Fast-sinking phytoplankton particles deliver carbon from the surface to the deep ocean. Are plankton cells still able to survive when they sink to the deep ocean? If so, how long may they survive without any sunlight?
Shark, fish, and reptile scientists joined together to share their research at the 2015 Joint Meeting for Ichthyologists and Herpetologists last week. Here are some of the interesting talks I was able to see.
Another tale of how the loss of predators due to overfishing might impact coral reefs, but this one has a twist! Instead of the emphasis being on who’s eating whom, prey fish behavior is the key to what happens to the corals! Learn more in today’s oceanbites!
This study quantifies the higher quality of life found in coastal communities in developing countries. It also highlights the need for marine resource management to reach beyond cities to improve the wellbeing of rural communities, which are more impoverished than their urban counterparts.
Researchers conducted a study that looks at marine sediment records to investigate sediment weathering patterns over long-term climate cycles. Somewhat surprisingly, it appears the Earth may have a mechanism for balancing variations in weathering during these glacial-interglacial cycles and mediating carbon cycle fluxes.
Why some coral can take the heat better than others is in their DNA.
Undergraduates from all over the US have come to the University of Rhode Island Graduate School of Oceanography this summer to pursue research projects in oceanography as part of the Summer Undergraduate Research Fellowships in Oceanography (SURFO) program. Learn more about what they’ve been up to in the second part of a two-day series of short […]
Undergraduates from all over the US have come to the University of Rhode Island Graduate School of Oceanography this summer to pursue research projects in oceanography as part of the Summer Undergraduate Research Fellowships in Oceanography (SURFO) program. Learn more about what they’ve been up to in their series of short blog posts. We’ll be hearing more about what they’ve learned during the summer in upcoming posts!
Think critical ecosystems are threatened by an algal take over? Not so fast, grazers may have something to say about that.
A new technique using underwater robots may be able to teach us about sea turtle behaviors in the wild.
Ocean circulation plays a major role in delivering heat to the subpolar North Atlantic and influence long-term changes in sea surface temperatures. A cleaver use of tidal gauge data shows that we are in for a natural transition to cooler temperatures in the North Atlantic with unfavorable consequences for coastal sea level rise along the US northeastern seaboard.
In order to better understand coral reef complexity and structure researchers developed a cost effective way to 3D print coral reefs. Using these 3D models, researchers were able to dissect the complexity of coral reefs and better understand their intricate growth patterns.
The evolution of eyes has been the subject of debate for many years. Recent studies on a group of rare plankton from the northeastern Pacific Ocean propose an evolutionary origin for some of the smallest eyes in the world. In the case of these dinoflagellates, organelles were key in the development of their eyes.
What happens to a shrimp’s shell when exposed to more acidic conditions? Read more to find out!
In an effort to connect scientists with policy-makers, the American Meteorological Society hosts Congressional Visit Days. This post highlights six “lessons” learned during these unique and important meetings with our local and national policy-makers.
Invertebrate fisheries are on the rise, invertebrate fishery management needs to rise along with it. This study examines the the impact of fishing invertebrate species on population numbers of animals in the ecosystem.
Most of today’s research into the effects of climate change and ocean acidification is all doom and gloom: this animal and that ecosystem are developmentally challenged as a result of warming temperatures and lowered pH. This new study out of Australia is a rare bit of good news in the field, finding that giant clams (important economically for food and tourism) might escape the worst effects of ocean acidification thanks to their symbiotic bacteria.
Less frequent hurricanes can be expected due to climate change, a surprising finding considering the long list of challenges. Sound too good to be true? Unfortunately, the trade-off can be filed under that list of challenges.
Scientists find microplastic pieces in the intestines of a baleen whale for the first time.