EARTHQUAKE ACTIVITY IN THE YELLOWSTONE REGION. Preliminary Epicenters. April 1 June 30, 2017
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1 EARTHQUAKE ACTIVITY IN THE YELLOWSTONE REGION Preliminary Epicenters April 1 June 30, 2017 Prepared by the University of Utah Seismograph Stations and funded by the U.S. Geological Survey (Cooperative Agreement No. G16AC00029) September 6, 2017
2 Foreword and Data Explanation This report contains an epicenter map (Figure 1) and listings of earthquakes (Tables 1 and 2) detected and located in the Yellowstone region (lat N, long W). The computer program HYPOINVERSE-2000 (F. W. Klein, 2012, U.S. Geological Survey Open-File Report revised) was used to process the earthquake data. This report also includes maps and a table of operating seismograph stations in the University of Utah's Yellowstone seismic network (Figure 2, Table 3). The earthquake listing in Table 2 is estimated to be systematically complete above magnitude 1.5 within Yellowstone. These data are preliminary both the locations and magnitudes in this table are subject to revision. The following data are listed for each earthquake in Table 2: Date (yymmdd) and origin time in Coordinated Universal Time (UTC). To convert to local time, subtract seven hours for Mountain Standard Time (MST) and six hours for Mountain Daylight Time (MDT). During the report period, local time was MDT. Earthquake location coordinates in degrees and minutes of north latitude and west longitude, and depth in kilometers below sea level. Note that prior to October 1, 2012 the earthquake depths in these quarterly reports were computed relative to a datum of 2000 m above sea level. "*" indicates poor depth resolution: no recording stations within 10 km or twice the depth. MAG, the computed Richter local magnitude (M L ) for each earthquake. "W" indicates that peak amplitude measurements from Wood-Anderson records were used. Otherwise, the estimate is calculated from signal durations and is more correctly identified as coda magnitude (M C ). The notation "--" indicates that a reliable magnitude estimate could not be made. NO, the number of P and S readings used in the solution. GAP, the largest azimuthal separation in degrees between recording stations used in the solution. DMN, the epicentral distance in kilometers to the closest station. RMS, the weighted root-mean-square of the travel-time residuals in seconds: æ ç å i ( W R ) RMS = 2 ç å ( Wi ) è i ø where: R i is the observed minus the computed arrival time for the i-th P or S reading, and W i is the relative weight given to the i-th P or S arrival time (0.0 for no weight through 1.0 for full weight). i i 2 ö i -
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4 EARTHQUAKE ACTIVITY IN THE YELLOWSTONE REGION April 1 June 30, 2017 by J. Farrell, R. Burlacu, P. M. Roberson, J. M. Hale, J. Stanley, and A. Parapuzha with contributions by K. D. Koper, R. B. Smith, J. C. Pechmann, and K. L. Pankow University of Utah Seismograph Stations 115 South 1460 East, Room 107 FASB Salt Lake City, UT Tele: (801) FAX: (801) jamie.farrell@utah.edu URL: (aka quake.utah.edu) During the three-month period April 1 through June 30, 2017, the University of Utah Seismograph Stations (UUSS) located 1,328 earthquakes within the Yellowstone region (Figure 1). The total includes 1 earthquake in the magnitude 4 range, 5 earthquakes in the magnitude 3 range and 94 earthquakes in the magnitude 2 range. The largest event to occur during this period was a magnitude 4.4 earthquake on June 16 th. Seven earthquakes were reported felt in the region during the report period (see Table 1, a cumulative tabulation of earthquakes that were felt in the Yellowstone region during 2017). Additional information on earthquakes within the Yellowstone region is available from the University of Utah Seismograph Stations. Online Information A complete copy of this report, including maps and the earthquake catalog, is available on the UUSS web site at Note: On October 1, 2012 UUSS began using the ANSS Quake Monitoring System (AQMS) software package for data acquisition and data processing. The primary effect on the data reported herein comes from computing the earthquake locations with a newer version of the computer program HYPOINVERSE-2000 (F. W. Klein, 2012, U.S. Geological Survey Open-File Report revised) and a revised and expanded set of velocity models. As implemented at UUSS, this new version of the location program accounts for station elevation differences more accurately and reports focal depths relative to sea level instead of the 2000 m elevation datum used previously. For earthquakes of magnitude 3 and larger in the Yellowstone region, the U. S. Geological Survey automatically posts a Community Internet Intensity Map (CIIM) on its "Did You Feel It?" web page at We encourage anyone who feels an earthquake to report their observations on this interactive web site; felt information is available by zip code on the CIIM site or can be obtained from UUSS directly
