How long will it take? Training at the EPIC takes an average of 2 days to cover a typical experiment.    The first day involves an overview from the PI, a discussion of proposed logistics, introduction or review of project instrumentation and a practice site installation.  The second day covers station servicing and demobilization, the EPIC suite of software for data download and review, and introduction or review of EPIC preferred database and data archiving procedures. What can you expect from us?  Training on the hardware that EPIC will provide for your experiment.  This will include the Digitizer, Sensor(s), Handheld controllers, and Power Systems.

The 2013 Seismic Instrumentation Technology Symposium (SITS) was held in Albuquerque, NM on June 10th and 11th, 2013.  The well-attended symposium provided a splendid opportunity for members of the seismic community to exchange knowledge on instrumentation, as well as on novel approaches for improving the usefulness of data.

The EarthScope/EPIC was featured in a three-minute video aired on August 22nd, 2016 by Albuquerque, NM station KRQE-TV-13. The video, which included segments on other New Mexico Tech research facilities (EMRTC, Langmuir Lightning Lab, the Magdalena Ridge Observatory, and at Mt. Erebus in Antarctica) can be seen here.

 

Rechargeable Batteries

Rechargeable batteries are used for summer-only and year-round polar seismic experiments. For summer-only experiments, due to the roughly continuous sunlight, stations can be powered solely with rechargeable batteries.

For EPIC Polar experiments the preferred rechargeable battery is an AGM (Absorbent Glass Mat) battery manufactured by Concorde Battery Corporation. Both the Sun Xtender PVX-420T and PVX-560T work well for a summer deployment where only a limited amount of storage is required for cloudy days.

Primary Batteries

Primary batteries are usually not necessary for summer only deployment due to the ample amount of sunlight available.