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449796 - "Synthetic" float data shown projected from one month to ten years.
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"Synthetic" float data shown projected from one month to ten years.
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"Synthetic" float data shown projected from one month to ten years.
"Synthetic" float data shown projected from one month to ten years.
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449796
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Levang, Sam
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"Synthetic" float data shown projected from one month to ten years.
"Synthetic" float data shown projected from one month to ten years.
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Date
05/09/2008
File name
atl_traj.jpg
Notes
Caption from Oceanus magazine, Vol. 53, No. 2, pg. 33: Researchers use computer simulations of ocean circulation to predict how floats would move in ocean currents. Here, the model simulates the release of a group of floats near Cape Hatteras, with the three panels showing float locations after one month, one year, and ten years. The complexity of the oceans currents causes these floats to rapidly spread apart, and the details of this spreading are important for predicting the oceans response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters. Image Of the Day caption: Sam Levang, a graduate student in the MIT-WHOI Joint Program, uses models to simulate ocean circulation. Into his virtual ocean, he injects synthetic floats to see where ocean currents take the floats. Here, synthetic floats were released near Cape Hatteras (yellow star). These three panels show the trajectories and locations of the floats after one month, one year, and ten years. The complexity of the ocean's currents causes these floats to spread apart rapidly. The details of this spreading are important to predict the ocean's response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters. Caption from Oceanus online: "Synthetic" floats are used to generate trajectories in computer simulations of ocean circulation. Here, a group of floats are released near Cape Hatteras, with the three panels showing float locations after one month, one year, and ten years. The complexity of the ocean's currents causes these floats to rapidly spread apart, and the details of this spreading are important to predict the ocean's response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters.
Caption from Oceanus magazine, Vol. 53, No. 2, pg. 33:
Researchers use computer simulations of ocean circulation to predict how floats would move in ocean currents. Here, the model simulates the release of a group of floats near Cape Hatteras, with the three panels showing float locations after one month, one year, and ten years. The complexity of the oceans currents causes these floats to rapidly spread apart, and the details of this spreading are important for predicting the oceans response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters.
Image Of the Day caption:
Sam Levang, a graduate student in the MIT-WHOI Joint Program, uses models to simulate ocean circulation. Into his virtual ocean, he injects synthetic floats to see where ocean currents take the floats. Here, synthetic floats were released near Cape Hatteras (yellow star). These three panels show the trajectories and locations of the floats after one month, one year, and ten years. The complexity of the ocean's currents causes these floats to spread apart rapidly. The details of this spreading are important to predict the ocean's response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters.
Caption from Oceanus online:
"Synthetic" floats are used to generate trajectories in computer simulations of ocean circulation. Here, a group of floats are released near Cape Hatteras, with the three panels showing float locations after one month, one year, and ten years. The complexity of the ocean's currents causes these floats to rapidly spread apart, and the details of this spreading are important to predict the ocean's response to climate change. Colors indicate the depth of the floats, with red trajectories near the surface and blue ones in deeper waters.
Credit line
© Woods Hole Oceanographic Institution
©Shane Gross/Greenpeace
Adobe Farmhouse Photography
Getty Images/iStockphoto
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
Photo by Danielle Fino
Photo by Darlene Trew Crist
Photo by Elise Hugus
Photo by Hannah Piecuch
Photo by Jayne Doucette
photo by Jeff Yonover
Photo by Katherine Spencer Joyce
Photo by Ken Kostel
Photo by Marley L. Parker
Photo by Matthew Barton
Photo by ML Parker
Photo by Rebecca Travis
Photo by Sean Patrick Whelan
Photo by Tina Thomas
Photo by Tom Kleindinst
Photo by Véronique LaCapra
Photo courtesy of Woods Hole Oceanographic Institution Archives
Photographie : @alexis.rosenfeld
ROV SuBastian / Schmidt Ocean In
Video by Craig LaPlante
Video by Danielle Fino
Video by Hannah Piecuch
Video by Jayne Doucette
Video by Ken Kostel
Video by Matthew Barton
-- Other --
Illustration courtesy of Sam Levang
Copyright statement
@2021 Woods Hole Oceanographic Institution, all rights reserved
@2023 Woods Hole Oceanographic Institution, all rights reserved
© Alexis Rosenfeld
© Bearwalk Cinema
© C. A. Linder
© Consortium for Ocean Leadership
© Daniel P. Zitterbart
© Luis Lamar
© Mote Marine Laboratory
© Woods Hole Oceanographic Institution
©Figure 8 Studio
©Shane Gross/Greenpeace
2012 Backyard Productions LLC
2018 - The Boston Globe
ADOBE FARMHOUSE PHOTOGRAPHY2023
Alan Chung © 2022
Alfred-Wegener-Institut / Michael Gutsche (CC-BY 4.0)
Amy Van Cise/www.cascadiaresearch.org
Art Wager
Aurora Lampson
Austin Greene Photography
Avatar Alliance Foundation
bjoernkils@gmail.com +1.732.586.7394 www.NewYorkMediaBoat.com
Cape Cod Times
CC BY-SA Troy Sankey
Commonwealth of Australia (GBRMPA)
Copyright (c) 2012 Vanderhaegen Bart
Copyright © 2010 David M. Lawrence
Copyright 2002
Copyright 2007 Jeff Yonover
Copyright 2019 to Nick Valentine
Copyright Jim Stringer
Copyright,
Copyright: Jenouvrier - WHOI
Croy Carlin
Dee Sullivan
Franz Mahr
FtLaudGirl
Hasselblad H6D
Henley Spiers
Image courtesy of NOAA Ocean Exploration, Deep Connections 2019.
Jeff Yonover 2015
Lewis Burnett
Luis Lamar
Marley Parker/WHOI
Martin Schiller http://martin-schiller.de
MINFIN PHOTOGRAPHY
Moorefam
NautilusLive/Ocean Exploration Trust
Paul Caiger
Photo by Chris Linder, WHOI
Rachael Talibart 2016
Robert E. Todd
roger fishman 2019
SP Whelan
thexfilephoto
Thomas A D Slager
Tom Shlesinger
UnderCurrent Productions
Unless otherwise noted (copyrighted material for example), information presented on this World Wide Web site is considered publi
WHOI
WHOI 2005
WHOI/ML Parker
Woods Hole Oceanographic Institution
Woods Hole Oceanographic Institution.
www.joshuaqualls.com
-- Other --
© Woods Hole Oceanographic Institution
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atl_traj.jpg
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etaylor: Oceanus magazine, Vol. 53, No. 2, pg. 33 jdoucette: Image Of the Day, 08/15/2018 etaylor: oceanus online
etaylor: Oceanus magazine, Vol. 53, No. 2, pg. 33
jdoucette: Image Of the Day, 08/15/2018
etaylor: oceanus online
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