The West Florida Shelf (WFS), typically characterized as being oligotrophic, is one of the most productive continental shelves in the United States. In addition to supporting a large fishing industry, the WFS also supports high biomass blooms of the toxic dinoflagellate Karenia brevis. Because of the large ecological and economic impacts these blooms have on the area, the ECOHAB: Florida program was developed to gain a better understanding of red tides and their initiation, maintenance, and dispersal. This interdisciplinary program consisted of monthly cruises from June 1998 through December 2001, with a hiatus from January through March of 2001. Hydrography, nutrients, chlorophyll a, phaeopigments, and a wide variety of other factors were ...
The development of accurate predictive models of toxic dinoflagellate blooms is of great ecological ...
Declining oceanic pH and carbonate-ion concentrations are well-known consequences of increased atmos...
The episodic formation of an extensive pigment plume on the West Florida Shelf was detected using hi...
The West Florida Shelf (WFS), typically characterized as being oligotrophic, is one of the most prod...
Karenia brevis is a toxic marine dinoflagellate species that blooms almost every year in the Gulf of...
The focus of the ECOHAB program (Ecology and Oceanography of Harmful Algal Blooms) in Florida is to ...
The southwestern Florida shelf marine environment has often been characterized as oligotrophic, yet ...
The occurrence of an episodic chlorophyll plume detected on the West Florida Shelf between 1979 and ...
Previous hypotheses had suggested that upwelled intrusions of nutrient‐rich Gulf of Mexico slope wat...
A coupled, three-dimensional, time-dependent numerical model of water circulation, spectral light, p...
Gulf of Mexico Loop Current (LC) interactions with the West Florida Shelf (WFS) slope play an import...
Often described as oligotrophic, the west Florida continental shelf supports abundant fisheries, exp...
Over the past two decades, the two most anomalous years for water properties on the west Florida con...
Altered freshwater inflows have affected circulation, salinity, and water quality patterns of Florid...
The development of accurate predictive models of toxic dinoflagellate blooms is of great ecological ...
Declining oceanic pH and carbonate-ion concentrations are well-known consequences of increased atmos...
The episodic formation of an extensive pigment plume on the West Florida Shelf was detected using hi...
The West Florida Shelf (WFS), typically characterized as being oligotrophic, is one of the most prod...
Karenia brevis is a toxic marine dinoflagellate species that blooms almost every year in the Gulf of...
The focus of the ECOHAB program (Ecology and Oceanography of Harmful Algal Blooms) in Florida is to ...
The southwestern Florida shelf marine environment has often been characterized as oligotrophic, yet ...
The occurrence of an episodic chlorophyll plume detected on the West Florida Shelf between 1979 and ...
Previous hypotheses had suggested that upwelled intrusions of nutrient‐rich Gulf of Mexico slope wat...
A coupled, three-dimensional, time-dependent numerical model of water circulation, spectral light, p...
Gulf of Mexico Loop Current (LC) interactions with the West Florida Shelf (WFS) slope play an import...
Often described as oligotrophic, the west Florida continental shelf supports abundant fisheries, exp...
Over the past two decades, the two most anomalous years for water properties on the west Florida con...
Altered freshwater inflows have affected circulation, salinity, and water quality patterns of Florid...
The development of accurate predictive models of toxic dinoflagellate blooms is of great ecological ...
Declining oceanic pH and carbonate-ion concentrations are well-known consequences of increased atmos...
The episodic formation of an extensive pigment plume on the West Florida Shelf was detected using hi...