness values improved the results, whereas rill hydraulics
demand further investigation for future model development. The study at hand
focusses on the summer period and reveals adequate modelling results
(98.4% agreement in volume loss) with regard to the slope's
non-stationary behaviour but leaves room for improvement for the winter
period.
| Reference Key |
neugirg2015proceedingsmonitoring
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|---|---|
| Authors | ;F. Neugirg;A. Kaiser;M. Schindewolf;M. Becht;J. Schmidt;F. Haas |
| Journal | gruppe interaktion organisation zeitschrift fur angewandte organisationspsychologie |
| Year | 2015 |
| DOI |
10.5194/piahs-371-181-2015
|
| URL | |
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