DNA Decodes Dining Desires of Shell-Shucking Whitespotted Eagle Rays
·¬ÇÑÖ±²¥Harbor Branch researchers are the first to uncover the finer-scale feeding patterns of the whitespotted eagle ray in U.S. coastal waters.
Sewage, Not Fertilizer Fueling Nitrogen Surge in Indian River Lagoon
·¬ÇÑÖ±²¥Harbor Branch researchers compared water quality in Florida's Indian River Lagoon "pre" and five-years "post" fertilizer bans, revealing sewage, not fertilizer is the root cause of environmental issues.
Boom! Detecting Gregarious Goliath Groupers Using Their Sounds
·¬ÇÑÖ±²¥researchers deployed a novel automated detector and localization model to find underwater marine organisms using their low-frequency pulse sounds to illustrate their detailed behavior.
Explore the Indian River Lagoon with ·¬ÇÑÖ±²¥Harbor Branch
·¬ÇÑÖ±²¥'s Harbor Branch Oceanographic Institute offers a new public boat tour of the Indian River Lagoon aboard "The Discovery," a 36-passenger pontoon.
Overlooked Algae Toxin Widespread in Southern Indian River Lagoon
A study by ·¬ÇÑÖ±²¥Harbor Branch researchers on Pseudo-nitzschia spp., an algae that produces the neurotoxin domoic acid, shows it could negatively impact the biodiversity of Florida's Indian River Lagoon system.
·¬ÇÑÖ±²¥Experts for the 2023 Hurricane Season
·¬ÇÑÖ±²¥ faculty experts are available to discuss various issues surrounding hurricane preparedness, evacuation and aftermath.
'Pathogen' Storm: Vibrio Bacteria, Sargassum and Plastic Marine Debris
As summer kicks off and efforts are underway to find solutions to repurpose Sargassum, could the interplay between this seaweed, Vibrio bacteria and plastic marine debris pose a triple threat to public health?
Crushed Clams, Roaming Rays: Acoustic Tags Show Predator Interactions
Inspired by clam fishermen reports, ·¬ÇÑÖ±²¥Harbor Branch researchers conducted a study using acoustic telemetry to monitor tagged rays in clam leases along Florida's Atlantic coast over two years.
·¬ÇÑÖ±²¥Developed AUTOHOLO Shows Potential as Red Tide Warning System
·¬ÇÑÖ±²¥researchers are the first to use a new autonomous, submersible holographic 3D microscope and imaging system to characterize red tide in the field and break new ground for monitoring harmful algal blooms.
·¬ÇÑÖ±²¥Seeks Participants for Study on Effects of Harmful Algal Blooms
·¬ÇÑÖ±²¥Christine E. Lynn College of Nursing and Harbor Branch Oceanographic Institute researchers are currently seeking participants for a study evaluating potential impacts of exposure to harmful algal blooms.