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Showing 1 to 2 of 2 for “"Crustal Loading"”.

  1. Observing Drought-Induced Crustal Loading Deformation Around Lake Mead Region via GNSS and InSAR: A Comparison With Elastic Loading Models

    … deficits have further reduced the mass of water loading on the Earth's crust, causing it to elastically deform. I observe this process from the ground by recording the vertical land motion occurring at Global Navigation Satellite System (GNSS) stations, or from space via Interferometric Synthetic …

    vt Repository record for Observing Drought-Induced Crustal Loading Deformation Around Lake Mead Region via GNSS and InSAR: A Comparison With Elastic Loading Models (opens in a new tab)

  2. Remote Sensing Big Data and Physical Models for Resilience to Geohazards in the Water-Energy Nexus

    … between 2020 and 2022 using InSAR and elastic loading models. A maximum uplift of 6 mm/yr is observed near the lake's center, consistent with crustal rebound due to significant surface water loss. Inverse modeling reveals total water storage loss of up to 3.03±0.25 km3/yr, with groundwater …

    vt Repository record for Remote Sensing Big Data and Physical Models for Resilience to Geohazards in the Water-Energy Nexus (opens in a new tab)