Here are some of the articles that have been recently posted to the PASSCAL website:

Pegasus Datalogger

The Pegasus is a 3 channel high-resolution data logger. It is very low power and easily configurable via a handheld device. The Pegasus is lightweight and small in form factor. The Pegasus has 32 gigabytes of internal recording space, and is downloaded via free software through USB. It supplies MiniSEED data along with StationXML to smoothly allow data archival. It also has built-in sensor controls, automatic mass re-centering, and calibration functions. The Pegasus is currently supplied as a set with a Trillium Compact sensor for a small station footprint and ease of installation.

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Documentation - How to Archive your Active Source Data

Refer to the documentations below to learn how to prepare the data you've collected for archiving.  EPIC supports PH5 and SEGY as the archival data formats of active-source data sets.

Data from PH5 format data sets archived at the DMC can be accessed via PH5 Web Services.

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GEOICE

The Geophysical Earth Observatory for Ice-Covered Environments (GEOICE) project was a NSF collaborative Major Research Instrumentation (MRI) program that expanded the EPIC Polar group’s observational capabilities and logistical efficiencies. GEOICE developed a rapidly deployable, dense footprint seismic observatory system for operation in ice-covered areas. The GEOICE project was a collaborative effort between Central Washington University (CWU), Incorporated Research Institutions for Seismology (EarthScope) and the Portable Array Seismic Studies of the Continental Lithosphere (EPIC) Instrument Center at the New Mexico Institute of Mining and Technology.

EarthScope EPIC Data Policy

November 1, 2017
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EPIC and EMRTC help BBC explain internal structure of Earth

In early May, a team from the British Broadcasting Corporation (BBC) visited New Mexico Tech to use school facilities to support a new documentary on the current state of knowledge about the Earth's core.  Since seismology is the only practical method for probing the Earth's core, the team arranged the support of two of New Mexico Tech's facilities, the Energetic Materials Research and Testing Center (EMRTC), and the Program for Array Seismic Studies of the Continental Lithosphere (EPIC), to demonstrate how the seismic waves from earthquakes or man-made explosions can travel through the Earth, and be used as a subsurface probing tool. The team was assisted by Dave Thomas and Mouse Reusch from EPIC, and Richard Aster from the NMT Earth and Environmental Science department.

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Magnetotelluric Systems at EPIC

Magnetotelluric (MT) methods are used to produce conductivity models of the crust and upper mantle through the recording of geoelectric and geomagnetic field variations at the Earth's surface. Depending on the period of the recordings, these methods can provide results from a few hundred meters depth (short period) to 30 km or deeper (long period). Conductivity is a physical property, which is complementary to seismic velocity, and which is very sensitive to the presence of fluids. When seismic and MT data sets are measured together, the additional data can dramatically improve determinations of the structure of the crust and mantle.

 

 

Since 2019, the EPIC (formerly known as EPIC) has been developing MT resources to meet PIs needs. We currently have a wide pool of MT equipment including both long-period (LEMI) and wideband (Phoenix) systems.

 

Requirements for EPIC Passive Experiments (SEED)

  Data and format for archiving

In order to accept your passive-source data for archiving please comply with the procedures and standards below. EPIC staff are available to assist you with meeting the requirements of archiving your SEED data as stated in the EPIC Data Delivery Policy

Regarding the archiving of SEED data, the policy may be summarized in three points:

Nanometrics Trillium 120 Posthole Broadband Sensor

Note:  EPIC has purchased 11 Nanometrics Trillium 120PH seismometers.

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7th annual Polar Technology Conference coming to Albuquerque in March 2011

The 7th annual Polar Technology Conference will be hosted by EarthScope/EPIC on 24-25 March 2011, at the Albuquerque Marriott, 2101 Louisiana Boulevard NE, Albuquerque, New Mexico 87110 USA. The primary purpose of this conference is to bring together Polar Scientists and Technology Developers in a forum to exchange information on research system operational needs and technology solutions that have been successful in polar environments.  This exchange of knowledge helps to address issues of design, implementation, and deployment for systems that are to achieve their research goals in the Polar Regions.

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EPIC Intern Winds Up Summer With "Ultrasound" of Mt. St. Helens

Federica Lanza, a Ph.D. student at Michigan Technological University under Gregory P. Waite, spent the summer as the EarthScope/EPIC intern. During that time, "Fede" deployed instruments with EarthScope interns, presented her work at the 2014 EarthScope workshop, and completed two research projects related to short period sensor responses and long period noise analysis using PSD PDFs. Fede wrapped up her summer with a couple of weeks in the field at Mt. St. Helens, supporting the iMUSH project, along with several other EarthScope/EPIC scientists and staff. Some highlights of our intern's busy summer follow.

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