evidence: The Advanced Rapid Imaging and Analysis (ARIA) team, a collaboration between NASA’s Jet Propulsion Laboratory and the California Institute of Technology, generated displacement maps to show how the Earth’s surface moved following the Feb. 20 earthquake. The team used Copernicus Sentinel-1 synthetic aperture radar (SAR) data acquired before (Feb. 9) and after (Feb. 21) the event to generate the imagery. The map shows that the 6.3 magnitude earthquake ruptured a fault roughly 15 miles (25 km) long between the city of Antakya and the coastal cities in the Hatay province of Türkiye. These products are freely available on the NASA ARIA Share website, and the NASA Disasters team shared these with the USGS and other stakeholders to help understand the geological conditions surrounding the earthquakes. [...] On Feb. 6, 2023, Türkiye and Syria were hit by the most powerful earthquakes to strike the region in almost 100 years. As of Feb. 10, the death toll between both countries has risen to over 22,000 following the 7.8 magnitude quake and hundreds of subsequent aftershocks. The initial quake struck only 150 miles away from the Türkiye-Syria border and was followed by a powerful 7.5 magnitude earthquake just nine hours later. In Syria, the civil war has separated the country between rebel controlled-areas and government controlled-areas, making it difficult for victims to receive life-saving aid. Additionally, many Syrian victims were already suffering from extreme poverty and cholera at the time of the earthquake, making humanitarian relief efforts exceptionally challenging. Currently, response teams are racing against potential snowstorms to rescue survivors from the rubble before freezing conditions set in.