Biological oceanography S’not your typical carbon capture This mucus-making microbe deploys a snotty strategy for cycling carbon in the ocean. Reference: Larsson, M.E., Bramucci, A.R., Collins, S.…
Biogeochemistry Methane munchers: how will increases in ocean temperatures affect methane-eating archaea? Tiny, single-celled archaea prevent the majority of sediment-trapped methane from reaching the atmosphere – but could warming waters change how…
Ecology Diatom Dialogue Reference: Font-Muñoz, J. S., Sourisseau, M., Cohen-Sánchez, A., Tuval, I., & Basterretxea, G. (2021). Pelagic diatoms communicate through synchronized beacon…
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…
Plastic Pollution Microbe Mishap: Microplastic Pollution on the Coast of China Marine plastic pollution has vast negative effects on the environment and human health. Microbes on the plastic may be transferring…
Sea Ice Melting ice, shifting microbes Polar bears have been the poster child for sea ice melting in the Arctic. But what does sea ice loss…
Coral Microbiome Corals get their auras read Corals, depending on dominant cover type, can influence the microbial community living in the surrounding water. Read on to find…
Microbiology A blanket of oil: the role of bacteria in cleaning up after Deepwater Horizon Nearly one million barrels of oil landed on the seafloor after the Deepwater Horizon spill - a feast if bacteria…
Microbiology The answer to starvation? Diversity Photosynthetic microorganisms can't go it alone, so they succeed by playing host to a diverse array of microbial partners
Microbiology The ocean’s tiny, mysterious majority The earth has more viruses than the universe has stars - but we know far less about our tiny majority…