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Claudia Cenedese and Rachel Bueno de Mesquita working on Cenedese's research.
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Claudia Cenedese and Rachel Bueno de Mesquita working on Cenedese's research.
Claudia Cenedese and Rachel Bueno de Mesquita working on Cenedese's research.
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95894
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Kleindinst, Thomas N.
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Claudia Cenedese and Rachel Bueno de Mesquita working on Cenedese's research.
Claudia Cenedese and Rachel Bueno de Mesquita working on Cenedese's research.
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03/11/2005
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graphics-Whitehead_Lab_RCRC-DSC_0017.jpg
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Cenedese developed the equipment in the photos to study fluid flow and eddies around seamounts. Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, wearing the pink shirt. Cenedese is in a dark shirt. Image of The Day caption: WHOI physical oceanographer Claudia Cenedese (left) and Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, developed this laboratory experiment to study fluid flow and eddies around seamounts. In the WHOI Geophysical Fluid Dynamics (GFD) Laboratory, Cenedese filled the plexiglass basin with waters of different densities and salinities, each of which was colored with a different food dye. The basin was then rotated on a spinning table that mimics Earth's coriolis effect on the ocean. The researchers observed how the different water masses move and mix. Caption from Oceanus magazine, Vol. 46, No. 2, Pg. 28: WHOI physical oceanographer Claudia Cenedese (left) and Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, developed this experiment on a rotating table in the WHOI Geophysics Fluid Dynamics Laboratory to study how fluid flows around seamounts.
Cenedese developed the equipment in the photos to study fluid flow and eddies around seamounts. Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, wearing the pink shirt. Cenedese is in a dark shirt.
Image of The Day caption: WHOI physical oceanographer Claudia Cenedese (left) and Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, developed this laboratory experiment to study fluid flow and eddies around seamounts. In the WHOI Geophysical Fluid Dynamics (GFD) Laboratory, Cenedese filled the plexiglass basin with waters of different densities and salinities, each of which was colored with a different food dye. The basin was then rotated on a spinning table that mimics Earth's coriolis effect on the ocean. The researchers observed how the different water masses move and mix.
Caption from Oceanus magazine, Vol. 46, No. 2, Pg. 28:
WHOI physical oceanographer Claudia Cenedese (left) and Rachel Bueno de Mesquita, a visiting researcher from the University of Rome, developed this experiment on a rotating table in the WHOI Geophysics Fluid Dynamics Laboratory to study how fluid flows around seamounts.
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jdoucette: .tif to .jpg jtromp: for open house kkostel: Science Fair kkostel: SKA presentation akline: AVDF visit slide show kkostel: Avery Presentation efitzpatrick: poster ashapiro: gfd jfarrar: for presentation jdoucette: Image of The Day, 08/07/2007 jpires: Oceanus kjoyce: fsdfsdf jcanavan: Oceanus magazine, Vol. 46, No. 2, Pg. 28 jtromp: For Claudia Cenedese
jdoucette: .tif to .jpg
jtromp: for open house
kkostel: Science Fair
kkostel: SKA presentation
akline: AVDF visit slide show
kkostel: Avery Presentation
efitzpatrick: poster
ashapiro: gfd
jfarrar: for presentation
jdoucette: Image of The Day, 08/07/2007
jpires: Oceanus
kjoyce: fsdfsdf
jcanavan: Oceanus magazine, Vol. 46, No. 2, Pg. 28
jtromp: For Claudia Cenedese
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