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6 Earthquakes of Magnitude 3.0 or Larger M L 3.1 June 12 10:46 MDT 9.4 mi NNE of West Yellowstone, MT M L 3.2 M W 4.4 M L 3.1 M L 3.0 M L 3.0 June 12 June 15 June 15 June 16 June 18 16:54 MDT 17:48 MDT 19:03 MDT 16:48 MDT 21:12 MDT 8.9 mi NNE of West Yellowstone, MT 8.9 mi NNE of West Yellowstone, MT 8.5 mi NNE of West Yellowstone, MT 9.1 mi NNE of West Yellowstone, MT 9.4 mi NNE of West Yellowstone, MT Notable Swarm Seismicity During the report period, there were five earthquake swarms in the Yellowstone region. For reporting purposes, we use the Mogi definition [Mogi, 1963] of a swarm and require each swarm to have ten or more earthquakes. Note that typically, around 50% of Yellowstone earthquakes occur as part of a seismic swarm [Farrell et al., 2009]. The June 12 th swarm is the 2 nd largest swarm ever recorded in Yellowstone and is ongoing past the end of this reporting period. A. A swarm of 10 earthquakes (0.3 M 2.3) occurred about 9.5 miles NNE of West Yellowstone, MT from April 25 th 27 th. B. A swarm of 26 earthquakes (0.0 M 2.9) occurred about 8.7 miles NNE of West Yellowstone, MT from May 5 th 8 th. C. A swarm of 21 earthquakes (-0.5 M 2.7) occurred about 17.8 miles NE of West Yellowstone, MT on June 2 nd. D. A swarm of 1,010 earthquakes (-0.6 M 4.4) occurred about 8.9 miles NNE of West Yellowstone, MT from June 12 th 30 th. **** E. A swarm of 54 earthquakes (0.0 M 2.3) occurred about 14.7 miles NE of West Yellowstone, MT from June 13 th 15 th. These swarms are labeled in Figure 1. **** This swarm is ongoing to the present time - 3 -
7 Figure 1. Epicenters of earthquakes located by the University of Utah Seismograph Stations, April 1, 2017 through June 30, Earthquake swarms (labeled A-E) are discussed in the text. -4-
8 Table 1 EARTHQUAKES FELT IN THE YELLOWSTONE REGION January 1, 2017 to June 30, 2017 Date Time Felt Information Latitude Longitude Magnitude January 20 09:37 MST 16:37 UTC Yellowstone. Felt (II) at West Yellowstone, MT. 44º º M L 3.3 June 15 June 16 18:48 MDT 00:48 UTC Yellowstone. Felt (IV) at West Yellowstone, MT. 44º º M W 4.4 June 15 June 16 19:03 MDT 01:03 UTC Yellowstone. Felt (II) at West Yellowstone, MT. 44º º M L 3.1 June 15 June 16 19:46 MDT 01:46 UTC Yellowstone. Felt (III) at West Yellowstone, MT. 44º º M L 2.9 June 16 07:17 MDT 13:17 UTC Yellowstone. Felt (II) at West Yellowstone, MT. 44º º M L 2.6 June 18 June 19 21:12 MDT 03:12 UTC Yellowstone. Felt (IV) at West Yellowstone, MT. 44º º M L 3.0 June 26 16:35 MDT 22:35 UTC Yellowstone. Felt (III) at West Yellowstone, MT. 44º º M L 2.7 Times are listed both as Local Time Mountain Standard Time (MST) or Mountain Daylight Time (MDT) and as Coordinated Universal Time (UTC).? Indicates on-line reports that appear questionable given the distance from the source CIIM indicates the availability of a Community Internet Intensity Map ( compiled by the U.S. Geological Survey (USGS); ShakeMap indicates the availability of computer-generated maps of ground-shaking ( produced by the University of Utah Seismograph Stations (UUSS). Roman numerals correspond to the Modified Mercalli intensity scale. Unless otherwise indicated, felt information is from the USGS (1) CIIM reports and/or (2) PDE Monthly (or) Weekly Listing Files ( Richter local magnitude (M L ) or coda magnitude (M C ) determined by UUSS. If labeled NEIC, data are from the National Earthquake Information Center of the USGS
9 Yellowstone Seismic Network June 30, 2017 Figure 2. Seismograph Stations of the Yellowstone Seismic Network as of June 30,
