This groundbreaking research makes a contribution to climate change adaptation studies by
filling a crucial knowledge gap related to the precise evaluation of mangrove biomass—an …

Over the last two decades, forest cover has experienced significant impacts from fires and
deforestation worldwide due to direct human activities and climate change. This paper …

Tropical deforestation frontiers continue to expand at alarming rates, but their fine-scale
temporal patterns (eg, start timing, patch forming speed, temporal clustering within a year) …

Spatially and timely accurate information about tropical forest disturbances is crucial for
tracking critical forest changes, supporting forest management, and enabling law …

Understanding forest decline under drought pressure is receiving research attention due to
the increasing frequency of large-scale heat waves and massive tree mortality events …

The abundance of free and accessible satellite data has revolutionized our ability to study
deforestation with remote sensing. Recent advances have enabled us to monitor …

In the last decades tropical forests have experienced increased fragmentation due to a
global growing demand for agricultural and forest commodities. Satellite remote sensing …

Tropical forests are currently under pressure from increasing threats. These threats are
mostly related to human activities. Earth observations (EO) are increasingly used for …

Abstract Cumulative Sum (CuSum) change detection was applied on a Sentinel-1
backscatter time series at a spatial scale of 10 m as part of a conservation program …

Seven years after the launch of the first Sentinel-1 satellite, its data have been widely used
in the scientific community. This study provides the first quantitative analysis of the visibility …