Remote sensing approaches to measuring inland water quality date back nearly 50 years to
the beginning of the satellite era. Over this time span, hundreds of peer-reviewed …

Seagrass communities provide critical ecosystem and provisioning services for both human
populations and a wide range of associated species globally. However, it has been reported …

Remote sensing of inland and sea waters depends on the quality of the retrieval of the water-
leaving radiance from the top-of-atmosphere measurements. The water-leaving radiance …

The Landsat mission has kept an eye on our planet, including water bodies, for 50 years.
With the launch of Landsat-9 and its onboard Operational Land Imager 2 (OLI-2) in …

Recently, there have been significant efforts in the integration of in-situ and satellite
observations for effective monitoring of coastal areas (eg, the Copernicus program of the …

Sun glint in hyperspectral images (HSIs) leads to undesirable spectral interference, which
severely affects subsequent image interpretation, such as environmental monitoring of …

Coral reefs are an essential source of marine biodiversity, but they are declining at an
alarming rate under the combined effects of global change and human pressure. A precise …

Remote spectral imaging of coastal areas can provide valuable information for their
sustainable management and conservation of their biodiversity. Unfortunately, such areas …

Sun glint is the specular reflection of light from the water surface, which often causes
unusually bright pixel values that can dominate fluvial remote sensing imagery and obscure …

Remote multispectral data can provide valuable information for monitoring coastal water
ecosystems. Specifically, high-resolution satellite-based imaging systems, as WorldView-2 …