Abstract The MultiSpectral Instrument (MSI) on-board Sentinel-2 provides satellite images at
spatiotemporal resolutions suitable for chlorophyll a (Chla) retrieval from inland and coastal …

Remote monitoring of chlorophyll-a (chla) has been widely used to evaluate the trophic state
of inland and coastal waters, however, there is still much uncertainty in the algorithms …

Inland waters are important components of the global carbon cycle as they regulate the flow
of terrestrial carbon to the oceans. In this context, remote monitoring of Colored Dissolved …

Increasing human activity in all aspects of life has contributed to the decline of mangrove
forests, a multivariate analysis study on the structure of the mangrove community was …

By monitoring the chlorophyll a concentration (chla), it is possible to keep track of the
eutrophication status of a lake and to describe the temporal dynamics of the phytoplankton …

Process-based ecological models have been used to study freshwater ecosystems and
water quality on a broad scale. However, it is also of pivotal importance to incorporate …

Simple Summary This study examines the spatial distribution patterns of key fishery
resources in the East China Sea across four seasons. Utilizing a habitat suitability index …

Human anthropogenic activities have resulted in an important transformation in the aquatic
environment for decades, so the study of the assessment of non-metallic pollutant sources in …

Monitoring chlorophyll-a concentration (Chla) in inland waters is vital for environmental
assessment. This study develops an empirical multivariate linear regression (MLR) model to …

Abstract Knowledge about the hyporheic zone is important to understand the pollutant
attenuation processes that occur during the aquifer recharge, whether by natural or artificial …