10.7910/DVN/X7NDNYHowat, IanIanHowatThe Ohio State UniversityPorter, ClaireClairePorterUniversity of MinnesotaNoh, Myoung-JonThe Ohio State UniversityHusby, ErikErikHusbyUniversity of MinnesotaKhuvis, SamuelSamuelKhuvisOhio Supercomputing CenterDanish, EvanEvanDanishThe Ohio State UniversityTomko, KarenKarenTomkoOhio Supercomputing CenterGardiner, JudithJudithGardinerOhio Supercomputing CenterNegrete, AdelaideAdelaideNegreteThe Ohio State UniversityYadav, BidhyanandaThe Ohio State UniversityKlassen, JamesJamesKlassenUniversity of MinnesotaKelleher, ColeColeKelleherUniversity of MinnesotaCloutier, MichaelMichaelCloutierUniversity of MinnesotaBakker, JesseJesseBakkerUniversity of MinnesotaEnos, JeremyJeremyEnosNational Center for Supercomputing ApplicationsArnold, GalenGalenArnoldNational Center for Supercomputing ApplicationsBauer, GregGregBauerNational Center for Supercomputing ApplicationsMorin, PaulPaulMorinUniversity of MinnesotaHarvard Dataverse2022Earth and Environmental SciencesRemote SensingAntarcticaDigital Elevation ModelDigital Surface ModelPhotogrammetryPolar Geospatial CenterUniversity of MinnesotaPolar Geospatial CenterByrd Polar Research CenterPolar Geospatial CenterOhio Supercomputing CenterNational Center for Supercomputing ApplicationsPolar Geospatial Center2022-10-112022-10-11Digital Elevation Model1.5The Reference Elevation Model of Antarctica (REMA) is a high-resolution, time-stamped Digital Surface Model (DSM) of Antarctica at 2-meter spatial resolution. REMA version 4.1 DSM strips are a 13-year time series of elevation data derived from satellite imagery using photogrammetric methods.Dataset downloads, description, and documentation can be found at https://www.pgc.umn.edu/data/rema/-88-180180-56National Science Foundation1543501National Science Foundation1810976National Science Foundation1542736National Science Foundation1559691National Science Foundation1043681National Science Foundation1541332National Science Foundation2129685National Science Foundation1238993NASANNX10AN61G