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In my DFG-financed project “Earth surface response to Quaternary faulting and shallow crustal structure in the eastern Adria-Alpine collision zone and the Friulian plain” I investigate the active faults of NE Italy and western Slovenia. This project is part of the Priority Programme SPP2017 “Mountain Building Processes in 4D“. We’ve now published a paper on the activity of the Udine-Buttrio thrust fault. The paper is open access and available here.

This is the first paper round-up of the year and I think it’s perhaps a new record. So many studies have been published, but maybe it’s just because nobody has done much in the last week of December. Whatever it is – there are some pretty interesting papers in the list. Tsunami biomarkers! Kaikoura EQ news! Historic EQs! New software! Ridgecrest & Palu! And so much more. Enjoy reading!

We hope you had a great start into 2020. May the new year bring exciting projects, secure funding, safe travels, and positive reviews. Quite a number of interesting studies have been published in the last few weeks, this is the latest paper round-up. Enjoy reading!

A recent study presented at the GSA meeting concludes that the UNESCO World Heritage site of Machu Picchu in Peru was intentionally built on faulted bedrock in order to ease the quarrying of the huge blocks used as construction material (Menegat, 2019). But has Machu Picchu seen big earthquakes in its lifetime? And if so, can it tell us something about their magnitude? After all, there are plenty of earthquakes in Peru, not only at the subduction zone but also in the Andes (e.g., Wimpenny et al., 2018). Some strong instrumental events occurred less than 100 km away from the Inca site. However, in the area of Machu Picchu we knew little about strong earthquakes. That’s why in 2016 a group of researchers from Peru, France, and the UK including myself started to investigate the active faults around Cusco and archaeoseismological damage to Machu Picchu and other famous Inca sites nearby in the CUSCO-PATA project.

Shopping is stressful, reading new papers is exciting. Why not lean back in your favourite comfy chair, enjoy a hot tea and see what’s new in paleoseismology and related fields? These are the latest papers on paleoseismology, earthquakes, and active tectonics.

Today we have a number of studies on “classic” paleoseismology, but also a fair share of tsunami and historical seismicity/archaeoseismology research. Plus, some very interesting papers on methods and concepts. Not to forget the first one in the list that presents an extremely useful surface rupture database. I may write a long blog post on this one, soon. Enjoy reading!

Today we have a lot of papers on historical events, some great classical paleoseismology studies, and seismic hazard stuff. Enjoy reading!

The mega-hot summer seems to be finally over (at least in Germany), and most of this season’s field work is probably done. So why not catch up with the latest papers on paleoseismology and related subjects? These are the latest papers:

The Department of Earth Sciences at the University of Oxford is currently recruiting a PDRA in Active Tectonics Research:

We seek to appoint a Postdoctoral Research Assistant to work closely with Professor Richard Walker as part of a broader consortium in the NERC-funded ‘Looking Into the Continents from Space’ project, whose principal aim is to provide insights into earthquake hazard and crustal deformation through the application of a range of remote-sensing, field-based, seismological, and modelling approaches. The post is co-funded by COMET, which is a world-leading centre for understanding tectonic and volcanic processes and hazards (comet.nerc.ac.uk). The PDRA will join a thriving group involved in remote-sensing and field-based research in the study of active faulting and natural hazards.
The post is based in the Department of Earth Sciences and will be overseen by Richard Walker, Barry Parsons and Philip England. The post will also involve close collaboration with scientists at the other partner institutions involved in COMET and LICS. The successful applicant will be responsible for the mapping and analysis of fault-based geomorphology using high-resolution satellite imagery and digital topography, supplemented with fieldwork in selected regions. The production of high-resolution digital topographic datasets through field-based, aerial, or satellite methods, forms an important component of the duties. They will also be expected to possess or to develop skills in measuring surface displacements through the matching of optical satellite imagery, and to support both tectonic and volcanic applications of high-resolution imagery and elevation data throughout COMET

Find more information here: https://my.corehr.com/pls/uoxrecruit/erq_jobspec_version_4.display_form?p_company=10&p_internal_external=E&p_display_in_irish=N&p_process_type=&p_applicant_no=&p_form_profile_detail=&p_display_apply_ind=Y&p_refresh_search=Y&p_recruitment_id=142106

or at the department website: https://www.earth.ox.ac.uk/vacancies/.

Application deadline is 9 September 2019.

Today we have quite a number of interesting studies on tectonic geomorphology, high-resolution DEMs, and the Tien Shan, plus other interesting stuff on earthquakes, active tectonics, and paleoseismology. Enjoy reading!