Mangrove forests are highly productive ecosystems that typically dominate the intertidal
zone of tropical and subtropical coastlines. The history of mangrove remote sensing (RS) …

Mangrove forests are considered to be the most productive ecosystem yet vanishing rapidly
over the world. They are mostly found in the intertidal zone and sheltered by the seacoast …

Abstract Advancement in Remote Sensing allows rapid mangrove mapping without the need
for data-intensive methodologies, complex classifiers, and skill-dependent classification …

This study summarizes the advances in mangrove species mapping based on multispectral
and hyperspectral imagery achieved over the last decade. The influence of species diversity …

Optimizing the classification accuracy of a mangrove forest is of utmost importance for
conservation practitioners. Mangrove forest mapping using satellite-based remote sensing …

Although studies on species-level classification and mapping using multisource data and
machine learning approaches are plenty, the use of data with ideal placement of central …

Due to their location in tropical latitudes, mangrove forests are susceptible to the impact of
hurricanes and can be vastly damaged by their high-speed winds. Given the logistic …

Hyperspectral data has been widely used in species discrimination of plants with rich
spectral information in hundreds of spectral bands, while the availability of hyperspectral …

Monitoring and understanding the changes in mangrove ecosystems and their surroundings
are required to determine how mangrove ecosystems are constantly changing while …

Mangrove forests are important ecosystems in the coastal intertidal zone, but China's
mangroves have experienced a large reduction in area from the 1950s, and the remaining …