A long-term study conducted in Belize found that manatees can indicate the overall health of marine ecosystems. The researchers tracked over 200 manatees for nearly a decade, monitoring their behavior, life history, and health. The study provides insight into the baseline health of this species threatened by human activities.
Researchers sequenced and assembled the Pacific oyster genome, uncovering extensive genes that enable oysters to adapt to environmental stresses. The study also revealed a complex mechanism for shell formation, with diverse proteins playing important roles in matrix construction and modification.
Sea surface temperatures reached record highs on the Northeast continental shelf in 2012, exceeding 10.5 degrees C, affecting cod distribution and marine life. The annual spring plankton bloom was intense, starting earlier and lasting longer than average, with implications for species spawning at specific times of the year.
Locally managed marine protected areas in Fiji will effectively protect between 12-18 percent of all coastal and inshore marine habitats by 2020. This 'people power' approach is on track to meet the national government's goal to protect at least 30 percent of Fiji's inshore habitats.
The increasing concentration of atmospheric CO2 is impacting marine ecosystems, causing ocean acidification and warming. Unconventional conservation methods are necessary to save marine species from extinction.
The 2012 Marine Climate Change in Australia Report Card reveals climate change is altering the country's marine ecosystems. Key findings indicate warming sea temperatures are influencing species distribution and foraging patterns of seabirds.
A new international study found that increased acidity affects shell size and weight, with a trend observed across multiple marine species. The research suggests that these changes will have significant impacts on humans and the ocean's large animals.
The University of Miami's Rosenstiel School awarded over $11,000 to five graduate students pursuing research projects on marine conservation and climate change. Christine Beggs will study invasive lionfish in the Florida Keys, while Katinka Bellomo will investigate cloud radiative forcing at the Max-Planck Institute. Dominique Lazarre ...
Two projects investigating the use of robot submarines to map and monitor the UK seas have received £720,000 in funding. The projects aim to inform future government policy on protecting the marine environment by generating data that will guide the use of autonomous underwater vehicles (AUVs) and sea gliders.
Researchers deployed a combined sonar system to monitor fish and diving seabirds interacting with tidal turbines. The study aims to understand how water flow and turbulence affect marine wildlife, informing the development of renewable energy structures.
Barbara Block's research on large predators in the California Current has led to groundbreaking discoveries about marine hotspots and migratory highways. Her award-winning project aims to protect these areas by building 'predator cafés' and increasing public awareness through real-time tracking data.
The Mia J. Tegner Memorial Research Grants support research on the history of ocean ecology, aiming to predict future impacts from human interactions. The 2012 grants were awarded to four researchers studying various marine ecosystems, including Antarctica and the eastern Mediterranean seascape.
The Marine Technology and Life Sciences Seawater Complex will study coastal structures, weather phenomena, and marine life impacting human health. The facility features a wind-wave-storm surge simulator capable of generating Category 5 hurricane force winds.
A major new study found that small marine snails have a profound impact on the marine ecosystem, removing almost 70% of plant material from the sea floor. The research, led by Associate Professor Alistair Poore, reveals that snails are a key driver of herbivory in marine habitats.
Researchers found a key protein, CBA1, that enables marine algae to capture vitamin B12 from seawater. This discovery has significant implications for the marine food web and climate, as well as potential industrial and therapeutic applications.
A groundbreaking study found that marine reserves can restock fish populations in areas open to fishing. The research tracked the dispersal of baby coral trout and stripey snappers from reserve sites, finding that up to 30km away, a significant proportion settled on reefs open to fishing.
Researchers found that terrestrial species are less responsive to warm temperatures than marine species, which allows them to expand their ranges towards the poles. Climate change is also causing rare heat waves to set boundaries on where species can live.
The University of Miami's R.J. Dunlap Marine Conservation Program will receive a $40,000 grant from Wells Fargo to enhance marine conservation science education and research. The program aims to inspire youth to learn STEM skills and adopt conservation attitudes, as well as raise awareness about marine ecology and shark species.
Scientists have discovered a biological marker in marine animals that indicates low-level exposure to domoic acid, a potentially toxic substance produced by certain algae. This finding has the potential to create reliable blood tests for assessing the effects of chronic exposure on humans and wildlife.
A new transatlantic graduate school in ocean system science and technology is launched by German and Canadian researchers. The Helmholtz Research School will improve understanding of the ocean's responses to natural and human influences, with a focus on sustainable use of marine resources.
A new study found that each step of the marine food chain is controlled by the trophic level below it, with prey distribution playing a crucial role. The research reveals that the spatial pattern of resources, or patchiness, is more important than the overall abundance of food.
