Atlantic tropical satellite radar doppler
[DOCX File]Atlantic Oceanographic and Meteorological Laboratory
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This necessitates that the arc clouds be identified and sampled as early in their lifecycle as possible using available aircraft observations (e.g. flight-level, GPS dropsonde and P-3 LF radar, and P-3/G-IV Doppler radar data) and satellite imagery (e.g. TC diurnal cycle infrared, visible, infrared, and microwave).
[DOC File]Scientific Objectives of the Fifth Convection And Moisture ...
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Proposed by the CAMEX-4 Science Team 30 October 2003. EXECUTIVE SUMMARY. The mission of the NASA Earth Science Enterprise (ESE) is to develop a scientific understanding of the Earth system and its responses to natural and human-induced changes in order to improve the prediction of climate, weather, and natural hazards.
[DOC File]NASA FELLOWSHIP PROPOSAL
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EDOP is an X-band (9.6 GHz) Doppler radar with fixed nadir and forward (33 off nadir) beams each with a 2.9° beamwidth. Measurements are taken from the high-altitude (20 km) ER-2 every 0.5 s with a ~ 200 m s-1 ground speed providing some of the finest sampling of any current airborne radar (100 m along-track and 37.5 m gate spacing; Heymsfield ...
[DOC File]Tropical Cyclone Report - National Hurricane Center
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Tropical Storm Fay (AL062008) 15-26 August 2008. Stacy R. Stewart and John L. Beven II. National Hurricane Center. 8 February 2009. Fay was a long-lived tropical storm that made eight landfalls – including a record four landfalls in Florida – and produced torrential rainfall that caused extensive floods across the Dominican Republic, Haiti, Cuba, and Florida.
[DOC File]Tropical Cyclone Report - National Hurricane Center
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south of Mayport, Florida near Atlantic Beach around 2300 UTC 5 October 2005. Figure 3. Selected pressure observations and best track minimum central pressure curve for . Tropical Storm Tammy, 5-6 October 2005. Figure 4. Reflectivity image at 1834 UTC 5 October from the NWS Jacksonville, FL WSR-88D Doppler weather radar.
[DOC File]Ch
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The 2 m Doppler lidar was used in the Atlantic THORPEX Regional Campaign (A-TReC) in autumn 2003. The wind lidar provides profiles between 0.5 and 12 km altitude with accuracy better than 1 m s-1. The horizontal resolution is up to 5 km and the vertical resolution is up to 100 m.
[DOC File]Radar Background - IPRC
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GATE, the largest tropical field campaign ever assembled, combined satellite, radar, aircraft, and sounding data in support of these objectives. In particular, four ships carried digital C-band radars with which to document the three-dimensional precipitation structure of tropical East Atlantic cloud systems (Arkell and Hudlow 1977).
[DOC File]Multi-Scale Observations of Hurricane Dennis (2005): The ...
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Using the P-3 TA radar in vertical incidence (~ 750 m along-track sampling), Black et al. (1996) found maximum vertical velocities between 10 – 26 m s-1 in seven intense Atlantic hurricanes with ~ 5 % of eyewall updrafts > 5 m s-1.
[DOC File]EXPERIMENTS
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Note 6. Set airborne Doppler radar to scan F/AST on all legs. Tropical Cyclogenesis Experiment. Figure 3a. P-3 Rotating Figure-4 pattern – 8 leg. Note 1: True airspeed calibration is required. Note 2. The pattern may be entered along any compass heading. Note 3. Fly 1-2-3-4-5-6-7-8 at 14,000 ft altitude, 60-120 nm (111-225 km) leg length.
[DOCX File]NOAA's Atlantic Oceanographic and Meteorological Laboratory
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This experiment is a response to the requirement listed as Core Doppler Radar in Section 5.4.2.9 of the National Hurricane Operations Plan. The goal of that particular mission is to gather airborne-Doppler wind measurements that permit an accurate initialization of HWRF, and also provide three- dimensional wind analyses for forecasters.
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