Felix Pitscheider
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View article: Scale dependency in modeling nivo-glacial hydrological systems: the case of the Arolla basin, Switzerland
Scale dependency in modeling nivo-glacial hydrological systems: the case of the Arolla basin, Switzerland Open
Hydrological modeling in alpine catchments poses unique challenges due to the complex interplay of meteorological, topographical, geological, and glaciological drivers with streamflow generation. A significant issue arises from the limited…
View article: Disturbance-intervention interactions on post-windthrow hillslope runoff and erosion processes in the Eastern Italian Alps
Disturbance-intervention interactions on post-windthrow hillslope runoff and erosion processes in the Eastern Italian Alps Open
Extensively disturbed catchments undergo heterogeneous vegetation recovery trajectories due to complex disturbance-intervention interactions. Windstorms are one of the major disturbance agents in intensively managed mountain forests of the…
View article: Comment on egusphere-2024-1687
Comment on egusphere-2024-1687 Open
Abstract. Hydrological modeling in alpine catchments poses unique challenges due to the complex interplay of meteorological, topographical, glaciological and streamflow generation factors. A significant issue arises from t…
View article: Sediment export from an Alpine proglacial area under a changing climate: Budgets, rates, and geomorphological processes
Sediment export from an Alpine proglacial area under a changing climate: Budgets, rates, and geomorphological processes Open
Proglacial areas in the European Alps and other high-elevation mountains are currently undergoing rapid change due to global warming. Because of rising temperatures, glaciers and glacier forefields are subjected to increased melting and as…
View article: Scale-dependency in modeling nivo-glacial hydrological systems: the case of the Arolla basin, Switzerland
Scale-dependency in modeling nivo-glacial hydrological systems: the case of the Arolla basin, Switzerland Open
Hydrological modeling in alpine catchments poses unique challenges due to the complex interplay of meteorological, topographical, glaciological and streamflow generation factors. A significant issue arises from the limited availability of …
View article: How will bedload transport respond to climate change in Alpine regions? The "ALTROCLIMA" project
How will bedload transport respond to climate change in Alpine regions? The "ALTROCLIMA" project Open
Alpine regions are among the areas that are the most intensely impacted by climate change. Predictions of how such changes affect meteorological conditions, as well as snow and ice cover and water discharge in mountain regions, are well es…
View article: Areas simultaneously susceptible and (dis-)connected to debris flows in the Dolomites (Italy): regional-scale application of a novel data-driven approach
Areas simultaneously susceptible and (dis-)connected to debris flows in the Dolomites (Italy): regional-scale application of a novel data-driven approach Open
In mountain regions, the impact of areas on the sediment conveyance can not only be described by their susceptibility to debris flow release, but also by their structural connectivity to the rivers. This generates the need to combine susce…
View article: Regional-scale application of a novel data-driven approach to assess susceptibility and (dis-)connectivity of debris flow: a case study in the Dolomites in South Tyrol (Italy)
Regional-scale application of a novel data-driven approach to assess susceptibility and (dis-)connectivity of debris flow: a case study in the Dolomites in South Tyrol (Italy) Open
<p>Debris flows are among the most widespread natural hazards in mountain areas. They play an important role in sediment transfer from low order channel networks to downstream areas and, thus, they can pose a serious threat to infras…
View article: A statistically driven spatial model to delineate (dis)connected debris flow release areas
A statistically driven spatial model to delineate (dis)connected debris flow release areas Open
<p>Debris flow processes are known to contribute substantial amounts of sediment to the fluvial system in mountainous areas, such as the Alps. In fact, debris flow release areas represent relevant sediment sources that should be take…