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Online Science Expedition Brings Deep Sea Vents to the Computer Screen

By Guest PostJanuary 2, 2014Environmentdeep sea vents, dive and discover, DNA, east pacific rise, ecosystems, family science nights, hydrothermal vents, isobaric gas tight, jason, mail buoy, manzanillo, Mexico, mid ocean ridge, online science expedition, remotely operated vehicle, research vessel atlantis, rna, sampler, seafloor conditions, stefan sievert, Technology, whoi

Woods Hole Oceanographic Institution’s ‘Dive and Discover’ Begins Jan. 2, 2014

Scientists and engineers using advanced technology and a unique robotic vehicle to study the deep sea will also be using their computers to interact with students, teachers, and the public about the research they are conducting.

Working along the East Pacific Rise, a mid-ocean ridge about 600 miles south of Manzanillo, Mexico, aboard the research vessel Atlantis, scientists from Woods Hole Oceanographic Institution (WHOI) and their colleagues will examine life in some of the most extreme environments on Earth—deep-sea hydrothermal vents. (more…)

Google, Intel Founders Support Undersea Research by UMass Amherst Microbiologist

By Guest PostAugust 24, 2013Environmentaxial volcano, begum topcuoglu, black smoker, coast of oregon, Environment, environmental conservation, Eric Schmidt, founders, Google, hydrothermal fluids, hydrothermal vents, hyperthermophilic, intel, james holden, lucy stewart, methane producing, methanogenic, microbes, NASA, nsf, oceanographic research, pathogens, quantitative hydrogen requirements, research vessel falkor, schmidt ocean institute, simple organic wastes, soi, super heat loving, umass amherst microbiologist, undersea research, undersea volcanoes, university of massachusetts, university of washington, uw

AMHERST, Mass. – When microbiologist James Holden of the University of Massachusetts Amherst launches new studies next month of the microbes living deep in the cracks and thermal vents around an undersea volcano, for the first time in his 25-year career his deep-sea research will not be funded by a government source.

Instead, Holden will be funded by philanthropists committed to supporting oceanographic research: The Gordon and Betty Moore Foundation started by the co-founder of Intel and his wife, and the Schmidt Ocean Institute (SOI), started by Eric Schmidt of Google and his wife, Wendy. The Moores’ foundation is dedicated to advancing environmental conservation and scientific research, while the SOI supports oceanographic research projects that “help expand the understanding of the world’s oceans through technological advancements, intelligent observation and analysis, and open sharing of information.” (more…)

Newly discovered ocean plume could be major source of iron

By Guest PostAugust 20, 2013Environmentabigail noble, atmospheric carbon dioxide, brazil, carbon cycle, carl lamborg, chad hammerschmidt, climate, cloud of nutrients, coffee mug, earth crust, fissure, growth of phytoplankton, gyre, helium, hydrothermal vents, iron flux, mak saito, mantle, mid atlantic ridge, mid atlantic vents, namibia, ocean plume, pacific ocean, rv knorr, seawater samples, source of iron, south atlantic ocean, tyler goepfert, uk, university of liverpool, whoi researchers

Study reveals micronutrient riches rising from the Southern Mid-Atlantic Ridge

Scientists have discovered a vast plume of iron and other micronutrients more than 1,000 km long billowing from hydrothermal vents in the South Atlantic Ocean. The finding, soon to be published in the journal Nature Geoscience, calls past estimates of iron abundances into question, and may challenge researchers’ assumptions about iron sources in the world’s seas.

“This study and other studies like it are going to force the scientific community to reevaluate how much iron is really being contributed by hydrothermal vents and to increase those estimates, and that has implications for not only iron geochemistry but a number of other disciplines as well,” says Mak Saito, a WHOI associate scientist and lead author of the study. (more…)

Mussels Cramped by Environmental Factors

By Guest PostFebruary 22, 2013Environment, Natureautumn hurricanes, biodiversity, breed resistant, bungee cords, byssal threads, byssus, coast of washington, commercial growers, crabs, cramp, david garrison, emily carrington, environmental biologist, environmental factors, environmental fluctuation, fibrous threads, filaments, golden colored threads, hydrothermal vents, keystone species, laura newcomb, lobsters, marine food web, mass, mussel populations, mussels, Nature, ocean acidification, possible environmental culprits, rocky intertidal areas, science arena, sea anemones, seasonal weakening, spawning cycle, species, storms, stressor, typical summer temperatures, university of washington

The fibrous threads helping mussels stay anchored – in spite of waves that sometimes pound the shore with a force equivalent to a jet liner flying at 600 miles per hour – are more prone to snap when ocean temperatures climb higher than normal.

