Input files for Bayesloc joint probabilistic location of seismic events on and around Novaya Zemlya

Input files for Bayesloc joint probabilistic location of seismic eventson and around Novaya Zemlya The files for the probabilistic joint event location in(Kvaerna et al., 2023) were not published with the paper. This repo features the input files needed for the Bayesloc programhttps://gs.llnl.gov/nuclear-threat-reduction/nuclear-explosion-monitoring/bayesloc The following files are present: table.txt - an ASCII summary of the events listed.arrival.dat - the phase arrival times in the Bayesloc format.station.dat - the locations of seismic stations in the Bayesloc format.origin_prior.dat - a file specifying prior constraints on event location for Bayesloc.bayesloc.cfg - the Bayesloc configuration file NZ2010.P - Travel time table for teleseismic P from NZ2010 model.NZ2010.P1 - Travel time table for first arriving regional P-wave from NZ2010 model.NZ2010.PcP - Travel time table for teleseismic PcP from NZ2010 model.NZ2010.Pdif - Travel time table for teleseismic Pdif from NZ2010 model.NZ2010.Pn - Travel time table for regional Pn from NZ2010 model.NZ2010.pP - Travel time table for teleseismic pP from NZ2010 model.NZ2010.S - Travel time table for teleseismic S from NZ2010 model.NZ2010.S1 - Travel time table for first arriving regional S-wave from NZ2010 model.NZ2010.Sn - Travel time table for regional Sn from NZ2010 model. The calculation is executed by typing bayesloc bayesloc.cfg (where it is assumed that you have compiled the bayesloc programand have it in your path). The NZ2010 travel-time model was published inhttps://doi.org/10.1785/0120150302(Gibbons et al., 1986). For quick reference, the events are listed here: BayeslocID day origin_time lat lon mag type 000000001 Sat 1973-10-27T06:59:59.1200 70.78 54.03 6.9 nuclear test000000002 Sat 1974-11-02T04:59:59.3970 70.81 53.91 5.5 nuclear test000000003 Sat 1975-10-18T08:59:57.3610 70.81 53.75 4.0 nuclear test000000004 Thu 1983-08-18T16:10:00.0160 73.38 54.95 4.0 nuclear test000000005 Sun 1983-09-25T13:09:59.3610 73.35 54.48 4.0 nuclear test000000006 Thu 1984-10-25T06:29:59.2350 73.35 54.99 4.0 nuclear test000000007 Fri 1986-08-01T13:56:39.7700 72.90 56.94 4.5 unknown000000008 Sun 1987-08-02T02:00:01.3020 73.32 54.60 4.0 nuclear test000000009 Sat 1988-05-07T22:49:59.5010 73.31 54.55 4.0 nuclear test000000010 Sun 1988-12-04T05:19:54.5290 73.36 55.00 4.0 nuclear test000000011 Wed 1990-10-24T14:57:59.8230 73.33 54.75 5.5 nuclear test000000012 Thu 1992-12-31T09:29:24.2990 73.51 55.61 2.7 unknown000000013 Thu 1995-02-23T21:50:01.5810 71.63 55.16 2.7 unknown000000014 Tue 1995-06-13T19:22:39.7450 75.11 56.23 3.5 unknown000000015 Sat 1996-01-13T17:17:21.2190 74.99 57.48 2.6 unknown000000016 Sat 1997-08-16T02:11:02.4450 72.49 58.08 3.5 unknown000000017 Sat 2002-02-23T01:21:11.9830 73.98 57.82 2.9 unknown000000018 Sun 2002-11-10T11:04:42.4300 70.54 48.68 2.0 unknown000000019 Wed 2003-10-08T23:07:16.0990 75.70 65.09 2.5 unknown000000020 Sun 2006-03-05T23:17:31.7970 76.59 66.39 2.6 unknown000000021 Tue 2006-03-14T20:56:57.5620 74.92 55.33 2.2 unknown000000022 Thu 2006-03-30T10:46:02.2260 70.63 52.18 2.3 unknown000000023 Tue 2007-06-26T03:19:17.7050 73.30 54.46 2.7 unknown000000024 Wed 2009-11-11T04:18:20.5510 71.43 47.24 3.2 unknown000000025 Mon 2010-10-11T22:48:30.4380 76.32 64.72 4.5 unknown000000026 Tue 2014-03-04T04:42:31.6340 74.49 58.14 2.5 unknown000000027 Sat 2018-01-27T02:12:57.2630 73.75 55.15 3.0 unknown000000028 Mon 2020-02-17T17:06:23.5170 74.56 55.50 3.0 unknown000000029 Sun 2020-08-23T03:26:21.3100 73.55 54.62 3.1 unknown000000030 Mon 2019-01-28T20:45:04.6020 74.62 59.75 3.0 unknown Most events labelled unknown are assumed to be earthquakes.Some, such as 000000025, are earthquakes without a shadow of a doubtdue to, e.g. depth phases. Some of the smaller events are inconclusivewith the available seismic data. Steven J. Gibbons References Kværna, T., Dando, B. D. E., and Gibbons, S. J. (2023).Seismic Monitoring of Novaya Zemlya: Progress, Challenges, and Prospects,Seismological Research Letters, 94 (3): 1495–1508.https://doi.org/10.1785/0220220338 Gibbons, S. J., Antonovskaya, G., Asming, V., Konechnaya, Y. V.,Kremenetskaya, E., Kværna, T. Schweitzer, J., Vaganova, N. V. (2016).The 11 October 2010 Novaya Zemlya Earthquake: Implications for VelocityModels and Regional Event Location,Bulletin of the Seismological Society of America, 106, 1470-1481.https://doi.org/10.1785/0120150302