The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.

After working overtime performing ocean engineering on Navy projects for the last few months, I was so ready for a break. Timing was ripe when Susan Sember, EISF President, called me up and offered tasking to work on an high definition documentary production covering oceanographers researching the red tide, along with another HD documentary production later in the week, on critical sea grass studies. I jumped at the chance to travel back to Florida; it had been years since I took a boat cruise along tropical shorelines or been immersed in the warm Gulf waters.

The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.

The second day of production started very early for some of the crew, needing to board the R/V Suncoaster for a midnight departure from the USF/CMS dock. Bunking four to a room, they tried to get some shut-eye on the transit out of Tampa Bay in order to get offshore and arrive on station to service buoys starting at dawn. Their morning started with a quick breakfast and then attended a meeting on the operational procedures. One of the cameramen commented that it sure was a “manly boat” after hearing the potential hazards to avoid during a safety briefing.

The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.

On Wednesday July 23rd, an EISF team joined another R/V Fish Hawk cruise, this time lead by Dr. David Mann with graduate student Peter Simard. An Eckerd College survey team was invited along to photograph and record any sightings of dolphins during the voyage for their ongoing cetacean photo-identification project.

The cruise objective was to deploy passive acoustic sensor systems, devised by Mann and Simard, as well as retrieval of acoustic data loggers that had been recording underwater sound data from existing sensor locations. These sensors are part of a large acoustic array system spread across the West Florida Shelf, developed with the goal of researching the role of oceanographic processes on cetacean distributions.

The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.

On Thursday July 24th, the marine forecast did not look good for being out on the water. A busy production schedule could not afford delays, so we decided to head to a nearby island shoreline across the inlet from our boat launch at Fort De Soto. Dr. Ernst Peebles, USF/CMS faculty teaching Biological Oceanography, came to demonstrate and discuss plankton collection. USF/CMS student James Locascio came along to assist.

We also filmed a fish survey performed by Kerry Flaherty and her crew from the Florida Fish and Wildlife Research Institute (FWRI). The FWRI team started by setting up a purse seine net around a sea grass area in shallow water, then drawing it close before bringing onboard to record a count of the juvenile fish.

The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.

The EISF production team returns to Florida for more in-depth investigation into the researchers studying the Gulf of Mexico's red tide. EISF goes into the field with scientists and engineers from the University of Southern Florida (USF) - College of Marine Science  (CMS) and Center for Ocean Technology (COT), Mote Marine Laboratory, along with Florida’s Fish and Wildlife Research Institute, documenting their collaborative efforts to develop and employ state-of-the-art oceanographic technology to unlock secrets of the red tide's harmful algal bloom.

Dan Powell, EISF's Director of Marine Operations, reports on the Behind-the-Scenes production of this High Definition Documentary Project; voyaging offshore on research cruises, diving into sea grass habitats, and flying over the Tampa Bay area in a helicopter for aerial footage.