A simple Python code that computes the meridional overturning circulation (MOC) from a model dataset interpolated onto the OSNAP section. More information can be found on the o-snap website under the tabs Outreach/For Modelers and the code can be downloaded here.
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- Heather Furey (WHOI) and Mark Graham (UMiami) get the rosette ready for the first calibration cast of microcats and test of releases before Leg 2 moorings are deployed. Also on the package are the CTD (Conductivity-Temperature-Depth) sensors which relay water property values up a conducting cable as the package is lowered to near the sea floor.
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- The CTD package, Ifremer/Ovide
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- photo by Penny Holliday
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- Robert reels in the rosette.
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- Deploying a RAFOS float. photo by Penny Holliday
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- Graduate students Roos Bol from NIOZ (left) and James Coogan from SAMS (right), at the CTD computer console.
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- The RV Pelagia, our home for the duration of this cruise.
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- ea time for the Principal Scientific Officer of the cruise (Stuart, on the left) during the recovery of the first US mooring, lead by Bill (in the middle). Dom (on the right side) observed with attention the work on the back deck.
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- The mooring team with R/V Pelagia deck crew, standing by a mooring anchor while towing the mooring to its final deployment spot.
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- Attaching a current meter to a mooring. photo by Penny Holliday
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- Penny working on the mooring spool together with GEOMAR student Ilmar Leinmann (Photo credit: Penny Holliday)
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- Feili and a float called Feili. photo by Penny Holliday
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