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11 :05: º º W :06: º º W :11: º º :32: º º W :07: º º :06: º º W :04: º º W :07: º º :03: º º W :34: º º :49: º º W :56: º º :40: º º :20: º º W :52: º º W :24: º º W :10: º º :42: º º W :37: º º :15: º º :15: º º :06: º º W :21: º º W :34: º º W :41: º º :54: º º W :32: º º :47: º º * 0.9W :40: º º W :37: º º :35: º º W :35: º º * 1.3W :42: º º W :00: º º * 0.9W :04: º º :52: º º W :38: º º :18: º º :04: º º W :41: º º :01: º º W :06: º º W :15: º º :15: º º :31: º º *
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13 :06: º º :10: º º :12: º º :04: º º W :53: º º W :30: º º :02: º º :15: º º W :27: º º W :16: º º W :54: º º :17: º º W :01: º º :10: º º W :58: º º W :42: º º :15: º º W :15: º º :50: º º W :51: º º W :08: º º :45: º º :50: º º :54: º º W :04: º º W :09: º º W :34: º º W :18: º º :18: º º W :51: º º * :52: º º * :26: º º W :59: º º W :00: º º :06: º º W :20: º º W :05: º º W :06: º º W :45: º º W :14: º º W :44: º º :48: º º W :49: º º :52: º º :00: º º W
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16 :55: º º W :12: º º :23: º º W :24: º º W :27: º º W :27: º º :27: º º :28: º º W :30: º º :39: º º :43: º º :55: º º W :27: º º W :28: º º W :46: º º :47: º º :38: º º W :14: º º :27: º º W :59: º º :34: º º W :54: º º W :12: º º :18: º º :06: º º W :27: º º :30: º º W :43: º º :02: º º W :44: º º W :56: º º W :37: º º :03: º º W :47: º º :26: º º W :32: º º :32: º º :37: º º W :30: º º :30: º º W :48: º º W :58: º º :16: º º W :33: º º W :08: º º W
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18 :33: º º :23: º º :05: º º :12: º º :16: º º W :53: º º :22: º º :10: º º :35: º º :28: º º :36: º º :36: º º :37: º º :39: º º W :41: º º W :44: º º W :45: º º W :46: º º W :47: º º W :54: º º W :55: º º W :58: º º W :00: º º W :15: º º W :16: º º W :17: º º W :18: º º W :18: º º W :19: º º W :20: º º W :28: º º :28: º º :29: º º W :29: º º :33: º º :33: º º :39: º º W :54: º º W :59: º º W :01: º º :10: º º W :31: º º W :56: º º :02: º º :02: º º
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20 :06: º º W :09: º º :10: º º W :10: º º * :11: º º W :11: º º W :12: º º W :13: º º :16: º º W :16: º º W :20: º º W :21: º º W :21: º º :23: º º W :24: º º :24: º º :26: º º :29: º º :29: º º :30: º º :30: º º :32: º º :32: º º :35: º º :35: º º :37: º º :38: º º :39: º º :39: º º :41: º º W :42: º º :44: º º :46: º º W :47: º º :54: º º :54: º º :56: º º :00: º º :05: º º :06: º º W :06: º º :09: º º :12: º º :15: º º :21: º º
21 :22: º º :28: º º :30: º º :31: º º W :32: º º :33: º º W :39: º º :39: º º :39: º º :43: º º :43: º º :47: º º W :49: º º :50: º º :50: º º :52: º º W :55: º º :57: º º :03: º º :04: º º :05: º º :06: º º :10: º º :22: º º :24: º º W :28: º º :36: º º W :41: º º :42: º º W :43: º º :48: º º W :57: º º W :06: º º :06: º º W :23: º º :24: º º :33: º º W :33: º º :38: º º :39: º º W :50: º º W :57: º º :57: º º :07: º º W :09: º º W
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RAPID CITY SD Latitude = 44.5 N WMO No. 72662 Longitude =3. W Elevation = 3169 feet Period of Record = 1973 to 1996 Average Pressure = 26.67 inches Hg Design Criteria Data Mean Coincident (Average) Values
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PHILADELPHIA PA Latitude = 39.88 N WMO No. 7248 Longitude = 75.25 W Elevation = 3 feet Period of Record = 1973 to 1996 Average Pressure = 29.98 inches Hg Design Criteria Data Mean Coincident (Average)
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ANCHORAGE AK Latitude = 61.17 N WMO No. 7273 Longitude =15. W Elevation = 131 feet Period of Record = 1973 to 1996 Average Pressure = 29.6 inches Hg Design Criteria Data Mean Coincident (Average) Values
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SPRINGFLD MO Latitude = 37.23 N WMO No. 7244 Longitude = 93.38 W Elevation = 127 feet Period of Record = 1973 to 1996 Average Pressure = 28.66 inches Hg Design Criteria Data Mean Coincident (Average) Values
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MINNEAPOLIS-ST PAUL MN Latitude = 44.88 N WMO No. 72658 Longitude = 93.22 W Elevation = 837 feet Period of Record = 1973 to 1996 Average Pressure = 29.7 inches Hg Design Criteria Data Mean Coincident (Average)
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NEW YORK/JOHN F KENNEDY NY Latitude = 4.65 N WMO No. 74486 Longitude = 73.78 W Elevation = 23 feet Period of Record = 1973 to 1996 Average Pressure = 29.98 inches Hg Design Criteria Data Mean Coincident
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