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ORCID:
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  '@id': https://orcid.org/0000-0003-1274-6785
    "_id": "https://www.usgs.gov/staff-profiles/justin-rubinstein",
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      name: 'DevelNet: Earthquake Detection on Develocorder Films with Deep Learning:
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        Application to the Rangely Earthquake Control Experiment'
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          "abstract": "Research Geophysicist with the Earthquake Hazards Program",
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      name: Quantifying the Sensitivity of Microearthquake Slip Inversions to Station
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        Distribution Using a Dense Nodal Array
          "abstract": "Current Position: Research Geophysicist and Project Leader of the USGS Induced Seismicity Project",
    - '@id': https://doi.org/10.1785/0120210115
          "additionalType": "staff profile page introductory statement"
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          "abstract": "Focus Areas:My current research is focused on the following aspects of induced earthquakesObservation and Physical Interpretation of Induced EarthquakesComputing Earthquake Hazard for Induced EarthquakesGround Motion in Induced EarthquakesMy earlier research covered many topics includingEarthquake Recurrence and PredictionEarthquake Location MethodsRepeating EarthquakesTime Dependent Earth PropertiesTectonic TremorNonlinear Site ResponseResearch:My current work is examining earthquakes that are potentially related to human activities, with a specific focus on earthquakes and their relationship to wastewater disposal activities associated with oil and gas production.I am currently analyzing the recent increase in seismicity seen in southern Kansas. This an area of active oil and gas development known as the Mississippi Lime play. The USGS Induced Seismicity Project, with the Geological Hazards Science Center, has deployed a network of 14 seismometers in the area to monitor seismicity. We are actively collaborating with scientists and regulators at the Kansas Geological Survey, the Kansas Corporation Commission, the Kansas Department of Health and Environment, and the Oklahoma Geological Survey to understand these earthquakes.I am also involved in a larger effort to compute the earthquake hazard related to induced and potentially induced earthquakes. Computing the hazard from induced earthquakes is a new challenge for earthquake scientists because they behave differently than natural earthquakes. To compute the hazard from these earthquakes requires methods that can handle rapid changes in earthquake rates and seismically active regions. We have developed preliminary methods that address these new complexities, which estimate the hazard over shorter time periods and use very recent earthquake data to predict future earthquake behavior. It is probable that having additional industrial information that shows the changing operational parameters and expansion and contraction of oil and gas fields would help us more accurately describe the hazard from induced seismicity. For more information on computing the hazard from induced earthquakes see: Computing Hazard From Induced Earthquakesand a preliminary report byPetersen et al.(2014).I have recently investigated the large increase seismicity in the Raton Basin (CO and NM) experienced  since 2001. This earthquake sequence has included an M5.0 and M5.3. My work shows that these earthquakes are induced by wastewater disposal related the production of coal-bed methane in the area. For more information seeRubinsteinet al(2014) and Barnhartet al.(2014).",
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      name: 'A Big Problem for Small Earthquakes: Benchmarking Routine Magnitudes
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        and Conversion Relationships with Coda Envelope-Derived Mw in Southern Kansas
      ],
        and Northern Oklahoma'
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        \ Wastewater\u2010Induced Seismicity in Southern Kansas, USA"
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      name: Microseismic Cloud Growth Process Mainly Controlled by In-Situ Stress
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        During Hydraulic Stimulation
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      name: Leakage and Increasing Fluid Pressure Detected in Oklahoma's Wastewater
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        Disposal Reservoir
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Retrieved from "https://geokb.wikibase.cloud/wiki/Special:MobileDiff/1135669"