Emily Carrington, a University of Washington professor of biology, reported Saturday (Feb. 16) that the fibrous threads she calls “nature’s bungee cords” become 60 percent weaker in water that was 15 degrees F (7 C) above typical summer temperatures where the mussels were from. She spoke at the American Association for the Advancement of Science meeting in Boston. (more…)

Hot Meets Cold at New Deep-Sea Ecosystem: “Hydrothermal Seep”

By Guest PostMarch 10, 2012Environmentdeep sea ecosystem, hot meets cold, hydrothermal seep, hydrothermal vents, jaco scar, rethink the boundary, tectonic plate margin

*Habitats overlap at Jaco Scar in depths off Costa Rica*

Decades ago, marine scientists made a startling discovery in the deep sea. They found environments known as hydrothermal vents, where hot water surges from the seafloor and life thrives without sunlight. (more…)

Clam Fields Found at Deep, Low-Temperature Mariana Vents

By Guest PostFebruary 19, 2012Sciencehydrothermal vents, mariana plate, mariana trench, serpentinite vents, serpentinization of peridotite, shinkai seep field, southern mariana forearc, vesicomyid clams

Scientists have marveled at the unusual life forms thriving at high temperature hydrothermal vents of the deep ocean. (more…)

NSF Announces Major Awards for Biodiversity Research, WHOI Scientists Selected

By Guest PostNovember 1, 2011Sciencealvin, bigelow laboratory for ocean sciences, biogeochemical cycling of carbon, biogeochemistry, biologist, bosun patrick hennessy, catie craver, chemist, chemosynthesis, China, crab spa, craig taylor, deep sea hydrothermal vent, deep sea vent microbial communities, dimensions in biodiversity research, east pacific rise, ecosystems, france, Germany, hydrothermal vents, jeff seewald, mclane research laboratories, microbial interaction, microbiology, nadine le bris, national science foundation, nitrogen, photosynthesis, ramunas stepanauskas, rv atlantis, scientist, seaman kevin threadgold, stefan sievert, sulfur, woods hole oceanographic institution

The 1977 discovery of deep-sea hydrothermal vent ecosystems that obtain energy through chemosynthesis rather than photosynthesis greatly expanded the perception of life on Earth. However, an understanding of their underlying microbiology and biogeochemistry still remains elusive.

A newly funded project, one of several major awards announced by the National Science Foundation’s (NSF) Dimensions in Biodiversity research program, stands to change that through a multi-disciplinary, international collaborative research effort led by Associate Scientist Stefan Sievert of the Woods Hole Oceanographic Institution. (more…)

“Fool’s Gold” from The Deep is Fertilizer for Ocean Life

By Guest PostMay 10, 2011Environment, Scienceamy gartman, atmospheric oxygen, bacteria, barbara ransom, carbon dioxide levels, clara chan, deep sea, fools gold, george luther, humans, hydrothermal vents, iron, iron disulfide, microscopic pyrite particles, mineral pyrite, multivitamins, mustafa yucel, nanoparticles, ocean, ocean bottom, organisms, phytoplankton, pyrite nanoparticles, pyrite particles, seawater, tiny plants, university of delaware

*Pyrite nanoparticles from hydrothermal vents are a rich source of iron in the deep sea*

Similar to humans, the bacteria and tiny plants living in the ocean need iron for energy and growth. But their situation is quite different from ours–for one, they can’t turn to natural iron sources like leafy greens or red meat for a pick-me-up.

So, from where does their iron come? (more…)

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