Refine by
Deep Ocean Articles & Analysis
118 news found
Boron’s stable isotopes, as represented by δ¹¹B, have emerged as a powerful tool in paleoceanography and climate science. This geochemical proxy provides insight into the marine environmental chemistry on modern and geological timescales with particular implications for the carbon cycle, ocean acidification, and broader climate interpretations. By analyzing the boron ...
It's that time of the year to take a short break and enjoy some good food and spend time with loved ones. We at Deep Ocean will be doing this, as our doors will be closed from Nov. 22 to Nov. 26 and Dec. 20 to Jan. 2. ...
Zhong and Peng were surprised to find plastic waste in a deep-sea submarine canyon located in the northwestern South China Sea. ...
“We’re excited to work with BIRNS and our industry-leading partners to advance the future of the ocean economy toward a safer and less capital- and carbon-intensive ...
Sequoia Scientific, Inc. has delivered a LISST-Deep instrument to a customer in Rio de Janeiro, Brazil. The instrument will be used for deep ocean sediment monitoring in and around critical oil & gas infrastructure in the oil-rich waters off the East coast of Brazil. The LISST-Deep allows engineers and scientists to analyze ...
Deep Ocean Engineering Inc. (DOE) is proud to announce the addition of a new type of Remotely Operated Vehicle (ROV) to their already diverse and impressive product line, the Phantom X8. This electric, light work-class, vehicle is the largest and most heavy-duty ROV manufactured by DOE and packs a robust design for deep sea maneuverability and ...
Fishery Restoration Fishery restoration combines poverty reduction and community empowerment with carbon sequestration. There are massive stretches of ocean that are nutrient-limited due to climate change. Supplementing nutrients can promote photosynthesis and build up fisheries. That, in turn, allows for carbon sequestration in the deep ocean. ...
Gerald Cysewski, chose the pristine Kona Coast of Hawaii due to the pure, unpolluted, clean growing location and access to deep ocean water from a depth of 2000 feet. Our 90acre facility is located in a BioSecure zone, free of all pesticides and herbicides. ...
Gerald Cysewski, chose the pristine Kona Coast of Hawaii due to the pure, unpolluted, clean growing location and access to deep ocean water from a depth of 2000 feet. Our 90-acre facility is located in a BioSecure zone, free of all pesticides and herbicides. ...
Led by the National Oceanography Centre (NOC), this expedition, will sample the amount of microplastics in the water column and capture a continuous record of microplastics sinking to the deep ocean. Furthermore, the first controlled experiments investigating the impact of microplastics on tiny marine organisms at the base of the food chain will be carried out ...
“This mission exemplifies Teledyne’s commitment to exploration and discovery, from the ocean floor to deep space.” JUICE is an acronym for the ESA mission: JUpiter ICy Moons Explorer. ...
The NOC’s Autosub Long Range is joining ocean scientists from the University of Southampton and British Antarctic Survey (BAS) on an expedition to study some of the deepest and coldest abyssal ocean waters on earth – known as Antarctic Bottom Water (AABW) – and how they affect climate change. Engineers from the NOC will assist the team of ...
For more than a decade scientists from the National Oceanography Centre in Southampton have been travelling to the subtropical Atlantic to collect data that provide important information about our changing climate. Just 15 miles from the sandy shores and coral reefs of the Bahamas the ocean floor plunges down to depths of over two-and-a-half miles. Along this steep slope dozens of sensitive ...
The central North and South Atlantic gyres are extraordinarily unproductive as the intense solar heating causes stratification, which in turn, blocks deep-water nutrients from reaching phytoplankton residing in the surface ocean. ...
The development of better instruments to measure ocean pH, particularly in the deep ocean, is vital to understanding the magnitude and impact of these changes. ...
The study, published in Scientific Reports, analysed the saltiness of the world’s oceans. More rain and outflow from rivers in a region of an ocean means sea water gets diluted and therefore becomes less salty. ...
There are over 25 million of these hills on the ocean floor, each hundreds of metres high. They cover around 40% of the ocean floor, making them the dominant landform on our planet. Therefore the findings of the study have important implications for diversity between 3.5 and 6.5 km depth, and deep-sea ecosystem functioning. Dr Brian Bett, from ...
Boaty’s adventures will help tell the story of ocean exploration to a whole new audience, and a full sized inflatable and the cartoon likeness will travel to events across the country. ...
Operated on NERC's behalf by the NOC for the UK's marine science community, RRS Discovery, provides access to the global ocean from the tropics to the poles, underpinning the UK's leadership in marine science. ...
We encourage applicants from across the spectrum of Marine Science and Conservation, broadly construed (e.g., oceanography, biogeochemistry, marine technology, remote sensing, coastal geomorphology, ocean energy, deep-sea science, environmental toxicology, natural hazards, microbial ecology, marine biology and ecology, fisheries, conservation science, and ...