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Accurate atmospheric 3D wind observations are a high priority in the sciencecommunity. To address this requirement and to support researchers' needs toacquire and analyze wind data from multiple sources, the System for Analysis ofWind Collocations (SAWC) was jointly developed by NOAA/NESDIS/STAR,UMD/ESSIC/CISESS, and UW-Madison/CIMSS. SAWC encompasses a multi-year archiveof global 3D winds observed by Aeolus, sondes, aircraft, stratosphericsuperpressure balloons, and satellite-derived atmospheric motion vectors,archived and uniformly formatted in netCDF for public consumption; identifiedpairings between select datasets collocated in space and time; and adownloadable software application developed for users to interactivelycollocate and statistically compare wind observations based on their researchneeds. The utility of SAWC is demonstrated by conducting a one-year (September2019-August 2020) evaluation of Aeolus level-2B (L2B) winds (Baseline 11 L2Bprocessor version). Observations from four archived conventional wind datasetsare collocated with Aeolus. Recommended quality controls are applied. Windcomparisons are assessed using the SAWC collocation application. Comparisonstatistics are stratified by season, geographic region, and Aeolus observingmode. The results highlight the value of SAWC's capabilities, from productvalidation through intercomparison studies to the evaluation of data usage inapplications and advances in the global Earth observing architecture

System for Analysis of Wind Collocations (SAWC): A Novel Archive and  Collocation Software Application for the Intercomparison of Winds from  Multiple Observing Platforms