Weeds are found on every cropland across the world. Weeds compete for light, water, and
nutrients with attractive plants, introduce illnesses or viruses, and attract harmful insects and …

Hyperspectral remote sensing organically combines traditional space imaging with
advanced spectral measurement technologies, delivering advantages stemming from …

Advances in remote sensing (RS) technology in recent years have increased the interest in
including RS data into one-class classifiers (OCCs). However, this integration is complex …

Accurate mapping of large-scale grassland types is important for grassland and water
resources management. The similarity of spectral characteristics between grassland types …

Climate change and anthropopression significantly impact plant communities by leading to
the spread of expansive and alien invasive plants, thus reducing their biodiversity. Due to …

The reliability of remote sensing technology is essential for its efficient operational
applications in nature conservation practices. In our study, multi-temporal, multispectral, and …

The alpine treeline ecotone is expected to move upwards in elevation with global warming.
Thus, mapping treeline ecotones is crucial in monitoring potential changes. Previous remote …

Peatlands are one of the most significant terrestrial carbon pools, and the processes behind
the carbon cycle in peatlands are strongly associated with different vegetation patterns …

Identification and mapping of various habitats with sufficient spatial details are essential to
support environmental planning and management. Considering the complexity of diverse …

The effective identification of reclaimed vegetation species is important for the subsequent
management of ecological restoration projects in mining areas. Hyperspectral remote …