Clemens Hiller
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View article: Sediment Dynamics in Proglacial Zones: Insights from Grain Size Distribution Mapping and Hydrodynamic Modeling
Sediment Dynamics in Proglacial Zones: Insights from Grain Size Distribution Mapping and Hydrodynamic Modeling Open
The retreat of alpine glaciers impacts and intensifies geomorphological processes in proglacial zones, driven by increased sediment availability and altered hydrological regimes. These dynamic systems transfer sediment from glacial sources…
View article: Robust estimations of areal grain size distribution from geometric surface roughness in a proglacial outwash area
Robust estimations of areal grain size distribution from geometric surface roughness in a proglacial outwash area Open
Rapid glacier mass loss in high-alpine catchments exposes unconsolidated sediments to erosion by meltwater-fed mountain streams, with impact on the catchment-scale sediment dynamics. Proglacial outwash areas (OWA) are a key spatial element…
View article: From multi-method monitoring towards numerical simulations of flood flow events in a proglacial outwash plain
From multi-method monitoring towards numerical simulations of flood flow events in a proglacial outwash plain Open
Shifting runoff dynamics and highly intensified geomorphic processes are immediate consequences of the evident glacier mass loss in high-alpine headwater catchments. Rapidly retreating glaciers expose unconsolidated sediments to erosion in…
View article: Flood flow in a proglacial outwash plain - quantifying spatial extent and frequency of inundation from time-lapse imagery
Flood flow in a proglacial outwash plain - quantifying spatial extent and frequency of inundation from time-lapse imagery Open
<p>High mountain environments have shown substantial geomorphological changes forced by rising temperatures in recent decades. As such, paraglacial transition zones in catchments with rapidly retreating glaciers and abundant sediment…
View article: Joint Endeavor Toward Sustainable Mountain Development: Research at the Institute for Interdisciplinary Mountain Research of the Austrian Academy of Sciences
Joint Endeavor Toward Sustainable Mountain Development: Research at the Institute for Interdisciplinary Mountain Research of the Austrian Academy of Sciences Open
The sustainable development of mountain regions requires inter-and transdisciplinary knowledge. The Institute for Interdisciplinary Mountain Research contributes to this global endeavor as part of the Austrian Academy of Sciences and as a …
View article: Flood Flow in a Proglacial Outwash Plain: Quantifying Spatial Extent and Frequency of Inundation from Time-Lapse Imagery
Flood Flow in a Proglacial Outwash Plain: Quantifying Spatial Extent and Frequency of Inundation from Time-Lapse Imagery Open
High mountain environments have shown substantial geomorphological changes forced by rising temperatures in recent decades. As such, paraglacial transition zones in catchments with rapidly retreating glaciers and abundant sediments are key…
View article: Development of debris cover and changes in fluvial sediments at Eastern Alpine glaciers
Development of debris cover and changes in fluvial sediments at Eastern Alpine glaciers Open
<p>High mountain environments showed substantial geomorphological changes forced by rising temperatures over the past 150 years. Glacier retreat is the most visible manifestation of climate change in alpine areas and has a significan…
View article: Bedload dynamics in the rapidly changing paraglacial zone of a high alpine catchment
Bedload dynamics in the rapidly changing paraglacial zone of a high alpine catchment Open
<p>High mountain environments have been confronted with rising temperatures and geomorphological changes over the past 150 years, with the considerable retreat of glaciers constituting one of the most pronounced impacts in the Alps. …