I recently found this post of the mean surface currents in the North Atlantic Ocean by @oceanCO2. And for some reason I couldn’t get over…
View More An ocean full of eddiesAuthor: Dr. Martini
Kim is a Senior Oceanographer at Sea-Bird Scientific. She received her Ph.D. in Physical Oceanography from the University of Washington in 2010. Her goal in life is to throw expensive s**t in the ocean. When not at sea, she has used observations from moored, satellite and land-based instruments to understand the pathways that wind and tidal energy take from large (internal tides) to small scales (turbulence). Her current mission is to make your oceanographic data be the best data it can be.
Notes from the field: Mixology of Water Masses
The ocean is not homogenous. In other words, not all seawater is the same. Instead, it made up of many different water masses, each with…
View More Notes from the field: Mixology of Water MassesNotes from the field: Find the currents, deploy the ROBOTS!
We’re excited for another guest post from Kim Martini here at DSN (read previous posts here). Kim is a physical oceanographer working at the University of Alaska,…
View More Notes from the field: Find the currents, deploy the ROBOTS!Notes from the field: North, to the Arctic Ocean!
We’re excited for another guest post from Kim Martini here at DSN (read previous posts here). Kim is a physical oceanographer working at the University of Alaska,…
View More Notes from the field: North, to the Arctic Ocean!Searching for microscale turbulence at the macroscale
We’re very excited to introduce another guest post from Kim Martini here at DSN (read previous posts here). Kim is a physical oceanographer working at the University…
View More Searching for microscale turbulence at the macroscaleThe Largest Waves in the Sea Aren’t at the Beach
I am very excited to introduce Kim Martini as guest blogger here at DSN. Kim is a physical oceanographer working at the University of Alaska,…
View More The Largest Waves in the Sea Aren’t at the Beach