Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats

Past Expedition

Dates
May 1 - 14, 2022
Location
Gulf of Mexico/Caribbean

Overview

From May 1 – 14, 2022, scientists from Florida Atlantic University Harbor Branch Oceanographic Institute assisted by the remotely operated vehicle (ROV) team from the University of North Carolina Undersea Vehicle Program conducted an expedition aboard the R/V Point Sur to the Flower Garden Banks National Marine Sanctuary (FGBNMS) and nearby areas in the northwestern Gulf of Mexico. They discovered diverse marine organisms that hold potential for biopharmaceutical natural products.

While FGBNMS is known for its well-observed and breathtakingly beautiful corals, the exploration team focused on deeper depths and sites outside the sanctuary that had not yet been explored nor sampled for biotechnological and clinical applications. After conducting 29 dives using ROV Mohawk at depths ranging from 52 to 183 meters (170 to 600 feet), the expedition team collected 183 samples, including previously undiscovered species both inside FGBNMS at McGrail Bank and outside the sanctuary at Elvers Bank, 29 Fathom Bank, Rankin Bank, and Parker Bank. The expedition team located a great variety of habitats that foster an impressive diversity of corals, sponges, and other organisms with promising potential for testing and research on biopharmaceutical natural products.

For example, at Elvers Bank, the team found sponges (family Corallistidae) in the deepwater region that are shown to have rich chemistry based on initial analysis and can be turned into biopharmaceutical products or used as biomedical research tools. They also came upon rugged terrains that were teeming with life, such as striped shrimps, sponges, and gorgonian soft corals. At 29 Fathom bank, the exploration team discovered a diversity of sponges, an unusual tunicate that resembles a small geodesic dome, and bryozoans (including Schizoporella sp). The team identified the site as one of the best places for collecting sponges. They found very different types of sponges near Rankin Bank (Pachastrellidae and Corallistidae) and huge sponges (Xestospongia and Agelas) at McGrail Bank, some of which were at least a meter across. During their final dives at Parker Bank, the team collected a specimen (potentially Spongosorites) that was on their target list for sponge cell culture and they have initiated the taxonomy. They also collected an unusual sponge (Heteroscleromorpha, formerly called “Lithistids”) at Parker Bank that looks like a flying saucer and possibly has rich chemistry as well.

The expedition team will begin working in the laboratory and continue their DNA analysis to identify all the species collected and test the possible natural products contained inside the samples. They are hopeful that they will be able to find new clinical applications of natural products to fight off human illnesses and diseases. Their work has not only contributed important data to the knowledge base of the expedition area, but also identified areas inside and outside FGBNMS deep in the Gulf of Mexico as hotspots of abundance and biodiversity worthy of responsible protection and sustainable management.

This 1.5-meter (5-foot) sponge, Xestospongia sp. was spotted at McGrail Bank during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition.
This 1.5-meter (5-foot) sponge, Xestospongia sp. was spotted at McGrail Bank during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition. Image courtesy of Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats.
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This type of sponge (Verongula sp.) is known to be rich in natural products, and the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition science team will compare the chemistry of this specimen with those from other regions.
This type of sponge (Verongula sp.) is known to be rich in natural products, and the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition science team will compare the chemistry of this specimen with those from other regions. Image courtesy of Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats.
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View the initial Expedition Overview.

Operations

Map showing the target sites for exploration during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition.
Map showing the target sites for exploration during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition. Image courtesy of Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats.
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Map showing the general planned track of the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats.
Map showing the general planned track of the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats. Image courtesy of Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats.
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Features

Esther Guzmán is pictured here in the 1980s with her mother and some of her siblings at Pico del Águila, Ajusco.
The surveys conducted during this expedition will not only allow researchers to document and inventory the sites of lost submerged B-29 aircraft, but will also provide data for the potential discovery of additional archaeological sites, allow the stories of men who lost their lives to be remembered and shared, and advance deepwater archaeology from a technological/engineering perspective.
May 13, 2022
Remotely operated vehicle Mohawk is used to target seafloor organisms that produce chemicals which may be useful for biomedical applications. This octocoral of the genus Muricea was collected at a depth of 120 meters (393 feet) near Bryant Bank during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition.
The surveys conducted during this expedition will not only allow researchers to document and inventory the sites of lost submerged B-29 aircraft, but will also provide data for the potential discovery of additional archaeological sites, allow the stories of men who lost their lives to be remembered and shared, and advance deepwater archaeology from a technological/engineering perspective.
May 12, 2022
After being collected during an Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition dive, this "corndog sponge" (Rhizaxinella clava) was cut into small fragments in a petri dish before being squeezed to dissociate and release its cells.
The surveys conducted during this expedition will not only allow researchers to document and inventory the sites of lost submerged B-29 aircraft, but will also provide data for the potential discovery of additional archaeological sites, allow the stories of men who lost their lives to be remembered and shared, and advance deepwater archaeology from a technological/engineering perspective.
May 11, 2022
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Sponges are ancient animals that may appear simplistic, but the more we study them, the more we realize how complex they are. They are bizarre and beautiful – nothing like the yellow, plastic rectangle next to your kitchen sink.
May 9, 2022
A "natural product" is a chemical compound or substance made by a living organism.
May 2, 2022
Examples of the kinds of organisms the team hopes to collect during the Exploring the Blue Economy Biotechnology Potential of Deepwater Habitats expedition, including a soft coral in the order Gorgonacea (left) and a demosponge in the order Lithistida (right).
The surveys conducted during this expedition will not only allow researchers to document and inventory the sites of lost submerged B-29 aircraft, but will also provide data for the potential discovery of additional archaeological sites, allow the stories of men who lost their lives to be remembered and shared, and advance deepwater archaeology from a technological/engineering perspective.
May 1, 2022

Multimedia

Featured multimedia assets associated with this project.

Education

Our Learn & Discover page provides the best of what the NOAA Ocean Exploration website has to offer to support educators in the classroom during this expedition. Each theme page includes expedition features, lessons, multimedia, career information, and associated past expeditions. Below are related top education themes for this expedition.

Meet the Exploration Team

Learn more about the team members and their contributions to this project.

Research Professor, Harbor Branch Oceanographic Institute, Florida Atlantic University
Research Professor, Harbor Branch Oceanographic Institute, Florida Atlantic University
Lab Research Coordinator, Graduate Student, Florida Atlantic University - Harbor Branch Oceanographic Institute
Sea Grant Knauss Fellow, NOAA Ocean Exploration
Fisheries Biologist III & Benthic Community Restoration Analyst, Technical and Engineering Support Alliance, LLC
ROV Technician – Undersea Vehicles Program (UVP), University of North Carolina Wilmington (UNCW)

Resources & Contacts

Media Contacts