Most of the time coral reef communities are discussed, it seems the focus is whether they’re dominated by hard coral or algae. It turns out there may be other possible outcomes for reefs in the future. Find out more in today’s oceanbites!
Paper: Letscher, Robert T., et al. 2016. Nutrient budgets in the subtropical ocean gyres dominated by lateral transport. Nature Geoscience, v.9: 815–819 If you were a marine organism looking for some grub, where could you find something nutritious? Nutrients in the ocean accumulate in the bodies of living things, which tend to sink to deeper waters […]
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.
Pluto, the ex-planet at the far reaches of our solar system, recently had a nice photo op as a NASA vehicle drifted by. The pictures gave an unprecedented view of the object and, perhaps, point to the presence liquid water.
Scientists may have a new option for figuring out how much debris litters our beaches and what it all is! Find out more in today’s World Oceans Day post on marine debris!
Hurricane prediction models are constantly improving as we create more innovative ways to study the growth and development of storms. In 2011, a team from Rutgers University sent an autonomous underwater vehicle into the projected path of Hurricane Irene to measure ocean conditions before, during, and after it passed.
As Arctic sea-ice melts away, organisms will be exposed to more light and, potentially, more nutrients. Recent model work suggests that this combination will result in a more biologically active Arctic. But the net result might not be as positive as you think.
Where indeed? Oyster reef restoration and use for shoreline protection requires some planning to maximize effectiveness. Find out more in today’s oceanbites!
This is part 1 of 3 interview posts on the ArcticMix voyage. Scientists share their experiences with life aboard a cutting-edge research vessel!
Is it cool for fish to stay in a school? Many do, but why? Avoiding predators is one reason, but scientists debate on whether fish gain an energetic advantage of easier swimming when in a group. New research published in Fish and Fisheries uses advanced technology to test old and new theories of hydrodynamics and fish schooling, with some surprising results.
El Niño/Southern Oscillation (ENSO) can change winter weather on the western coasts of South and North America. Its arm of influence extends to the interior of the US as well, and can affect the frequency of severe weather events such as hailstorms and tornadoes throughout winter and spring.
Although we perceive the Arctic Ocean as being cold, it is a complicated system of temperatures, salinities, currents, and tides. The mixing of different ocean layers is key in warming the sea surface and providing a heat flux to the sea ice and atmosphere. A successful model of this system can help us better understand climate change in the Arctic. (Photo source: Canada’s Aquatic Environments)
CT scans of the skull of a beached whale has helped a pair of researchers figure out how baleen whales hear. Through computer modeling, they found that baleen whales, in addition to using soft tissue in their head like antennas, also use the bones in their skull to pick up sounds from their environment.
The Mekong Delta in Vietnam is subject to groundwater salt intrusions due to sea level rise, damaging vital crops. Agricultural production will continue to take a hit unless something can be done to either fight or adapt to this phenomenon. Researchers are using modeling to try and find cost-effective and long-lasting solutions.
Everyone knows that plants are essential to life on Earth. They use up climate-altering carbon dioxide and provide us with oxygen. But what happens when plants start growing in places where they aren’t wanted? Researchers attempt to model new plant growth in the Arctic with interactions between the atmosphere and sea-ice.