A new study links the end-Ordovician mass extinction to nutrient-driven anoxia in the global ocean. The research overthrows century-old knowledge on why marine animals faced their first major challenges, highlighting the tight coupling between life evolution and oxygen dynamics.
An international research team found elevated levels of radioactive substances in the Pacific Ocean, reflecting the complex nature of the marine environment. While levels of radioactivity in marine life were below concern for humans and organisms, long-term impacts on the ecosystem remain unclear.
A study by ecologists in New Zealand found that a 1170 km2 marine sanctuary significantly improved survival of Hector's dolphins, one of the rarest dolphin species. The research revealed a 5.4% increase in survival rates since the Marine Protected Area was designated in 1988.
A new Marine Board-ESF position paper highlights gaps in monitoring and regulating chemical pollution in Europe's seas. It calls for better coordination, cooperation, and harmonization among existing monitoring efforts to address the impact of human activities on marine ecosystems.
A recent study published in Global Ecology and Biogeography reveals that 35% of the world's green turtles inhabit Marine Protected Areas (MPAs), significantly higher than expected. The research also shows that older MPAs are more likely to contain turtles, highlighting the importance of conservation efforts.
A team of scientists from the Institute for Ocean Conservation Science used video cameras to count Caribbean reef sharks inside and outside marine reserves on the Mesoamerican Barrier Reef. The results show that the sharks were more abundant in the reserves, with a higher relative abundance compared to areas where fishing is allowed.
The research reveals that ocean acidification is happening at a faster rate than in the past 300 million years, with severe effects on marine organisms. Acidification harms shell-building species like corals and molluscs, as well as phytoplankton species, which are essential to the marine trophic network.
Research reveals that well-enforced marine reserves in the Mediterranean have recovered fish biomass five to 10 times greater than fished areas. However, 'protected' areas with allowed fishing saw no improvement over unprotected sites, highlighting the importance of full conservation measures for recovery.
The Pew Fellowship in Marine Conservation supports projects promoting green infrastructure, marine protected areas, and sustainable fisheries management. Six new recipients will work on climate adaptation strategies, goliath grouper conservation, and analysis of French fisheries subsidies.
A new study by the University of California, Berkeley, and Wildlife Conservation Society uses a scientific methodology to establish marine protected areas in Madagascar. The approach identifies conservation priorities across the country's west coast, highlighting areas with high biodiversity value.
A University of Miami study reveals alarming accumulation of BMAA in shark fins, which may pose a significant threat to shark fin consumers. The study found levels of BMAA ranging from 144 to 1836 ng/mg, similar to those measured in the brains of Alzheimer's and ALS victims.
The US government has been slow to implement a ban on commercial fishing in the nation's protected Pacific Islands Marine National Monuments, threatening unique ecosystems and populations. The monuments, established in 2009, are home to rare species and sensitive habitats that could be damaged by fishermen.
A recent study by UBC researchers has identified the increasing presence of terrestrial pathogens in marine mammals along the Pacific coast. The team calls for improved surveillance and collaboration to monitor public health implications and reduce land-sea transfer of pollutants.
Changes in ocean conditions and species shifts over the past 50 years suggest that static MPAs may not work as intended. New technological advances and collaboration will be necessary to design effective MPAs in a changing climate. Researchers are calling for greater foresight and flexibility in MPA management.
University of Miami graduate student Sean Bignami has been awarded a $5,000 scholarship from the Guy Harvey Ocean Foundation to study the effects of ocean acidification on large marine fish. He plans to share his research with decision-makers and engage in outreach programs to promote public awareness of marine science.
The 93.6-meter vessel will enable advanced atmospheric research and map the seafloor up to six kilometers below the surface. CSIRO will operate the vessel, replacing the 40-year-old Southern Surveyor, and make it available to all Australian marine scientists.
John Waterbury, a WHOI scientist emeritus, has been awarded the NAS Gilbert Morgan Smith Medal for his path-breaking discovery and characterization of ecologically important marine microorganisms. This achievement marked major advances in understanding marine food webs and nutrient cycling in ocean ecosystems.
A new global study found that humans have consumed at least 87 different marine mammal species since 1990, with many being caught accidentally as bycatch in fishing nets. The study highlights the urgent need for better monitoring and conservation efforts to protect these iconic species.
Genoveva Gonzalez Mirelis analyzed over 2 million map tiles in Kosterhavet National Park to create a spatial distribution of benthic communities, including deepwater corals and Norway lobster. This method can help preserve environments and species for future generations by informing marine planning and regulations.
