Instrumentation deployed during the class project: sonic anemometer, tethered meteorological
balloon, and tethersonde (attached to tetherline).
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Participants in the Univeristy of Utah Mechanical Engineering ME7710 Entrada Ranch
Environmental Fluid Dynamics project.
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Campbell Scientific CSTAT 3 sonic anemometer deployed on a 3 meter meteorological
tower.
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Dr. Pardyjak unpacking the Vaisala Vaisala DigiCORA Tethersonde System.
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University of Utah graduate students filling the tethered balloon with Helium and
preparing it for flight.
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Another image of Graduate students filling the tethered balloon with Helium and preparing
it for flight.
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Head-on view of the filled balloon.
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University of Utah graduate students preparing the tethered balloon it for flight.
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Image of the communication antennae for the tethered balloon system.
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Image from the canyon edge looking down at the balloon system being deployed at Entrada
Ranch.
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Image of the tethered balloon system during daytime profiles at Entrada Ranch.
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Another image of the tethered balloon system during daytime profiles at Entrada Ranch.
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Another image of the tethered balloon system during daytime profiles at Entrada Ranch.
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Another image of the tethered balloon system during daytime profiles at Entrada Ranch.
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Another image of the tethered balloon system during daytime profiles at Entrada Ranch.
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Image directly below the tethered balloon near the apex of it's ascent.
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Participants in the Univeristy of Utah Mechanical Engineering ME7710 Entrada Ranch
Environmental Fluid Dynamics project.
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