Atmospheric Science

This category contains 9 posts

Throwing Babies out with the Sea Ice: Ringed Seals Response to Ice Decline

As the Earth warms, sea ice declines. What happens to those animals who rely on the ice? Today’s oceanbites looks at one animal, the ringed seal, and how it may be affected by climate change!

MARPOL-ling in the Right Direction

Posted by Steven Koch Research article: Zetterdahl, M., Jana Moldanov, J., Xiangyu Pei, X., Pathak, R. K., Demirdjian, B. (2016). Impact of the 0.1% fuel sulfur content limit in SECA on particle and gaseous emissions from marine vessels. Elseveir, Atmospheric Environment, 145 (2016) 338-345. doi: http://dx.doi.org/10.1016/j.atmosenv.2016.09.022 Background Air pollution is an important issue that adversely […]

New Year, new innovations: energy and climate science

Research in marine renewable energy and climate systems will grow ever more important in the future. The research for these areas are not just done on the coast, however – I ventured into the mountains to learn more.

The Polar Linkage Express: complicated interactions between the Arctic and mid-latitudes

Climb aboard the Polar Linkage Express to learn about the main challenges facing scientists as they try to decipher just what is going on with winter weather these days! Is it really linked to the state of the Arctic?

Measuring Wind is for the Birds!

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!

Not all freshwater is created equal

Glacial runoff, precipitation, and sea ice melt all contribute to the freshwater content of the upper ocean along the west Antarctic Peninsula. Using oxygen isotope samples from water found in different areas of the continental shelf, researchers were able map the areas where different sources of freshwater are more important.

Storm Troopers! Robots collect ocean data during hurricanes

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.

Mercury at elevated levels observed in only some elephant seals, but why?

Mercury: we know it from old-school thermometers and we know if from sushi; and now we know that the distribution in the ocean is reflected in the blood of northern elephant seals. N.B. No elephant seals were harmed during this research.

Get ready for some “extremely” wet and warm days! (Maybe)

Recently, a lot of research has been focused on predicting average winter temperature and rainfall in the U.S. during El Niño years, but it’s the extreme events that are the biggest risks to our society and economy. This work presents the first look at how the geographic center of an El Niño influences the likelihood of extreme climate events in the United States.

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