Identifying Drifter Deployment Values
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1 Identifying Drifter Deployment Values Presented by: Shaun Dolk Produced in Collaboration with: Dr. Rick Lumpkin NOAA/AOML/GDP Miami, Florida DBCP-29 - September 23-27, 2013 Paris, France
2 Objectives & Direction Review Global Drifter Program Operational Requirements View Historic Deployment Guide Tools Outline Key Factors Affecting Drifter Values/Lifetimes Establish Drifter Deployment Map Components Display Drifter Deployment Values and Project Future Deployment Necessities DBCP-29 - September 23-27, 2013 Paris, France
3 GDP Operational Requirements The GDP is the principle component of the Global Surface Drifting Buoy Array, a branch of NOAA's Global Ocean Observing System (GOOS) and a scientific project of the Data Buoy Cooperation Panel (DBCP). Its objectives are to: 1. Maintain a global 5x5 degree array of 1250 satellite-tracked surface drifting buoys drifting to buoys meet to the meet need the for need an accurate for an accurate and globally and dense globally set dense of in-situ set observations of in-situ observations of mixed layer of mixed currents, layer sea currents, surface sea temperature, surface atmospheric pressure, temperature, winds atmospheric and salinity, pressure, and winds and salinity, and 2. Provide a data processing system for scientific use of these data. These data support short-term (seasonal to interannual) climate predictions as well as climate research and monitoring. DBCP-29 - September 23-27, 2013 Paris, France
4 Maintaining a Global Drifter Array 5x5 Grid Across Globe DBCP-29 - September 23-27, Drifter in Every 5x5 Bin Exclude Shallow waters (<60 feet) Exclude Closed Basins ~1250 Bins in Open Ocean Paris, France
5 Historic Deployment Guide Tools 90 Day Forecast R. Lumpkin ( DBCP-29 - September 23-27, 2013 Paris, France
6 Historic Deployment Guide Tools Valuable Ocean Transects DBCP-29 - September 23-27, 2013 SOOP Network ( Paris, France
7 Historic Deployment Guide Tools Climatological Current Annimations R. Lumpkin ( DBCP-29 - September 23-27, 2013
8 Key Factors Affecting Drifter Values/Lifetimes Drifter Lifetime (age factor / af) Expected Lifetime = 450 days Actual Lifetime = 237 day half-life Drogue Lifetime (df) Expected Lifetime = 350 days Actual Lifetime = 145 day half-life Number of Operational Sensors (ns) SST (sst factor / sf) Drogue (drogue factor / df) Barometer (barometer factor / bf) Deployment Location/Proximity to Nearby Drifters DBCP-29 - September 23-27, 2013 Paris, France
9 Drifter Deployment Map Components Part One Establish Current Values for Each Drifter in the Global Array val = (ns - (1-df) - (1-bf) - (1-sf))./ ns; Ex. SVPB After 80 Days val = ( 4 (1-drogue factor) (1-baro factor) (1-sst factor))./ 4; Val = af.* val; Ex. SVPB Val = (1-drifter age / 237).* val; Ex. SVPB Val = (1-80/237).* 1 =
10 Drifter Deployment Map Components Part Two Establish Projected Values for Each Drifter in the Global Array after 42 Day Projection val = (ns - (1-df) - (1-bf) - (1-sf))./ ns; Ex. SVPB, After 122Days val = ( 4 (1-122/145) (1-baro factor) (1-sst factor))./ 4; Val = af.* val; Ex. SVPB Val = (1-drifter age+projected time/ 237).* val; Ex. SVPB Val = (1-122/237).*.9603=
11 Drifter Deployment Map Components Part Three Determine Areas Where Drifters Live Short Lives Evaluate How Long Drifters Live After Leaving Each 2x2 Degree Grid-Point 2x2 Degree Grids Higher Resolution Avoid Static Noise
12 Current Drifter Deployment Values Integrate Original Deployment Value Map with Current Drifter Array Values Incorporate Current Ice Conditions Remote Sensing Systems - DISCOVER <ftp.discover-earth.org/sst/daily/mw_ir> Adjust Colorbar Labels
13 Projected Drifter Deployment Values Integrate Original Deployment Value Map with Projected Drifter Array Values Incorporate Proposed Deployment Locations Locations Remain Constant Until Proposed Deployment Date Updated Deployment Plans = Accurate Deployment Values!
14 Drifter Deployment Value Maps Current Drifter Array 42 Days Projected Drifter Array DBCP-29 - September 23-27, 2013 Paris, France
15 Value Map Applications Part One Select a Desired Ocean Basin Determine How Many Weeks Until Deployment Ideal for Classified Missions -- Where Cruise Tracks are Unavailable
16 Value Map Applications Part Two Select a Desired Cruise Route Determine How Many Weeks Until Deployment Input the Number of Drifters to be Deployed
17 Value Map Applications Part Two (cont.)
18 Thank You ( DBCP-29 - September 23-27, 2013 Paris, France
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24 Identifying Drifter Deployment Values Presented by: Shaun Dolk Produced in Collaboration with: Dr. Rick Lumpkin NOAA/AOML/GDP Miami, Florida
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