Mattia Binaghi

The Sierre landslide: chronology, dynamics, and insights into Alpine post-glacial instabilities

Anja Rubin, Naki Akçar, Susan Ivy Ochs, Mattia Binaghi et autres

Today, natural disasters in alpine valleys pose a continuous threat to urban areas and infrastructure. Investigating past mass movements and assessing their return periods enhances our ability to predict and mitigate future hazards. The Sierre landslide in the Rhone valley (Canton of …

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The Sierre landslide: chronology, dynamics, and insights into Alpine post-glacial instabilities

Anja Rubin, Naki Akçar, Susan Ivy-Ochs, Mattia Binaghi et autres

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The Sierre landslide: chronology, dynamics, and insights into Alpine post-glacial instabilities

Anja Rubin, Naki Akçar, Susan Ivy Ochs, Mattia Binaghi et autres

Today, natural disasters in alpine valleys pose a continuous threat to urban areas and infrastructure. Investigating past mass movements and assessing their return periods enhances our ability to predict and mitigate future hazards. The Sierre landslide in the Rhone valley (Canton of …

Lateglacial to Early Holocene glacier fluctuations in the northern Valaisian Alps

Mattia Binaghi, Naki Akçar, Susan D. Ivy-Ochs, Serdar Yeșilyurt et autres

Abstract The northern Valaisian Alps represents a glacially overprinted landscape, characterized by abundant glacial deposits and landforms. Well-preserved moraine systems, commonly found in the region, were deposited by glacier fluctuations after the Last Glacial Maximum (LGM). In this study, we focus on …

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Lateglacial to Early Holocene glacier fluctuations in the northern Valaisian Alps

Mattia Binaghi, Naki Akçar, Susan Ivy-Ochs, Serdar Yeșilyurt et autres

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Strong Variation of Detrital 10 Be Denudation Rates with Topographic Heterogeneity and Catchment Size - A Tale of Two Contrasting Swiss Catchments

David M. Mair, Jana von Allmen, Patrizia Ruffiner, Mattia Binaghi et autres

Quantifying erosion relative to topography is essential for understanding landscape evolution. Cosmogenic ¹⁰Be in river sediment is widely used to estimate catchment-wide denudation over millennial timescales. These rates help identify drivers such as tectonic uplift, periglacial processes, precipitation gradients, bedrock erodibility, landslides, …

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Linking highly variable Detrital 10Be Erosion Rates to heterogeneous Topography in Small and Alpine Catchments

David M. Mair, Jana von Allmen, Patrizia Ruffiner, Mattia Binaghi et autres

Quantifying erosion and linking its topographic imprint to underlying controls is critical for understanding landscape evolution and sediment dynamics across time and space. Over the past decades, catchment-wide denudation rates from cosmogenic 10Be concentrations in river sediment emerged as a standard method …

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