Author

L. Jensen

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Open access Oct 2026

Beyond GRACE: Benchmarking Global Hydrological Models Back to the 1990s with Satellite Laser Ranging

GRACE and GRACE Follow-On (GRACE-FO) provide the primary satellite gravimetry observations of terrestrial water storage (TWS) variations from 2002 onwards. However, continuously improving global hydrological models often span substantially longer periods, while their validation in the pre-GRACE era remains challenging...

F. Gałdyn, L. Jensen, R. Zajdel et al. · GRACE/GRACE-FO Science Team... · 0 citations

Open access Oct 2026

Future Satellite Gravimetry for Global Total Drainable Water Storage Estimation: Mission Performance and Basin Controls

Total Drainable Water Storage (TDWS) represents the portion of basin water storage that can drain and sustain river discharge, providing a basin-scale indicator of freshwater availability. Reliable global estimation of TDWS could therefore improve assessments of freshwater availability and help identify basins with lim...

A. Sobouti, M. Tourian, L. Jensen et al. · GRACE/GRACE-FO Science Team... · 0 citations

Open access Oct 2026

Hydrological de-aliasing model data for GRACE/-FO gravity field processing

Temporal aliasing artefacts arising from unaccounted high-frequency mass variations in the geophysical fluid layers of the Earth are one of the most important error sources in present-day GRACE/-FO monthly-mean gravity field time-series. While non-tidal atmosphere-ocean signals are routinely corrected with the AOD1B pr...

L. Jensen, Felix Öhlinger, T. Mayer-Gürr et al. · GRACE/GRACE-FO Science Team... · 0 citations