Harmful algal blooms (HABs) have wide-ranging environmental impacts, including on
aquatic species of social and commercial importance. In New Zealand (NZ), strategic growth …

Besides human health risks, phycotoxins may cause physiological injuries on molluscan
shellfish and, consequently, damages to marine ecosystems and global fisheries production …

Marine eutrophication, primarily driven by nutrient over input from agricultural runoff,
wastewater discharge, and atmospheric deposition, leads to harmful algal blooms (HABs) …

Natural high proliferations of toxin-producing microorganisms in marine and freshwater
environments result in dreadful consequences at the socioeconomically and environmental …

We are already experiencing the rapid pace of environmental change in the Anthropocene,
necessitating the development of new tools and techniques for measuring changes in …

Research on harmful algal and cyanobacterial blooms (HABs and CHABs) has risen
dramatically due to their increasing global distribution, frequency, and intensity. These …

Abstract The Beagle Channel is a Subantarctic semi-estuarine environment at the southern
tip of South America, where intoxication events associated with harmful algal blooms have …

Abstract The West Florida Shelf (WFS), located in the eastern Gulf of Mexico, fosters high
species richness and supports highly valuable fisheries. However, red tide events occur …

Organic carbon (OC) plays a leading role in the carbon cycle of lakes and is crucial to
carbon balances at regional and even global scales. In eutrophic lakes, in addition to …

Marine ecosystem forecasting is an important innovation in fisheries science with
considerable value for industry and management, providing new data‐driven means of …