Sophie Lücking

Undercatch corrected gridded precipitation data to improve hydrological modeling in high-alpine orography

Philipp Maier, Caroline Ehrendorfer, Sophie Lücking, Thomas Pulka et autres

Stationary precipitation measurements are frequently affected by undercatch errors, which are particularly pronounced in cold and alpine regions with strong winds. Since gridded precipitation products used in land surface modeling are often derived from spatial interpolation of meteorological station data, these measurement …

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Comment on egusphere-2025-6382

Philipp Maier, Caroline Ehrendorfer, Sophie Lücking, Thomas Pulka et autres

Abstract. Stationary precipitation measurements are frequently affected by undercatch errors, which are particularly pronounced in cold and alpine regions with strong winds. Since gridded precipitation products used in land surface modeling are often derived from spatial interpolation of meteorological station data, these …

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Snow-hydrological validation of undercatch corrected precipitation across alpine regions in Austria

Caroline Ehrendorfer, Philipp Maier, Sophie Lücking, Thomas Pulka et autres

Stationary precipitation measurements are frequently affected by undercatch errors, which are particularly pronounced in cold and alpine regions with strong winds. Since gridded precipitation products used in land surface modelling are often derived from spatial interpolation of meteorological station data, these measurement …

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Supplementary material to "Undercatch corrected gridded precipitation data to improve hydrological modeling in high-alpine orography"

Philipp Maier, Caroline Ehrendorfer, Sophie Lücking, Thomas Pulka et autres

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Undercatch corrected gridded precipitation data to improve hydrological modeling in high-alpine orography

Philipp Maier, Caroline Ehrendorfer, Sophie Lücking, Thomas Pulka et autres

Abstract. Stationary precipitation measurements are frequently affected by undercatch errors, which are particularly pronounced in cold and alpine regions with strong winds. Since gridded precipitation products used in land surface modeling are often derived from spatial interpolation of meteorological station data, these …

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Evaluating precipitation corrections to enhance high-alpine hydrological modeling

Thomas Pulka, Mathew Herrnegger, Caroline Ehrendorfer, Sophie Lücking et autres

• The high-alpine Kölnbrein catchment exhibits a notable precipitation deficit in the INCA-data, challenging hydrological modeling • Utilizing a combined correction of liquid and solid precipitation yields an increase of up to 65% of the annual catchment precipitation • This innovative approach …

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Contribution of glacier melt to runoff under climate change using a conceptual hydrological model in selected high alpine regions in Austria

Caroline Ehrendorfer, Franziska Koch, Sophie Lücking, Thomas Pulka et autres

The timing and quantity of snow and ice melt in high-alpine regions is of great importance, especially for time-sensitive processes such as hydropower production. In most conceptual hydrological models, the simulations of these components are frequently only based on simple temperature index …

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On the improvement of runoff and glacier mass balance modelling by performing an undercatch correction on gridded precipitation data sets based on independent station data

Philipp Maier, Caroline Ehrendorfer, Sophie Lücking, Fabian Lehner et autres

Models like the conceptual hydrological model COSERO and the physically-based mountain surface process model Alpine3D are highly sensitive to meteorological inputs, especially precipitation. Gridded precipitation data sets usually originate from spatially interpolated weather station data, which are not corrected for precipitation undercatch. …

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Evaluating Precipitation Corrections to Enhance High-Alpine Hydrological Modeling for Hydropower

Thomas Pulka, Mathew Herrnegger, Caroline Ehrendorfer, Sophie Lücking et autres

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Modelling and evaluation of the snow and ice melt in the Großglockner Region

Sophie Lücking

submitted by Sophie Lücking