Water resources are critical to the sustainability of life on Earth. With a growing population
and climate change, it is imperative to assess the security of these resources. Over the past …

Water clarity (expressed as Secchi disk depth (SDD)) reflects light transmission capacity of a
water body and influences growth of aquatic plants, aquatic organisms, and primary …

Abstract Changes in land use land cover (LULC) and landscape pattern in arid areas can
considerably impact water quality in small watersheds. Exploring the associations between …

Environmental protection of water resources is of critical importance to daily life of human
beings. In recent years, monitoring the variation of water quality using remote sensing …

Monitoring water quality with classical methods is not an easy task. Remote sensing with
wide coverage and multiple temporal monitoring is the best solution for surface water quality …

Abstract Information regarding water clarity at large spatiotemporal scales is critical for
understanding comprehensive changes in the water quality and status of ecosystems …

Recent advances in remote sensing techniques provide a new horizon for monitoring the
spatiotemporal variations of harmful algal blooms (HABs) using hyperspectral data in inland …

Different methods are available for retrieving chlorophyll-a (Chl-a) in inland waters from
optical imagery, but there is still a need for an inter-comparison among the products. Such …

Lake eutrophication is a critical issue in the interplay of water supply, environmental
management, and ecosystem conservation. Integrated sensing, monitoring, and modeling …

Water clarity is a comprehensive indicator of the water environment status. Studies have
shown that in recent years the clarity of inland and ocean water has decreased in many …