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Sentinel-1, the Synthetic Aperture Radar (SAR) mission operated by theEuropean Space Agency (ESA) as part of the Copernicus program, provides Freeand Open Data with global coverage, transforming our ability to monitor subtlechanges in land surface elevation due to natural and anthropogenic process.Here, we use SAR datasets over New York spanning 2015/03/12 to 2022/08/26 andapply an advanced multitemporal SAR interferometric algorithm to measure ratesand time series of surface deformation at an unprecedented resolution andaccuracy. We found Line-Of-Sight (LOS) subsidence and uplift rates of up to25.7 -+ 0.2 mm/yr and 8.7 -+ 0.3 mm/yr affecting parts of the city. The LOSvelocities, standard deviations, and local incidence angles for ~1,792,000pixels at ~25m -+ 25 m resolution are provided in an online repository.

Surface Deformation of New York City from Multitemporal Interferometric Analysis of Sentinel-1 SAR Datasets