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modeling

This tag is associated with 11 posts

A call for clouds in climate models

In this throwback to last March, learn how clouds influence the greenhouse effect. This climate modeling study focused on their potential disappearance as carbon emissions continue to rise. Nyla HusainI’m a PhD student at the University of Rhode Island Graduate School of Oceanography. I use models to study how small-scale physical processes at the air-sea […]

Envisioning a better world with climate impact modeling

After October 2018, the global perspective on climate change started to shift. We dive into climate impact models, and how they could help us plan for a future in which climate change impacts every aspect of our lives. Nyla HusainI’m a PhD student at the University of Rhode Island Graduate School of Oceanography. I use […]

Catch prey while the sun shines – Herring grow bigger when they can see their food

It is a truth universally acknowledged, that a sea creature in possession of a home in higher latitudes (further from the equator), must (on average) possess more size than its mid latitude neighbors. But why should high latitude fish be in possession of such a good fortune? Kristin HuizengaI am a PhD student studying Biological […]

Protections with a bite: Are toothed whales sheltered by South African Marine Protected Areas?

Marine Protected Areas (MPAs) are often put into place to protect biodiversity and essential fish stocks, but toothed whales are rarely considered when deciding where to put an MPA. As South Africa looks to expand its protected areas, Jean Purdon and her colleagues set out to learn where the toothed whales are living off the […]

Current connections: how far away coastlines influence marine reserves

A research team used a state-of-the-art model to map how four remote Marine Protected Areas are connected to the surrounding oceans, and how human activities are impacting them from afar. Veronica TamsittI’m a PhD student at Scripps Institution of Oceanography in La Jolla California. My research is focused on the Southern Ocean circulation and it’s […]

Put your cilia in the air and wave ‘em like you just don’t care

A new study out of Woods Hole sheds some light on how marine phytoplankton enhance their ability to take up nutrients. Using fancy cameras and powerful models, the researchers suggest that short, rapid swimming bursts allow organisms to escape to greener pastures. Eric OrensteinEric is a PhD student at the Scripps Institution of Oceanography. His […]

A Whale Shaped Needle in a Ocean Sized Haystack

Sperm whales are very large, but they can still be tricky to find in the ocean! These researchers combined several data sets, from centuries old whaling records to modern automated location recording, to determine the locations off the southwest Australia most suitable for sperm whales, so policy makers can plan to protect these animals and […]

Can the ocean take the heat?

Things heat up as scientists investigate deeper to find out how much heat the ocean can take. Veronica TamsittI’m a PhD student at Scripps Institution of Oceanography in La Jolla California. My research is focused on the Southern Ocean circulation and it’s role in climate. For my research I sometimes spend months at sea on […]

Rapid changes in the Southern Ocean threaten ecosystems

Rapid acidification of the Southern Ocean could occur in the next 30 years with potentially huge impacts to local ecosystems. Veronica TamsittI’m a PhD student at Scripps Institution of Oceanography in La Jolla California. My research is focused on the Southern Ocean circulation and it’s role in climate. For my research I sometimes spend months […]

Ocean eddies suck carbon out of the atmosphere, thanks to plankton

When phytoplankton sink into the deep ocean, they take carbon with them, storing CO2 away from the atmosphere. This new study suggests that ocean eddies may play an important role in getting this tiny organisms to sink! caelCael was once told by a professor that applied mathematicians are ‘intellectual dilettantes,’ which has been a proud […]

Model Suggests 40% of Global Dioxin Emissions End Up in Oceans

Researchers at the University of British Columbia recently presented a global model simulating how dioxins, a group of very toxic, persistent pollutants, travel from source regions and are deposited around the globe. Their findings suggest that oceans are impacted more dramatically than previously thought. Carrie McDonoughI am the founder of oceanbites, and a postdoctoral fellow […]

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