Researchers have found diverse ecosystems and promising biological samples at newly discovered deep-sea reefs off Miami and Bimini. The team aims to explore these areas to identify factors responsible for their incredible diversity and potentially find new medicines.
Research suggests that increasing nutrient pollution levels are reducing the areas where reef-building coral can survive in South Florida. The team found a clear increase in phosphorus concentrations and expansion of fleshy seaweed, corresponding to a decrease in coral species and extent.
New research reveals deep-sea pelagic fish are congregating at the Mid-Atlantic Ridge for spawning, challenging long-held nomadic wanderer myth. MAR-ECO project discovers six new species and unusually large specimens, shedding light on deep-sea ecosystems.
A recent study suggests a connection between red tide toxins and human respiratory problems, as well as manatee fatalities, highlighting the need for greater awareness of the impacts of brevetoxins on both humans and marine life.
Researchers will explore the Oculina Bank's deepwater coral reefs, which support dense and diverse populations of fish species and are critical breeding grounds for commercially important populations. The team aims to verify a newly produced high-resolution sonar map and assess the extent of the reefs to inform protection efforts.
The Harbor Branch Oceanographic Institution's Deep Scope expedition has made several groundbreaking discoveries, including the detection of ultra-violet light sensitivity in a deep-sea crab. The team also captured new video footage of a large, recently discovered squid species that appears to be attracted to bioluminescent displays.
The Harbor Branch expedition aims to explore the Straits of Florida in search of organisms that produce chemicals with potential to cure diseases like cancer and Alzheimer's. The team will conduct submersible dives on the Cay Sal Bank and Miami Terrace to gather samples and discover new species.
Scientists have made a serendipitous discovery that lobster larvae are settling on open water fish cages in Puerto Rico by the thousands. This finding has led to a new program aimed at making large-scale spiny lobster culture commercially feasible, which could address limited availability and high value of the species.
Researchers study the impact of hurricanes on coral reefs in South Florida, finding a temporary removal of invasive seaweed. However, experts caution that without addressing nutrient pollution and its root causes, reefs will remain vulnerable to similar problems.
A Harbor Branch-led team of scientists discovered the world's first known fluorescent shark and collected strong proof-of-concept for a new unobtrusive deep-sea camera system. The team also found fluorescence from methane hydrates, which could lead to a new detection technique for this potential future energy source.
A team of researchers will use advanced imaging systems to study deep-sea animals, behaviors, and phenomena in the Gulf of Mexico. The expedition aims to discover new life forms and understand the unique uses of light in the dark deep sea.
A team of scientists from Harbor Branch Oceanographic Institution and Florida Atlantic University are exploring never-before-seen sections of deepwater coral reefs off Florida's east coast and the Keys. They aim to discover marine creatures that produce chemicals with the potential to cure human diseases, including cancer and Alzheimer's.
A new species of deep-sea predatory fish, dubbed Eustomias jimcraddocki, has been discovered by Dr. Tracey Sutton at the Harbor Branch Oceanographic Institution. The species exhibits unique bioluminescent features and varying barbel patterns, challenging previous assumptions about its functionality.
Scientists have long debated the causes of coral reef decline, but new research suggests pollution from land-based sources is a major culprit. A study in the Bahamas found that nutrient levels, particularly nitrogen, play a critical role in seaweed spread and destruction of coral reefs.
A team of scientists will search for marine organisms with potential to cure human maladies such as cancer and AIDS-related infections in the Gulf of Mexico. They will also explore abandoned oil rigs and an ancient shoreline, cataloging diversity of organisms and collecting new species.
Florida manatees face a deadly threat when water cools to 68 degrees Fahrenheit, leading to physiological events that weaken their immune systems. The discovery of cold stress syndrome's causes could improve treatment for affected manatees and inform plans to minimize power plant shutdowns' impact.
Invasive seaweed Caulerpa brachypus is smothering coral reefs in Florida, forcing lobsters and fish away. A new study aims to understand the spread of this species and how to control its growth, driven by nutrient pollution from land-based sources.
Researchers are studying the manatee virus to develop an approach to fighting cervical cancer in humans. The manatee immune system is being studied to gain a better understanding of diseases like HIV/AIDS.
Dr. Edie Widder's new deep-sea camera system, 'Eye in the Sea', will be deployed in Monterey Canyon off California to capture bioluminescent flashes and take digital images. The system uses stealth technology to avoid scaring away deep-sea creatures.
