This review assesses harmful algal bloom (HAB) modeling in the context of climate change,
examining modeling methodologies that are currently being used, approaches for …

Our understanding of the dynamics of HABs, in the context of both their ecosystems and their
environment, has increased tremendously through the combination of models and data. The …

A realistic numerical model is used to study the circulation and mixing of the Salish Sea, a
large, complex estuarine system on the United States and Canadian west coast. The Salish …

Harmful algal blooms (HABs) are extreme biological events with the potential for extensive
negative impacts to fisheries, coastal ecosystems, public health, and coastal economies. In …

Resource managers at the state, federal, and tribal levels make decisions on a weekly to
quarterly basis, and fishers operate on a similar timeframe. To determine the potential of a …

Abstract The Pacific Northwest (PNW) shelf is the most biologically productive region in the
California Current System. A coupled physical‐biogeochemical model is used to investigate …

The coastal waters of the northern portion of the California Current System experience a
seasonal decline in oxygen concentrations and hypoxia over the summer upwelling season …

Toxic algal events are an annual burden on aquaculture and coastal ecosystems of
California. The threat of domoic acid (DA) toxicity to human and wildlife health is the …

Despite the significant advances in making monthly or seasonal forecasts of weather, ocean
hypoxia, harmful algal blooms and marine pathogens, few such forecasting efforts have …

Blooms of the toxic dinoflagellate Karenia brevis, also known as harmful algal blooms
(HABs) or red tides, occur almost annually on the west coast of Florida, killing fish and other …