Detailed maps of forest structure attributes are crucial for sustainable forest management,
conservation, and forest ecosystem science at the landscape level. Mapping the structure of …

Currently, climate change requires the quantification of carbon stored in forest biomass.
Synthetic aperture radar (SAR) data offers a significant advantage over other remote …

The Sentinel-1 Synthetic Aperture Radar (SAR) satellites allow global monitoring of the
Earth's land surface with unprecedented spatio-temporal coverage. Yet, implementing large …

High resolution crop type maps are an important tool for improving food security, and remote
sensing is increasingly used to create such maps in regions that possess ground truth labels …

Mapping and monitoring of habitats are requirements for protecting biodiversity. In this study,
we investigated the benefit of combining airborne (laser scanning, image-based point …

Key message We propose a framework to derive the direct loss of aboveground carbon
stocks after the 2020 wildfire in forests of the Chornobyl Exclusion Zone using optical and …

Anthropogenically-driven climate change, land-use changes, and related biodiversity losses
are threatening the capability of forests to provide a variety of valuable ecosystem services …

Canopy dynamics associated with fires in tropical forests play a critical role in the terrestrial
carbon cycle and climate feedbacks. The aim of this study was to characterize forest canopy …

Forest structure is an essential part of biodiversity and ecological analysis and provides
crucial insights to address challenges in these areas. Modern sensor technologies unlock …

Radiometric Terrain Corrected (RTC) gamma nought backscatter, which was introduced
around a decade ago, has evolved into the standard for analysis-ready Synthetic Aperture …