Journal
Study Highlights Importance of Mineral Iron in Ocean Ecosystems
Research reveals the importance of mineral forms of iron in regulating the cycling of this bio-essential nutrient in the ocean
Read MoreNitrous Oxide Cycling Study Points to Microbial Networks Key to Maintaining the Balance of Marine Nutrients
Study examines the role of microbes in the nitrogen cycle of the world’s oceans.
Read MoreAnimals in Ocean’s Twilight Zone Thrive on Upcycled Nutrients
Microzooplankton are an important component of the deep sea food web, according to a new study by an interdisciplinary team of scientists through the EXPORTS campaign.
Read MoreStudy reveals salps play outsize role in damping global warming
Jelly plankton blooms can offset as much CO2 as emitted by millions of cars
Read MoreThe Sepia Toned Photograph and Sea-Level Rise
How scientists used a historical document to measure climate change impacts in Bermuda
Read MoreStudy: Microbial Life Helps Warming Ocean Adapt
New research reveals microbial ocean life that drives the carbon cycle in the Atlantic is adapting to warmer conditions. The findings give insight to how the ocean may adapt to warmer conditions and how to better forecast the future.
Read MoreLong-term data show a recent acceleration in chemical and physical changes in the ocean
Two open-ocean hydrographic stations record 40 years of change in the subtropical North Atlantic Ocean
Read MoreThe Sargasso Sea has become warmer and saltier, and the loss of oxygen and ocean acidification is accelerating
The subtropical oceans are getting warmer and saltier, losing oxygen, and gaining carbon dioxide, and in the recent decade, these changes have accelerated.
Read MorePlanktonic sea snails and slugs may be more adaptable to ocean acidification than expected
An evolutionary study finds that pteropods, or “wing-footed” sea snails and slugs, have faced acidified oceans in the past – and survived.
Read MoreUnderstanding the Movement Patterns of Free-swimming Marine Snails
New research relates shell shapes and body geometries and sizes with swimming abilities and sinking behaviors, which impact vertical migration and distribution.
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