Trenches are open all over the world, news on the next TSG meeting (in London), a landslide database visualisation, and more. Today is Friday and here are your links!
- Andreas Rudersdorf
- Andreas Rudersdorf
At the XIX INQUA congress in Japan I had the chance to see the surface ruptures of the 1891 Nobi earthquake during the mid-congress excursion M-2. This quake caused huge damage, but more interestingly for me, it produced amazing surface ruptures which are preserved even more than a hundred years after the event. The M7.5-M8 quake occurred in a mountainous area and was mainly strike-slip (more than 8 m!), but significant vertical uplift was found at step-overs. In 1991, the wonderful Neodani Fault Museum opened to the public, its main attraction being a paleoseismological trench exhibiting more than 5 m of vertical offset! Simply astonishing. Thanks to Atsumasa Okada, Heitaro Kaneda and Keitaro for this great excursion! more
August 17, 2015 | in Paper
Here is my latest update on paleoseismology-related literature. Plenty of new hot stuff has been published, today we have: archaeoseismology & liquefaction in Corinth, incredibly good data from the Gorkha earthqukae (Nepal), an earthquake that deviated the Po River, paleotsunamis in Israel and Taiwan, notes about tsunami boulders, and tsunamis in Greece. Enjoy!
- Ken Hudnut
Michael KettermannAll rights reserved.August 5, 2015 | in Paper | 2 responses
Is it just me or is the frequency of papers being published increasing…? Anyway, here’s the literature update with studies on paleoseismology and active tectonics. Today we have: Faulting in the Canyonlands, seismites from the Jurassic, a fake earthquake in Cologne, dynamic triggering, news from the San Jacinto Fault, ground motion variation between repeating earthquakes, metrics to evaluate seismic hazard maps, submarine tectonic geomorphology, the 1897 Great Assam Earthquake, and a collection of papers on geophysical imaging and interpretation of outcrops. Enjoy!
August 3, 2015 | in Events
The 19th INQUA Congress in Nagoya has now finished. It was a great gathering of scientists working in Quaternary. Overall 1800 researchers from 69 countries participated. Early Career Scientists (ECR) had a very strong presence (many thanks to INQUA for promoting ECRs). The venue offered enough time for discussions and was supported by several pre- mid and post congress fieldtrips. Two days were fully covered by active tectonics and paleoseismology studies and another one by tsunami related studies.
Our active tectonics and paleoseismology colleagues Frank Audemard and Alessandro Michetti have been re-elected as Vice-President of INQUA and President of the TERPRO Commission (Terrestrial Processes, Deposits, and History) respectively. Many thanks to Koji Okumura for the fantastic organization of the meeting and his successful work within INQUA as the former Vice-President. The next Congress has now been scheduled for Dublin (Ireland) in 2019, so be prepared.
In the meantime we will have the opportunity to meet in future meetings and workshops of our Focus Group on Active Tectonics and Paleoseismology.
Final deadline for international workshop “Advances in Active Tectonics and Speleotectonics” in Vienna tomorrow!July 30, 2015 | in Meeting
Just as a reminder for all interested in visiting Vienna in September 21–24, 2015 and participate on the international workshop “Advances in Active Tectonics and Speleotectonics”:
The final deadline for registration and abstract submission is approaching tomorrow (July, 31st, 2015).
There will be great field trips to active faults in the Vienna Basin (currently excavated) and to Austrian caves showing ongoing deformation. For more details, dates and contacts please visit the website http://www.nhm-wien.ac.at/AATS_Workshop_2015
Looking forward to seeing you in Vienna!
Esther Hintersberger, Kurt Decker, Lukas Plan, Ivo Baron, Ivanka Mitrovic
In 2013, a MW7.7 earthquake struck Balochistan, caused a huge surface offset and triggered a small tsunami in the Arabian Sea. Immediately, the apparently strange fault behaviour caused the attention of scientists world wide and a number of papers were published. The discussion is highly interesting and still ongoing. This an interesting case for paleoseismologists, too, not only because of the cascading earthquake effects, but also because of the surface rupture distribution, from which we might learn some important lessons for our future work. Now my colleague Yu Zhou and his colleagues from Oxford University published a new paper on this event, arguing that it might be not as unusual as it seems. Their research is based on the analysis of Pleiades stereo satellite imagery, which has proven to be a very useful data source already. Yu send me a nice summary of his recent research: more