Fishing practices have led to a 90-per-cent decrease in top predators in North Atlantic and Pacific waters since the 1950s. The impacts are now being felt globally, with southern hemisphere predators facing a similar decline. This study highlights the need for strict management and enforcement to prevent further biodiversity loss.
Marine life may need to relocate faster than land species due to climate warming, posing a significant conservation challenge. The rate at which marine life relocates depends on the distance it needs to travel to reach its preferred temperature conditions, with many areas having relatively little temperature variation.
Researchers at Max Planck Institute for Developmental Biology discovered that simple nerve cells in Platynereis larvae regulate ciliary beating to control swimming depth. The discovery provides insights into the early evolutionary stage of the nervous system and could be relevant for marine ecology.
Researchers at the University of Montreal developed a computer program to evaluate tradeoffs between marine mammal conservation, whale watching, and marine transportation. The model simulates the comings and goings of five whale species and three types of boats, allowing regulators to make data-driven decisions to reduce collisions and...
A recent study of Glover's Reef Marine Reserve in Belize found that coral communities showed no significant improvement despite 10 years of protected status. The research revealed declines in coral cover and abundance of juvenile corals, with macroalgae dominating the reef and impeding coral growth.
Researchers have developed a new method to evaluate spatially and biologically distinct groups of marine turtles, identifying 11 out of 58 worldwide turtle regions as most at risk. The study highlights the need for targeted conservation efforts for these threatened populations.
A team of experts recommends ending most commercial fishing in the deep sea due to their unsustainability. The study suggests redirecting subsidies to rebuild fish populations in closer-to-coastal waters.
The Marine Science Institute has received a $7 million grant to study the impact of the Deepwater Horizon spill on the Gulf of Mexico ecosystem. The research will focus on understanding how oil disperses in the Gulf and its effects on marine life.
A recent study by Stanford University researchers found that preserving just 9 key sites could protect habitat for 84% of all marine mammal species on Earth. The study identified critical conservation locations off the coasts of Mexico, Canada, Peru, and other countries as areas with high species richness.
The study assesses the impact of ocean acidification on mollusk harvests worldwide, particularly in poor and developing nations. Nations with high dependence on shellfish and lack of aquaculture are most vulnerable, with Senegal, Madagascar, Gambia, Mozambique, and Haiti expected to be heavily impacted.
The Scientific Steering Committee of the Census of Marine Life was awarded the 2011 International Cosmos Prize for its groundbreaking research on marine biodiversity, distribution, and abundance. The prize recognized the Committee's comprehensive approach to understanding relationships among living organisms and their global environment.
The Guy Harvey Ocean Foundation has awarded a research grant to Dr. Neil Hammerschlag's RJ Dunlap Marine Conservation Program at the University of Miami to investigate the impact of declining marine apex predator populations on the ocean ecosystem.
Researchers discovered that mitochondria share a common ancestral lineage with SAR11, a dominant group of marine bacteria. The study provides evidence for the symbiotic origins of mitochondria and sheds light on the metabolic potential of these abundant microorganisms.
A new study reveals that small-scale fisheries in Peru are capturing tens of thousands of turtles from across the Pacific. The researchers found that thousands of sea turtles are likely to be caught annually while foraging in Peru's waters, often resulting in injuries from becoming tangled in fishing gear.
A recent study published in Oecologia sheds light on the dispersal of marine fish larvae, crucial information for designing marine protected areas. Researchers found that larval fish traveled an average distance of 77 km from their home reef, with some traveling over 200 km.
Researchers found that Hawai'i hosts three limpet species, 'opihi makai', 'alinalina' and 'ko'ele, which speciated within the archipelago along an ecological gradient. These findings reset the bar for marine speciation in Hawai'i.
The Guy Harvey Ocean Foundation awarded a $30,000 grant to the University of Miami's RJD Marine Conservation Program to investigate shark conservation in Florida waters. The research aims to understand the impact of top predators on the ecosystem and develop strategies for sustainable fisheries management.
A two-year study by Dalhousie University researchers reveals the California Current is a crucial habitat for marine predators like tunas, sharks, and sea turtles. The study found that these species migrate predictably to the region when it warms and cools.
A decade-long study of Pacific Ocean predators reveals the California Current as a vital habitat with predictable seasonal patterns, attracting an array of marine life. The study shows that many species return to specific regions with astonishing fidelity, using internal cues to navigate.
A new study reveals that ocean low-oxygen zones are expanding and contracting in response to climate changes, posing a significant threat to marine ecosystems. The research, led by UCLA scientists, found that these oxygen-depleted regions can have devastating effects on marine populations.