Microbiology
First Report of Biologically Produced Elemental Carbon
Deep-sea microorganisms have been found to produce elemental carbon, although the biological reason remains unknown.
Category: Microbiology
Microbiology
Sea Ice Diversifies Antarctic Phytoplankton
A new study finds that communities of phytoplankton become less diverse and export less carbon as sea ice melts.
Microbiology
Oxygen Tied up in Tides
A new study connects ocean tides with the oxygenation of our atmosphere.
Microbiology
What’s out there?: Bacteria off the coast of India
It is a perennial thought for everyone out in nature, “what’s out there”? Today, we take a look at the…
Biology Chemistry Methodology Microbiology Physiology
Protist Factories: A Potential Way to Make Gold and Silver
Modern research is investigating the ability of organisms to make valuable products for us. A multi-national team examined the ability…
Microbiology
Under Pressure: Novel Experiments in Microbiology on the Seafloor
Evaluating the effect of pressure on marine microorganisms is notoriously difficult. New research attempts to overcome this challenge by comparing…
Microbiology
Enormous Source and Sink of Hydrocarbons Discovered in the Ocean
A team of scientists just discovered an enormous new source of hydrocarbons to the ocean: cyanobacteria. But what does their…
Microbiology
Living Fossils Hidden in Plain Sight
Around 2.4 billion years ago, the emergence of cyanobacteria multiplied oxygen concentrations in our atmosphere by almost a million, and…
Microbiology
Antarctic Sea Ice Feeds Microbes with a Surprising Ability
By sampling seawater around Antarctica, a Japanese research team has discovered microorganisms that can transform nitrogen gas into more biologically…
Ecology Microbiology
Oh where, oh where can micro-organisms be?
Does the width of 10 strands of human hair matter compared to the size of an entire ocean? A new…
Microbiology
Life at One Hundred Million Years Old
A team of scientists traveled to the South Pacific Gyre and discovered 100 million year old, energy-starved microorganisms hidden below…
Atmospheric Science Biology Genetics Microbiology Physical oceanography
Me, Myself, and I: The Solitude of Bacteria above the Southern Ocean
Picture this: shrink yourself down to the 1/1000th the size of the period at the end of this sentence. You…
Microbiology
What your poop says about your diet: Iron in the ocean is controlled by zooplankton diet and poop
Have you ever had weird colored poop? Just like your poop can tell you what you've been eating lately, zooplankton…
Coastal Management Genetics Human Health Microbiology
Tough bugs below the waves?
Just as humans can build up tolerances to things we’re exposed to, so can bacteria. Introduce antibiotics to an ecosystem…
Biogeochemistry Climate Change Ecology Genetics genomics Microbiology
Think global, act local: how lake microbes respond to their environments
How do microbes in lake sediments respond to small and large scale influences, and what does it have to do…
Microbiology
Lights, Camera, and the Action-Packed World of Giant Viruses
A newly discovered giant virus might even be capable of altering its hosts ability to derive energy. A virus that…
Microbiology Outreach Science Communication
Outreach- Ship to Shore STEM education
Delivering field work directly from the field to the classroom has become an important part of science communication and engagement.…
Microbiology
Microbialites are the unseen power house for marine and inland sea ecosystems
Ever hear someone say, "Just because you can't see something, doesn't mean it's not there?" Well, microscopic bacteria and algae…
Atmosphere science Biological oceanography Biology Climate Change Ecology Genetics Human impacts Microbiology Ocean Acidification
Fixin’ to lose: Trichodesmium reacts to climate change
Nitrogen is vital for all life on the planet. One of the main global sources for nitrogen, the bacteria Trichodesmium,…
Biogeochemistry Biological oceanography Biology Book Review Climate Change deep sea Ecology Microbiology
Biofilms are a prominent first step in the colonization of wood-falls
A profound yet never-before-appreciated first step in the colonization of sulfur oxidizing bacteria on the surface of wood-debris in the…
