I am fresh off a month-long stay aboard the Corps of Exploration vessel the E/V Nautilus. Read more to learn about the incredible exploration and research conducted aboard the Exploration Vessel Nautilus
A group of international researchers have found that marine phytoplankton communities are susceptible to impairment from complex mixtures of organic pollutants found in oceanic environments.
Some coastlines are more resilient to sea level rise, whereas others just plain drown. A new study by geologists at the United States Geological Survey evaluate how coastlines along the northeast United States will respond to sea level rise.
Coral reefs are essential to the overall health of the planet. Comprised of tiny, individual animals, these massive ecosystems contain as much biological activity as that of human crop production. By studying the microscopic organisms living within these corals, scientists can predict when a reef may be under threat from serious diseases before it is too late, preventing loss of vast stretches of this incredibly important ecosystem.
The best scientific theories bring lots of things together in unexpected ways. This one has ice ages, seafloor volcanoes, sea level changes, wobbles in the earth’s rotation, and much more!
There are a lot of things animals are better at than humans. What if we could get our animal colleagues to help us out with our science? This study uses birds with small GPS backpacks to measure wind speed in a way that humans just can’t!
Cephalopods are among the most colorful creatures in the ocean but only see in black and white. A father/son team recently proposed a new theory explaining how these organisms might sense and understand color. Besides explaining a decades old mystery, their idea might force us to reconsider what it means to see in color.
Juvenile bowhead whales put off gaining length and undergo severe bone loss to invest in growing their massive heads and baleen plates.
How much wood could a wood boring clam bore if a wood boring clam was given a lot of different options of wood to bore? Not as catchy as the original, but check this article out to learn about how the type of wood that falls to the deep ocean influences the community of animals that comes to feast on it.
Translated by Sandra Schleier, Original Post by ABRAHIM EL GAMAL Artículo: Wernberg T, Bennett S, Babcock RC, de Bettignies T, Cure K, Depczynski M, Dufois F, Fromont J, Fulton CJ, Hovey RK, Harvey ES, Holmes TH, Kendrick GS, Radford B, Santana-Garcon J, Saunders BJ, Smale DA, Thomsen MS, Tuckett CA, Tuya F, Vanderklift MS, and Wilson […]
Whales aren’t the only animals hydrophones can detect out in the ocean. In fact, in the near future it might be possible to listen in on animals like scallops and determine if they’re healthy or not. Intrigued? Click here for more!
Kelp forests are all but disappearing due to record ocean temperatures leading to a fogging of boundaries between traditional ecosystems.
In the deep sea off the coast of Antartica, sea urchins are getting crafty to avoid predation from king crabs. In the face of global climate change, their tactic may become less effective while the predators become more abundant. Find out more here.
Have you ever tried to farm something and had it not work? That is a definite trend for famers trying to culture octopuses. In this study scientists used wild Octopus vulgaris paralarvae as a blue print for what they should expect in farm cultures. Their findings are helpful for determining better ways for successful octopus aquacultures.
Coccolithophores stand out from other marine phytoplankton in their ability to form calcified plates. Why is it beneficial for coccolithophores to calcify and how may these plates hold up under future ocean conditions?
At the International Marine Conservation Congress this year, I got a first-timer’s look into the world of marine conservation research and in-depth discussions about the future of conservation.
This summer, undergraduate students from all over the United States have come to the University of Rhode Island Graduate School of Oceanography to conduct oceanography research as part of the Summer Undergraduate Research Fellowships in Oceanography (SURFO) program. Learn more about what they’ve been up to in Part II of this two-day series of short […]
This summer, undergraduate students from all over the United States have come to the University of Rhode Island Graduate School of Oceanography to conduct oceanography research as part of the Summer Undergraduate Research Fellowships in Oceanography (SURFO) program. Learn more about what they’ve been up to in this two-day series of short blog posts they’ve written for oceanbites!
Help your oceanbites writers decide what to write about in September!
Climate change will produce both winners and losers, but we might not like who ends up winning! New research shows that toxic cyanobacteria can rapidly adapt to increasing CO2 concentrations and outcompete other more desirable types of algae.