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  • The first and only issue of NEOTECTONICS

    Which journals do we normally chose for a neotectonics or paleoseismology paper? Sounds like a simple question, but the answer is not straight forward. Often, local journals are a great place, such as The New Zealand Journal of Geology and Geophysics, or society journals such as SRL, BSSA, and Quaternary International. Then there are the usual suspects: JGR, GJI, Tectonics, Tectonophysics, Geomorphology. If the story is a bit bigger we often go for EPSL or even the 4-page journals. Recently, several new players have appeared such as Frontiers or Scientific Reports, and I am also closely following the new diamond open access initiatives We Are Seismica and We Are Tektonika. In 1986, Wiley made an attempt to collect these kinds of studies in one place and launched NEOTECTONICS. Sadly, the journal only saw one single issue and was then discontinued. Today, you don’t find a trace of this journal any more, and searching for the single papers of the issue does not yield any results. Alan Nelson made me aware of the existence of this journal and somehow a copy found its way onto my desk. Here’s the list of papers that was published in the most exclusive of all neotectonics journals:

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  • New papers on paleoseismology, active tectonics, and archaeoseismology (Jan 2022)

    Happy New Year everyone! May 2022 bring you health and joy, and may you always encounter nice reviewers and great outcrops. Enjoy reading our latest selection of active tectonics & paleoseismology papers.

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  • New paper by Alsop et al. on recognising surface vs. sub-surface deformation of soft sediments

    Soft-sediment deformation structures are often used as evidence for paleo-earthquakes. When several deformed horizons are present, one has to ask whether repeated slope failure at the sediment surface has built-up the stratigraphic record. Another option would be that a single failure event could have concurrently created surficial and sub-surface deformed horizons at different stratigraphic levels. The implications of these differing models are important for the timing of palaeo-earthquakes. In a new paper, Alsop et al. used the late Pleistocene Lisan Formation from the Dead Sea Basin to catalogue and establish key criteria that help distinguish surface versus sub-surface intrastratal deformation of soft-sediments. The paper is available for free for 50 days!

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  • Special Volume published: Submarine Active Faults – From Regional Observations to Seismic Hazard Characterization

    A new special issue has been published in Frontiers. While most of paleoseismological studies deal with onshore faults for obvious reasons, this collection of 15 studies is all about offshore faults. The papers are of course full of wonderful high-resolution bathymetry data and shallow seismic profiles, but they also deal with the important question of how to implement these data into seismic hazard assessments and how to deal with the patchy fault information. The study areas cover marine settings and lacustrine environments.

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  • New papers on paleoseismology, earthquakes, and active tectonics (Nov. 2021)

    This months we have a lot of studies on Mediterranean tectonics, first of all from Italy, and many papers on China and the US. Besides, there are some interesting methodological studies and research from areas that had recent seismic crises such as Puerto Rico and Thessaly. Enjoy reading!

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  • New papers on paleoseismology, earthquakes, and active tectonics (Oct 2021)

    Only one month has gone and the list of new papers is again quite long. We have classic paleoseismology, a number of studies on historical earthquakes, some cool tsunami stuff, and a few more general papers on earthquake geology; plus: an inspiring article by Jim and Eldon on the science and the business of paleoseismology. Enjoy reading!

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  • New papers on paleoseismology, earthquakes, and active tectonics (Sep 2021)

    For most of us the summer break is over and teaching, field work, and office work is starting again or has already started. Time to catch up with the latest papers I suppose! This time we have quite a lot of “classical” paleoseismology in our list, but also plenty of interesting remote sensing and tsunami stuff. Enjoy reading!

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  • New papers on paleoseismology, earthquakes, and active tectonics (Jul 2021)

    Interested in the active tectonics of the Bolivian Amazon? In remote sensing of surface ruptures? In tsunami deposits & turbidites? In archaeoseismology & creeping faults? Then check out the latest papers and find new studies on these topics and much more!

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  • Special Issue: From the active fault to the seismic hazard in Latin America and the Caribbean

    The Boletín de la Sociedad Geológica Mexicana has published a Special Issue “From the active fault to the seismic hazard in Latin America and the Caribbean“, edited by Laura Perucca and Franck Audemard. The issue includes studies on paleoseismology, earthquake geology, geophysics on active faults, geodesy, landscape evolution, and much more from all across S America and the Caribbean. All articles are open access! Check it out here: http://boletinsgm.igeolcu.unam.mx/bsgm/index.php/siguiente-numero-next-issue

  • GSA 2021 session: T11. Recent to Long-Term Slip Histories of Active Faults and Folds in Cascadia

    This is an interesting topical session at the GSA 2021 meeting:

    ‘T11. Recent to Long-Term Slip Histories of Active Faults and Folds in Cascadia’  

    at the 2021 Annual Meeting of the Geological Society of America. We hope to attract a diverse array of talks that explore the faults and folds in the upper plate of the Cascadia subduction zone that are both active and have protracted histories of fault slip. We welcome submissions summarizing recent tectonic geomorphologic, paleoseismologic, geodetic, seismic reflection, and other data that characterize deformation of Quaternary-active structures and seek contributions from geologic, geophysical, and related research that examines the longer-term history of active faults. We particularly invite studies in the forearc, arc, and backarc of Cascadia that bridge the gap between Quaternary evidence of fault activity with longer records of fault slip that may address the consistency of slip rates over time and the timing of fault/fold initiation. 

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