The rapid advancement of remote sensing technology has significantly enhanced the
temporal resolution of remote sensing data. Multitemporal remote sensing image …

Coastal salt marshes suffering from anthropogenic coastal development and sea level rise
have attracted much attention because of their capacity for carbon sequestration and global …

Data-driven models for water body extraction have experienced accelerated growth in
recent years, thanks to advances in processing techniques and computational resources, as …

Since 1971, remote sensing techniques have been used to map and monitor phenomena
and parameters of the coastal zone. However, updated reviews have only considered one …

Mangroves are highly productive wetland ecosystems, located at the interlocking area of
tropical and subtropical coastal zones. Accurately mapping the distribution, quality and …

Extracting mask information of buildings and water areas from high resolution remote
sensing images is beneficial to monitoring and management of urban development …

Coastal salt marsh wetlands not only sequester a large amount of organic carbon, mitigating
the effect of climate change, but also nurture rich wetland resources and diverse ecological …

The selection and representation of remote sensing image classification features play
crucial roles in image classification accuracy. To effectively improve the classification …

Vegetation is crucial for wetland ecosystems. Human activities and climate changes are
increasingly threatening wetland ecosystems. Combining satellite images and deep …

Rapid and accurate identification of mangroves using remote sensing images is of great
significance for assisting ecological conservation efforts in coastal zones. With the rapid …