Annually, EarthScope Consortium, in collaboration with the community, facilitates a series of courses focused on enhancing the use of the NSF GAGE and SAGE Facility tools and data streams. These courses are for a wide variety of audiences including researchers who want to refresh their skills or explore the use of new tools, and for early career scientists such as post doctoral fellows, graduate students, and upper level undergraduates who want to learn the latest techniques to access and use the NSF GAGE and SAGE Facility holdings.
Details about individual courses, including access to past materials, are accessible under the courses listed on our Calendar page. Recorded sessions, when available, can be viewed directly from course playlists found on our YouTube channel.
To stay informed about upcoming course offerings, key deadlines, and exclusive opportunities to advance your skills in geophysics and cloud computing, sign up here to join our mailing list, or follow us on social media.
Contact courses@earthscope.org with questions or to propose a new course you would be willing to lead.
Typical Courses Offered
Courses generally run between May and September, with application periods 1-2 months beforehand, and most are currently running virtually. Capacity is limited to ensure interaction with course instructors.
The Seismology Skill-Building Workshop
This free ~70 hour online course is meant to help you build scientific computing and computational thinking skills while working with seismic data. The course introduces seismological and computational concepts while also emphasizing how a seismologist might think about and approach the dataset or methodology at hand. Students get the chance to utilize real data and best data practices in an interactive online tutorial style course. Specific information on this course can be found by visiting their webpage here.
The Generic Mapping Tool (GMT) For Geodesy
This course will cover the use of GMT 6 in geodesy using UNIX shell scripting, plus intros to Python and Julia wrappers. The course typically covers the prerequisite required before attending the InSAR processing and theory with GMTSAR short course.
InSAR Processing and Theory using GMTSAR
This annual course will cover the theory and application of repeat-pass synthetic aperture radar interferometry (InSAR) using the software GMTSAR
Using MsPASS for Seismology Data Processing
This course will introduce students to the MsPASS system starting from a perspective of the package as an ObsPy on steroids.
GNSS Data Processing and Analysis with GAMIT/GLOBK and trackK
This course (offered bi-annually) is designed to benefit anyone (undergraduate and above) who intends to process GNSS data, manipulate GNSS products for their research or understand more about the specifics of any GNSS product which they may use.
InSAR Processing and Analysis (ISCE+)
This course will cover basic & advanced InSAR theory, InSAR processing with the JPL/Caltech InSAR Scientific Computing Environment (ISCE), methods for mitigating noise in InSAR data, access the ARIA standard InSAR product and prepare them for time-series analysis using ARIA-tools, InSAR time-series analysis with the MintPy software, pixel offset tracking, and basic data interpretation and modeling.
Magnetotelluric Instrumentation and Data Processing
This 5-day course will provide instruction in basic Magnetotelluric (MT) theory and application, including hands-on experience with magnetotelluric (MT) instruments managed by the EarthScope Primary Instrument Center (EPIC) and the evolving landscape of software tools for developing research products with MT datasets. The short course will combine field demonstrations, lectures, guided exercises, and group discussion. Instruction and training will be provided by EPIC technical staff and experts from the MT science community.
Multi-GNSS Precise Point Positioning and PRIDE PPP-AR
This course will cover the application of PPP in various fields such as geodesy, seismology, aerial photogrammetry, engineering surveys, and meteorology.