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Platforms & Instruments
DYNAMO Facilities
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During DYNAMO, scientists plan to operate six radars; several balloon-borne sounding systems; a suite of surface radiation measurements; two research aircraft; three international research vesels; and buoy and mooring systems. Instruments will be based on various islands throughout the greater Indian Ocean region including: Addu Atoll, Maldives; Malé, Maldives; Diego Gracia, BIOT; Sri Lanka; Manus Island, Papua New Guinea; as well as aboard ocean-bound ships and research aircraft.
One of the most important types of instruments to be operated during DYNAMO are meteorological radars, which provide information about what is happening inside of the clouds and rainstorms that lead to the development of the MJO. Radars using different wavelengths are needed to observe clouds that are raining, clouds that are not raining, and moisture in the surrounding clear air. Weather balloons also need to be launched to observe the vertical structure of the atmosphere in a constant fashion over long periods of time. The surface radiation budget is another critical factor in the Earth-s climate that needs to be observed. Detailed physics within clouds are to be measured by instrumented research aircraft.
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Radars: |
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S-PolKa Radar :: S-band & Ka-band
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Shared Mobile Atmospheric Research & Teaching Radar (SMART-R) :: C-band
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Ka-band & X-band Radars
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C-band Radar
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W-band Radar
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Ka-band ARM Zenith Radar (KAZR)
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Research Ships: |
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R/V Revelle
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R/V Sagar Kanya
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JAMSTEC R/V Mirai
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R/V Baruna Jaya 1
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Aircraft: |
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Lockheed P-3 Orion
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Falcon-20
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Atmospheric Sensors: |
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P-3 Dropsondes
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CSU Soundings
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International Atmospheric Observations
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Integrated Sounding System (ISS) :: Shipboard
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ARM Balloon Borne Sounding Systems
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Integrated Sounding System (ISS)
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Surface Sensors: |
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ARM Mobile Facility 2 :: Ceilometer, lidars, microwave, visible, and infrared radiometers; surface meteorology
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Lidar, radiometers, surface meterology, ocean surface, chemistry
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Radiometer
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Ocean Sensors: |
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P-3 Airborne eXpendable Conductivity, Temperature, Depths Sensor (AXCTD)
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Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction (RAMA) Moorings
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Conductivity, Temperature, & Depth (CTD)
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Upper Ocean/Surface Flux Moorings
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Data Policy
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Data Submission Instructions
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Data Documentation
Letter from the Project Manager
SABIRPOD Digital Camera Imagery and Movie Notes
During SABIRPOD 2015, the NSF/NCAR C-130 (N130AR) flew two digital cameras for in-flight video capture: forward- and downward-looking. The forward-looking camera is a Point Grey Research Flea 3 (FL3-FW-14S3C-C) - Color, 1280 x 960 resolution equipped with an Edmund Optics 6mm lens (#67-709). The field of view is 68 x 51 degrees with approximately 6% barrel distortion. This camera is located in the cockpit.
The downward looking camera is a Point Grey Research Grasshopper (GRAS-14S5M) monochrome camera, 1280 x 960 resolution equiped with a Sony zoom lens set at about 15 mm focal length giving a field of view of 30x23 degrees. It is located on the belly of the plane. The top of the image is to the front of the plane.
Images were acquired once per second and stored as JPEG-compressed files, roughly 100 kB each. No image processing was performed beyond converting the raw pixel data to 24 bit color images. Applying a sharpening filter as is ordinarily done by consumer digital cameras will considerably improve the appearance. The UTC date and time are encoded in the filename as YYMMDD-HHMMSS.jpg.
H.264 compressed, half-resolution movies (.mp4) were created. Each 1-second image was processed with the linux ImageMagick toolkit. The image was first cropped to 512x384 pixels. Sharpening was then performed [SHARPEN(0.0x1.0)]. Each image was then annotated in the lower left with the time the image was recorded and in the upper right with the pointing. Finally, the images were combined into a single block. For final movies, data values at the image time for a select set of data parameters chosen by the researchers were appended to the right of each image block. These 1-second annotated images were compiled into a video stream running at 15 frames/s, 1500 kbps data rate.
The movies are playable with Quicktime, Windows media player from Windows 7, mplayer, VLC, and others.
J. Aquino
S. Beaton
NCAR/RAF
2016-09-28
Letter from the Project Manager
Science Team
U.S. Funding Agencies
| NSF :: U. S. National Science Foundation
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DOE :: Department of Energy
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ONR :: Office of Naval Research
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NOAA :: National Oceanic and Atmospheric Administration
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NASA :: National Aeronautics and Space Administration
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Participating U.S. National Centers and Laboratories
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Participating U.S. Universities
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Participating Countries
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Participating Student Universities
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Data Policy
Data Set Documentation Guidelines
Data Submission Instructions
























