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An electronic current meter goes over the side of Crawford in 1965.
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An electronic current meter goes over the side of Crawford in 1965.
An electronic current meter goes over the side of Crawford in 1965.
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An electronic current meter goes over the side of Crawford in 1965.
An electronic current meter goes over the side of Crawford in 1965.
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Date
01/01/1965
File name
com/cullen/65 Curr Mtr.jpg
Notes
Gus Day (bottom) and Marvel Stalcup (glasses). Launched from the Crawford. Sensor at bottom of the electronic current meter is used to determine curent speed. Sensor at top of the cylinder determines direction. Data recorded from these two sensors is recorded electronically within the center cylinder on photographic film. Meters are later retrieved to obtain recorded data. Date is approximate. Image of The Day caption: Marvel Stalcup (foreground, with glasses) and Gus Day launch instruments from the research vessel Crawford in the 1960s. The sensor at bottom was an early electronic current meter, used to determine curent speed. The sensor at top of the cylinder captured current direction. Data was recorded within the center cylinder on photographic film. Image Of the Day repeat caption: Marvel Stalcup (with glasses) and Gus Day launch an early instrument to determine current speeds and directions from the research vessel Crawford circa 1965. Data were recorded on photographic film. Modern oceanographers use Acoustic Doppler Current Profilers (ADCPs). They transmit sound waves that ricochet off particles suspended in moving water and reflect back to the instrument. Due to the Doppler effect, sound waves bounced back from a particle moving away from the ACDP have a lower frequency when they return. Particles moving toward the instrument send back higher frequency waves. The instrument uses this Doppler shift to calculate how fast the particle and the water around it are moving. Caption from Down to the Sea for Science, pg. 47: An electronic current meter goes over the side of Crawford in 1965. Development of modern, long-lived current meters was vital to progress in Gulf Stream research.
Gus Day (bottom) and Marvel Stalcup (glasses). Launched from the Crawford. Sensor at bottom of the electronic current meter is used to determine curent speed. Sensor at top of the cylinder determines direction. Data recorded from these two sensors is recorded electronically within the center cylinder on photographic film. Meters are later retrieved to obtain recorded data. Date is approximate.
Image of The Day caption:
Marvel Stalcup (foreground, with glasses) and Gus Day launch instruments from the research vessel Crawford in the 1960s. The sensor at bottom was an early electronic current meter, used to determine curent speed. The sensor at top of the cylinder captured current direction. Data was recorded within the center cylinder on photographic film.
Image Of the Day repeat caption:
Marvel Stalcup (with glasses) and Gus Day launch an early instrument to determine current speeds and directions from the research vessel Crawford circa 1965. Data were recorded on photographic film. Modern oceanographers use Acoustic Doppler Current Profilers (ADCPs). They transmit sound waves that ricochet off particles suspended in moving water and reflect back to the instrument. Due to the Doppler effect, sound waves bounced back from a particle moving away from the ACDP have a lower frequency when they return. Particles moving toward the instrument send back higher frequency waves. The instrument uses this Doppler shift to calculate how fast the particle and the water around it are moving.
Caption from Down to the Sea for Science, pg. 47:
An electronic current meter goes over the side of Crawford in 1965. Development of modern, long-lived current meters was vital to progress in Gulf Stream research.
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© Shane Gross/Greenpeace
© Woods Hole Oceanographic Institution
Adinah Barnett
Adobe Farmhouse Photography
Alamy Stock Photo
Courtesy of National Aeronautics and Space Administration
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Illustration by Eric S. Taylor, WHOI Creative
Illustration by Jack Cook
Illustration by Jayne Doucette
Illustration by Natalie Renier, WHOI Creative
Marine Imaging Technologies, LLC © Woods Hole Oceanographic Institution
Photo by Amy Apprill
Photo by Craig LaPlante
Photo by Daniel Hentz
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Photo by Jayne Doucette
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Photo courtesy of Woods Hole Oceanographic Institution Archives
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Video by Craig LaPlante
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Video by Jayne Doucette
Video by Ken Kostel
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WHOI Creative © Woods Hole Oceanographic Institution
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Credit: Universal Images Group North America LLC / Alamy Stock Photo
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Image courtesy of NOAA Ocean Exploration, Deep Connections 2019.
Jeff Yonover 2015
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UnderCurrent Productions
Unless otherwise noted (copyrighted material for example), information presented on this World Wide Web site is considered publi
WHOI
WHOI 2005
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Woods Hole Oceanographic Institution
Woods Hole Oceanographic Institution.
www.joshuaqualls.com
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© Woods Hole Oceanographic Institution
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jdoucette: Image Of the Day repeat, 08/18/2018 kkostel: SKA presentation dpandya: for interactive history project jdoucette: Image of The Day, 08/15/2007 vcullen: Down to the Sea for Science, pg. 47
jdoucette: Image Of the Day repeat, 08/18/2018
kkostel: SKA presentation
dpandya: for interactive history project
jdoucette: Image of The Day, 08/15/2007
vcullen: Down to the Sea for Science, pg. 47
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Current meters
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Day, C. Godfrey "Gus"
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Stalcup, Marvel C.
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Crawford, R/V (WHOI, 1956-1969)
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