Microzooplankton communities are fundamental components of marine food webs and have
the potential to impact the functioning of carbon pumps. The identification of common …

Blooms of the toxic dinoflagellate Karenia mikimotoi (K. mikimotoi) have occurred frequently
in the East China Sea in recent decades and were responsible for massive mortalities of …

Abstract In the southern California Bight (SCB), there has been a longstanding hypothesis
that anthropogenic nutrient loading is insignificant compared to the nutrient loading from …

Global warming is exacerbating coastal hypoxia by intensifying stratification. Marine hypoxia
often causes large-scale mortality of fish, shellfish, and mammals. However, there have only …

Louisiana estuaries are important habitats in the northern Gulf of Mexico, a region
undergoing significant and sustained human-and climate-driven changes. This paper …

Hypoxia can indeed impact the survival of protists, which play a crucial role in marine
ecosystems. To better understand the protistan community structure and species that can …

Mass mortality events are ephemeral phenomena in marine ecosystems resulting from
anthropogenically enhanced and natural processes. A fish kill in King Harbor, Redondo …

Eutrophication and hypoxia markedly alter trophic dynamics and nutrient cycling in estuarine
water columns, but little is known about the microbial communities that drive and interact …

Ocean deoxygenation is intensifying globally due to human activities–and is emerging as a
grave threat to coral reef ecosystems where it can cause coral bleaching and mass mortality …

In January 2008 there was an intensive and extensive upwelling event in the southern
Humboldt Current System. This event produced an intrusion of water with low dissolved …