A large number and wide variety of lake ecosystem models have been developed and published
during the past four decades. We identify two challenges for making further progress in …

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 …

Abstract Changes in hydrological processes in large watersheds may heavily impact the
dynamics of downstream aquatic ecosystems such as lakes and reservoirs. In general, simple …

Remote estimation of chlorophyll-a in turbid and productive estuaries is difficult due to the
optical complexity of Case 2 waters. Although recent advances have been obtained with the …

It is well known that submerged macrophytes exert positive feedback effects that enhance the
water transparency, stabilizing the clear-water state in shallow temperate lakes. However, …

Water temperature regulates many processes in lakes; therefore, evaluating it is essential to
understand its ecological status and functioning, and to comprehend the impact of climate …

In this work, we aim to evaluate the feasibility and operational limitations of using Sentinel-1
synthetic aperture radar (SAR) data to monitor water levels in the Poço da Cruz reservoir …

Abstract Changes in the inlet morphology of choked coastal lagoons often restrict the water
exchange with the sea, making them vulnerable to pollution events and eutrophication …

Scarcity of water temperature data in rivers may limit a diversity of studies considering this
property, which regulates many physical, chemical, and biological processes. We present a …

Although the single threshold is still considered a suitable and easy-to-do technique to extract
water features in spatiotemporal analysis, it leads to unavoidable errors. This paper uses …