Our Partners
Data & standards
4 partnersInternational data bodies and the standards that move geophysical data.
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An interdisciplinary body of the International Science Council that promotes universal, open access to quality-assured scientific data and the long-term stewardship of research data worldwide.
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A pan-European research infrastructure that integrates solid-Earth science data and services — seismology, geodesy, volcano observations, and more — from national providers across the continent.
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A global federation that coordinates seismograph-network deployment and sets the standards for exchanging seismological data, including miniSEED, StationXML, and the FDSN web services.
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A voluntary federation of agencies worldwide providing freely available, high-precision GNSS data, orbits, and products in support of geodesy and Earth science.
Research facilities & infrastructure
5 partnersPeer facilities that share instruments, cyberinfrastructure, and observation networks.
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A consortium of more than 130 universities that advances water science by providing shared hydrologic data services, cyberinfrastructure, and community programs.
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DesignSafe is the cloud cyberinfrastructure of NSF's Natural Hazards Engineering Research Infrastructure, hosting data, tools, and computing from facilities that study earthquakes, wind, and storm surge.
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An NSF-supported instrument facility, run by Oregon State University and the University of Nevada, Reno, that lends fiber-optic distributed temperature and acoustic sensing systems for environmental field research.
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New Zealand's earth and environmental science institute, formed in 2025 from the merger of GNS Science and NIWA, and operator of the GeoNet geohazard monitoring network.
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Australia's national provider of research infrastructure for the earth and geospatial sciences — spanning geodesy, seismology, geochemistry, and subsurface observation.
Science centers & initiatives
3 partnersCommunity programs coordinating the science of earthquakes, hazards, and subduction zones.
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A community-driven research initiative coordinating the science of subduction zones — the great earthquakes, tsunamis, volcanic eruptions, and landscape change they produce — across space and time.
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The first NSF-funded national center for subduction-zone earthquake science, uniting universities and agencies to advance understanding of seismic hazard along the Cascadia Subduction Zone.
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An NSF-supported center studying land-surface hazards and how earthquakes, storms, wildfire, and landslides cascade and compound one another in a changing climate.
Education & workforce
3 partnersInstitutions building geoscience teaching resources and the next technical workforce.
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A center at Carleton College that develops and curates teaching resources and pedagogy for the geosciences and undergraduate STEM education.
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A science and engineering research university in Socorro, New Mexico, with longstanding strengths in geophysics, seismology, and the earth sciences.
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One of New Mexico's largest community colleges, offering technical and applied-science programs that build a skilled regional STEM workforce.