Or take the footpath (duration circa 10 minutes). Take the Regionalbahn RB22 (direction: Potsdam Hbf or Potsdam Griebnitzsee),įrom Potsdam Main Station take the bus line 691 to stop "zum Telegrafenberg". Or take the footpath (duration circa 15 minutes).ĭeparture Berlin Brandenburg Airport (BER): Change here to RE1, RB21/22 or S7 to Potsdam Hbf.įrom Potsdam Main Station take the bus line 691 to GFZ Campus on Telegrafenberg. S-Bahn S1 destination Berlin Wannsee (direction: Berlin Wannsee). Or Regionalbahn RB21/22 (only starts in Berlin Friedrichstraße! Direction: Potsdam, Golm Bhf) Regionalexpress RE1 (direction: Magdeburg Hbf or Brandenburg Hbf) Data, Products, Services GFZ Publicationsįrom Berlin take B1 from Berlin-Wannsee or the motorway "Autobahn" A115 to Hannover/Leipzig, Exit Potsdam-Babelsberg follow the signs to "Zentrum" and "GeoForschungsZentrum".įrom Hannover or Leipzig on motorway "Autobahn A110/E30", take exit "Potsdam-Süd/Michendorf" to Potsdam follow the B2 northbound, turn right at "Am Brauhausberg" till "Albert-Einstein-Straße"įrom Hamburg or Rostock on motorway "A10/E55", take exit "Marquardt" to Potsdam along B273, follow in Potsdam the signs "Zentrum" to "Albert-Einstein-Straße".ĭeparture Ostbahnhof / Berlin-Hauptbahnhof / Berlin Friedrichstraße / Zoologischer Garten / Berlin Charlottenburg / Berlin Wannsee: The GFZ earthquake bulletin is located at For more information on the SeisComP 3 software visit Publication: AGU Fall Meeting Abstracts Pub Date: December 2011 Bibcode: 2011AGUFM.Transfer and Innovation Sustainability at GFZ Central Workshop.Education and Training Events Archive Earth System Knowledge Platform.GeoForschungsZentrum (GFZ) Potsdam, Germany. Collection of geoscientific experiments You are here : EMSC > Earthquake > M 5.5 - VANUATU - 06:42:36 UTC.We find that for earthquakes above Mw 6, the most robust automatic inversions can usually be obtained using the W-Phase time window. New Manual of Seismological Observatory Practice (NMSOP-2), IASPEI, GFZ German Research Centre for Geosciences, Potsdam : DOI. Additionally we provide solutions for smaller earthquakes above about Mw 4 in Europe, which are normally not analyzed by the GCMT project. Our published moment tensors are generally in good agreement with those published by the Global Centroid-Moment-Tensor (GCMT) project for earthquakes above a magnitude of about Mw 5. In those cases where a manual interaction is still required, the automatic inversion usually does a good job at pre-selecting those traces that are the most relevant for the inversion, keeping the work required for the analyst at a minimum. The automatic results are quite often good enough to be published without further improvements, sometimes in less than 30 minutes from origin time. This involves inversions that are performed automatically in near-real time, followed by analyst review prior to publication. Geophysics Seismic Hazard and Risk Dynamics Overview Section 2.6: Seismic Hazard and Risk Dynamics Overview Topics Projects Infrastructure Staff Publications Data, Products, Services The goal of the section is to achieve progress beyond the state-of-the-art, in all steps leading to an improved assessment of probabilistic seismic hazards. Moment tensors are currently computed in a semi-automatic fashion. An iterative centroid search can be performed independently both horizontally and in depth. The inversion is currently performed in the time domain only. ![]() Wave types include body, surface and mantle waves as well as the so-called 'W-Phase' (Kanamori and Rivera, 2008). ![]() The moment tensor inversion technique uses a combination of several wave types, time windows and frequency bands depending on magnitude and station distance. SC3 is developed by GFZ Potsdam with significant contributions from its user community. SeisComP 3 (SC3) is a software package for seismological data acquisition, archival, quality control and analysis. The software used to compute the moment tensors is a GFZ-Potsdam in-house development, which uses the framework of the software SeisComP 3 (Hanka et al., 2010). As part of its earthquake information service, GFZ Potsdam has started to provide seismic moment tensor solutions for significant earthquakes world-wide. Earthquake - Magnitude 2.7 - SOUTHERN CALIFORNIA - 2023 May 06, 02:18:54 UTC earthquakes today - recent and latest earthquakes, earthquake map and earthquake information.
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