Sedimentary Geology Innsbruck

Welcome to SedGeoInn: We investigate sedimentary records to understand how tectonics and climate shape Earth’s systems. Using and newly developing geophysical, sedimentological and core scanning data science techniques, we quantify geophysical and geomorphological hazards and study system recovery across various timescales
 

News


New Paper in Qua­ter­nary Science Reviews

studying environmental response of coastal lake Huelde, Chile, after tsunami inundation and earthquake-induced subsidence

14.06.2025

New Paper on car­bon-sil­i­con cycling in hadal trench sed­i­ment

revealed from a new study using materials collected during IODP Expedition 386 in the Japan Trench published in Geology

16.05.2025

New Weave Pro­ject on Alpine haz­ard

We recieve funding from FWF within a Weave project co-funded by DFG to decipher Alpine hazard frequencies using lake sediments

07.05.2025

New Paper on Late-Holocene Alpine Ecosys­tem Diver­sity

Sedimentary ancient DNA (sedaDNA) from lakes records across the European Alps document wild and domesticated animal abundance associated with greater late-Holocene alpine plant diversity

25.04.2025

New Paper in Sed­i­men­tary Geol­ogy

we document lacustrine sedimentary evidence of cascading mountain hazards at the inner-Alpine Lake Altaussee (Eastern Alps, Austria) during the Late Holocene

10.04.2025

New Paper in Qua­ter­nary Science Reviews

We document a strong earthquake in the European Southern Alps during Roman Times

07.04.2025

New Paper in Total Envi­ron­ment Advances

We contributed to a new interdisciplinary study using Lake Altaussee as a model to investigate alpine lake ecosystems under climate change

25.03.2025

New Paper in Sed­i­men­tary Geol­ogy

We contributed to a new study demonstrating how OH defects and molecular water in quartz can aid sediment provenance analysis.

01.03.2025

New Paper on bio­tur­ba­tion in a hadal trench

For the first time, we report trace fossils in a hadal trench and document biogenic colonization successions within gravity flow deposits in IODP cores from the Japan Trench,

18.02.2025

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