A multi-sensor data integration approach using ICESat lidar vegetation heights and SMAP radar as well as radiometer data enables a direct retrieval of the two ...

A multiY sensor data integration approach using ICESat lidar vegetation heights and SMAP radar as well as radiometer data enables a direct retrieval of the two ...

Vegetation optical depth and scattering albedo are crucial parameters within the widely used τ-ω model for passive microwave remote sensing of vegetation ...

Dive into the research topics of 'PHYSICS-based retrieval of scattering albedo and vegetation optical depth using multi-sensor data integration'. Together they ...

Physics-based Retrieval of Scattering Albedo and Vegetation Optical Depth Using Multi-Sensor Data Integration. ASCII Citation, Atom, BibTeX, Dublin Core, EP3 ...

PHYSICS-based retrieval of scattering albedo and vegetation optical depth using multi-sensor data integration. Thomas Jagdhuber, M. Baur, M. Link, M. Piles, ...

PHYSICS-based retrieval of scattering albedo and vegetation optical depth using multi-sensor data integration. Jagdhuber, T. Baur, M. Link, M. Piles, M.

Passive microwave measurements have the potential to estimate vegetation optical depth (VOD), an indicator of aboveground vegetation water content.

Then, vegetation optical depth and single scattering albedo can be estimated using radiometer measurements with multiple pairs of incidence angles. Retrievals ...

PHYSICS-BASED RETRIEVAL OF SCATTERING ALBEDO AND VEGETATION OPTICAL DEPTH USING MULTI-SENSOR DATA INTEGRATION ; ISSN · 2153-6996 ; ISBN · 978-1-5090-4951-6 ; Datum ...