My latest paper deals with the Holocene activity of the Ventas de Zafarraya Fault in Southern Spain. It was published some days ago in the most recent issue of Cuaternario y Geomorfología. The Ventas de Zafarraya Fault (VZF) west of the Granada basin (36.96° N, 4.14°W) has a beautiful morphologic expression and an exciting history. The fault bounds the Zafarraya polje to the south, with Quaternary sediments to the north (hanging wall) and limestones of the Internal Subbetics in the footwall (Fig. 1). more
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Late Holocene rupture history of the Ventas de Zafarraya Fault in Southern Spain
2014-02-02 | in Earthquake, Paper -
New paleoseismology papers
2014-01-26 | in PaperBesides the two special issues on tsunamis and paleoearthquakes that I’ve already blogged about, some more interesting papers on paleoseismology have recently been published. They deal with paleoseismology of the North Anatolian Fault, with tectonic geomorphology of S Spain, and with the ESI scale applied on a quake in Kashmir. more
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New Special Issue on Paleotsunamis in Annals of Geomorphology
2014-01-19 | in Paper, UncategorizedAnnals of Geomorphology has now published a new volume on Paleotsunamis in its Supplementary Issues. Issue 57 (4) is all about Reconstructing and modeling palaeotsunami events by multi-proxy geoscientific analyses. The volume is an outcome of the 2011 Corinth conference and edited by Andreas Vött, Klaus Reicherter and Ioannis Papanikolaou. I especially like it not only because I’ve organized the conference, but also because I am familiar with some of the study sites. Finally, I am co-author of the last paper. more
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New Tsunami book “Tsunami Events and Lessons Learned – Environmental and Societal Significance”
2013-11-29 | in PaperWitold pointed me to a new book on tsunamis that was published by Springer. It’s called Tsunami Events and Lessons Learned – Environmental and Societal Significance and it is edited by Y.A. Kontar, V. Santiago-Fandiño and T. Takahashi. The book contains 25 papers on the following topics: more
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Open access paper: Great challenges in structural geology and tectonics
2013-11-27 | in PaperThe new open access journal Frontiers in Earth Sciences recently appeared. Its first published article in the Structural Geology and Tectonics section is an overview piece by Chief Editor Agust Gudmundsson about Great challenges in structural geology and tectonics. The article provides a nice round-up of some basic questions in tectonics that are still not well enough understood and which definitely need to be addressed in the (near) future. It starts from questions which sound easy to be answered (How many tectonic plates are there?), but actually aren’t. more
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Virtual Special Issue on the Wenchuan 2008 earthquake – free paper access
2013-11-26 | in PaperElsevier has put together a number of papers that were published in its various journals on the Wenchuan 2008 earthquake and made a “Virtual Special Issue” out of that. So, the good news is not about new papers on that quake (some work was already published in 2011), but rather that this selection of papers is free until 14 February 2014 via this link: http://www.journals.elsevier.com/tectonophysics/virtual-special-issues/virtual-special-issue-on-the-2008-wenchuan-earthquake/
That’s not open access as we like it, but at least a step in the right direction.
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New issue of SRL with lots of paleo- and archeoseismology papers
2013-11-04 | in PaperThe new issue of Seismological Research Letters has been published now and it contains a lot of articles for those liking old earthquakes. Some topics might sound familiar to you when you attended the PATA days conference as the authors presented parts of their work.
I have selected a few papers that are especially interesting to the paleoseismology community. They are about the use of Google StreetView for assessing macroseismic damage (Hinzen, 2013), archeoseismology in the Levant (Alfonsi et al. 2013), Earthquake rotated objects caused by the Emilia Romana earthquake – a fascinating EAE! (Cucci and Tertoulliani, 2013), a strong historical earthquake in Italy that likely did not happen at all (Camassi and Castelli, 2013) and new data on historical earthquakes in the Himalayan (Rajendran et al, 2013). Also, I added a paper on archaeoseismological investigations in northern Sicily that was published recently in Quaternary International (Bottari et al, 2013). Spend the rainy autumn evenings with a good read!
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Farming community killed by earthquake-related mudflows in China c. 4000 years ago
2013-10-17 | in PaperRecent archaeoseismological studies have provided us with spectacular examples of skeletons as earthquake archaeological effects. Cases include the Neolithic skeletons of Tell es-Sultan, ancient Jericho (one of them beheaded by a fracture crossing the site!) published by Alfonsi et al. in SRL (2012) and the skeletons smashed by building collapse reported by Berberian et al. in JAS (2012).
To this list should now be added the case of Lajia (Guanting Basin, central China), where a team of Chinese researchers uncovered a series of skeletons buried under a thick layer of clay interpreted as the result of an enormous, earthquake-related mudflow c. 3950 cal BP. more
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Earthquake-induced landslides in the Appennines – distance versus magnitude and ESI epicentral intensity
2013-09-18 | in PaperA new paper by Esposito et al. has been published in Springer’s Landslide Science and Practice that will help to better constrain intensities on the ESI scale. Landslides induced by twelve moderate to strong earthquakes events during the last 300 yrs have been analyzed. The authors calculated distance vs. magnitude and distance vs. ESI epicentral intensity relationships, similar to the famous correlations by Keefer (1984). more
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New earthquake and paleoseismology papers in SRL, J Struc Geol
2013-09-05 | in PaperThe latest issue of the Seismological Research Letters (SRL) has at least three papers dealing with topics interesting for paleoseismologists.
Hinzen et al. studied the rotation of objects (e.g., monuments) during the L’Aquila earthquake of 2009. They scanned the rotated objects with a high-res laser scanner, built discrete-element-models from the data and simulated the shaking necessary to cause the deformation. The results help to better estimate earthquake parameters from earthquake archaeological effects (EAEs).