Researchers at Harbor Branch Oceanographic Institution successfully cultured sea fans on a large scale for the first time, marking a significant milestone in coral reef conservation. The project's results could reduce the recovery process by five to 10 years and pave the way for sustainable re-seeding of damaged reefs.
A young Amazonian manatee named Airuwe was successfully rehabilitated and released back into the wild with the help of a conservation program led by Dr. Greg Bossart. The rehabilitation program, which involved a community-led effort, showed that with proper care and support, orphaned manatees can thrive in their natural habitats.
A new specialty license plate will fund whale research in Florida waters, with $25 registration fees going towards conservation efforts. The license plate will be unveiled at a ceremony in Destin, Florida, on October 17th and is expected to raise funds for whale-related research and conservation.
Dr. Greg Bossart, head of Marine Mammal Research and Conservation at HARBOR BRANCH Oceanographic Institution, led a team to transport four critically endangered Antillean manatees from Mexico to their final destination near Cancun for medical evaluation.
Researchers are investigating the predation habits of Nanomia cara, a gelatinous midwater animal, in the Gulf of Maine. The study aims to determine how this species affects food availability for young cod and other commercially important fishes.
Harbor Branch researchers have isolated compounds from an Indian Ocean sponge that show promise as a new treatment for fungal infections, including those affecting AIDS patients. The discovery of unique cyclic peroxy acids may provide a more effective alternative to existing antifungal agents.
The series features Harbor Branch scientists presenting their latest research on topics such as the Indian River Lagoon, bioluminescence in deep-sea animals, coral reef ecosystems, and more. A portion of the funds raised will also support internships and scholarships for graduate students pursuing ocean sciences careers.
Researchers will use marine microorganisms to discover new chemical compounds with anticancer properties, acting through non-traditional mechanisms. The study aims to identify novel agents that can accelerate the drug development process and improve treatment options for cancer patients.
Researchers discovered a deep-sea octopus that produces light in its suckers, challenging the understanding of bioluminescence among cephalopods. The study sheds new light on evolutionary transition and the potential role of light organs in attracting prey.
The Florida Regional Competition of the National Ocean Sciences Bowl will be held in Fort Pierce, with 25 teams competing for scholarships and awards. The competition aims to broaden awareness and understanding of ocean research among high school students.
This book provides a thorough understanding of marine fish culture, including commercial production statistics, water treatment, rearing units, and nutrition for various species. With over 4,000 references, it is an essential resource for researchers, educators, and aquaculture professionals.
The institution has trained nearly 300 fishermen and helped them establish businesses in hard clam aquaculture. Graduates receive state-owned land leases, equipment, and seed to support their operations.
The Harbor Branch Oceanographic Institution is building a $1.5 million ocean sciences museum with a self-guided format, featuring interactive exhibits and displays on marine research, education, engineering, and ocean operations. The museum will open in late 1998.
Researchers at Harbor Branch are investigating the feasibility of controlling the reproduction of southern flounder in captivity. They have successfully induced broodstock spawning and achieved high larval survival rates, paving the way for future grow-out trials.
The Florida Marine Aquaculture Industry Development (MAID) Workshop aims to prioritize species for marine food fish aquaculture in Florida, focusing on production systems, markets, and regulations. The event also explores entrepreneurial and research opportunities for the industry.
The 2nd International Bioerosion Workshop will bring together experts in microboring, reef carbonate budgets, and modern/fossil collaborators. The workshop aims to exchange information, report on previous work, and continue discussion on the present state of knowledge of bioerosion.
A team of internationally renowned scientists returns from a month-long deep sea scientific expedition off the coast of Cuba, discovering four brand new species and 26 previously unknown fish. The expedition used advanced technology to explore coral reefs and shipwrecks, shedding light on underwater conservation.
The underwater laboratory Aquarius 2000 has been refurbished and upgraded with state-of-the-art communication and life support equipment. Science missions are set to resume in late March or April 1998, focusing on coral reef ecosystems and research on factors affecting their condition.
The Harbor Branch Oceanographic Institution has received a three-year, $1.1 million grant to investigate the potential anticancer properties of Discodermolide, a marine-derived compound. The study aims to evaluate the effectiveness of Discodermolide on experimental models of human lung, breast and ovarian cancers.