Vegetation is an integral component of wetland ecosystems. Mapping distribution, quality
and quantity of wetland vegetation is important for wetland protection, management and …

Quantitatively mapping forest aboveground biomass (AGB) is of great significance for the
study of terrestrial carbon storage and global carbon cycles, and remote sensing-based data …

High-resolution images obtained by multispectral cameras mounted on Unmanned Aerial
Vehicles (UAVs) are helping to capture the heterogeneity of the environment in images that …

Expansive species classification with remote sensing techniques offers great support for
botanical field works aimed at detection of their distribution within areas of conservation …

Accurately identifying Natura 2000 habitat areas with the support of remote sensing
techniques is becoming increasingly feasible. Various data types and methods are used for …

Peatlands contribute to a wide range of ecosystem services. They play an important role as
carbon sinks in their natural state, but when they are drained, they cause carbon emissions …

Mapping invasive vegetation species in arid regions is a critical task for managing water
resources and understanding threats to ecosystem services. Traditional remote sensing …

Using plastic mulching for farmland is booming around the world. Despite its benefit of
protecting crops from unfavorable conditions and increasing crop yield, the massive use of …

Monitoring vegetation is essential in Earth Observation (EO) due to its link with the global
carbon cycle, playing a crucial role in ecosystem management. The fluorescence of …

Anthropogenic climate and land use change is causing rapid shifts in the distribution and
composition of habitats with profound impacts on ecosystem biodiversity. The sustainable …