1/15 CoastWatch Satellite Research & Product Development George Leshkevich Observing Systems & Advanced Technology Place Photo Here.

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Presentation transcript:

1/15 CoastWatch Satellite Research & Product Development George Leshkevich Observing Systems & Advanced Technology Place Photo Here

2/15 OSAT | CoastWatch Satellite Research & Product Development Great Lakes specific algorithms are needed for satellite retrieval of key parameters owing to several factors: Ocean algorithms often do not work well in time or space on the Great Lakes Ocean algorithms often are not tuned to the parameters we need (eg. ice types) Vast difference in resolution and spatial coverage needs Freshwater vs. saltwater Need for Great Lakes Satellite Research

3/15 OSAT | CoastWatch Satellite Research & Product Development Description of this work: Development of Great Lakes specific algorithms to create image products from existing and new satellite and airborne sensors Prototype Great Lakes Ice Type Classification Product

4/15 OSAT | CoastWatch Satellite Research & Product Development Library of backscatter signatures from different ice types on Lake Superior measured using Jet Propulsion Lab C-band scatterometer during Great Lakes Winter Experiment. Methodology for Great Lakes Ice Classification Prototype Great Lakes Winter Experiment Jet Propulsion Lab Scatterometer used on USCGC Mackinaw USCGC Mackinaw in Whitefish Bay Brash icePancake ice Patchy snow cover on snow ice over black ice Black ice with patchy and rough snow cover Rough consolidated ice floes Black (Lake) ice

5/15 OSAT | CoastWatch Satellite Research & Product Development Key Scientific Drivers: Can satellite and airborne remotely sensed data provide accurate, synoptic retrievals of key Great Lakes parameters? Prototype for Great Lakes Color Producing Agents Product

7/10 OSAT | CoastWatch Satellite Research & Product Development Comparison of OC3 Ratioing and CPA Algorithms ( ) Samples = 156 Samples = 85 CPA algorithm outperforms OC3 algorithm for chlorophyll retrieval CPA algorithm can retrieve all three colorants concurrently CPA algorithm outperforms other algorithms in optically complex waters The two plots further confirm the supposition that ratioing chlorophyll retrieval approaches can work relatively well in open water areas of the Great Lakes but do not perform well in Lakes Erie, Ontario, or nearshore environments. (optically complex waters) waters Ocean Color v3 (OC3 Ratioing)Color Producing Agent (CPA) 6/15

7/15 OSAT | CoastWatch Satellite Research & Product Development Latest Color Producing Agent Retrieval Algorithm Results Great Lakes Water Quality Products Suite July 2013 Monthly Average Products for Lake Michigan

OSAT | CoastWatch Satellite Research & Product Development Prototype of Great Lakes wind-field product derived from Scatterometer Data Prototype of CoastWatch Great Lakes Scatterometer Wind and Ice Cover Products Synthetic aperture radar (SAR) ice type classification and mapping Satellite retrieval of chlorophyll, CDOM (DOC), and suspended mineral Scatterometer ice mapping High resolution scatterometer winds Ice thickness mapping (airborne) Early HAB detection (hyperspectral) Upwelling detection / classification Real-time ice reconnaisance (drone) What are the specific products and/or services resulting from this work? Prototype of Scatterometer Ice Cover Product for the Great Lakes Mapping of Great Lakes Ice Cover for 02/27/ Forward –Look σ HH over Ice Cover 8/15

9/15 OSAT | CoastWatch Satellite Research & Product Development Users of Great Lakes CoastWatch Products Support GLERL internal research projects Support operational mandates within NOAA and sister agencies Support Regional users via the NOAA CoastWatch Great Lakes Node - Environmental science - Decision making -Supporting research Support educational and recreational activities Application to Climate Research Using scatterometer data, the dates of ice freeze-up and break-up can be determined – useful for regional climate change analysis

10/15 OSAT | CoastWatch Satellite Research & Product Development Measuring Light Transmittance Through Ice Cover Light Attenuation Through Snow Ice on Lake Ice With and Without a Snow cover Application to Under Ice Ecology (Winter Primary Productivity) Wavelength (nm) Irradiance (Wm -2 nm -1 ) Wavelength (nm) Irradiance (Wm -2 nm -1 ) Lake Superior ice types - March 20, 2014 from RADARSAT-2 Ice type classification maps can be matched with average transmission loss for each ice type to produce maps of lake-wide light transmission

11/15 OSAT | CoastWatch Satellite Research & Product Development Application to Fisheries Research Upwelling Product (Prototype) Animation showing long lasting upwellings (area shown in black) during Note: upwelling movement from west to east side of Lake Michigan Upwelling

OSAT | CoastWatch Satellite Research & Product Development Application of Drone for Real-time Ice Reconnaissance for Coast Guard Ice Breaking Operations Captain viewing Video Monitor on Bridge 3D Robotics Quad-copter with Video CameraQuad-copter Take off from USCGC Mackinaw View of USCGC Mackinaw in Ice from Quad-copter 12/15

13/15 OSAT | CoastWatch Satellite Research & Product Development CoastWatch Great Lakes Home Page with Planned Decision Support Tool CoastWatch Great Lakes Website Domain Bathymetry Slope Temp Substrate Decision Support Google Earth® Future Work

14/15 OSAT | CoastWatch Satellite Research & Product Development National Aeronautics and Space Administration (NASA) Goddard Space Flight Center GLENN Research Center Jet Propulsion Laboratory (JPL) Michigan Tech Research Institute (MTRI) Nansen International Environmental and Remote Sensing Center, St. Petersburg (NIERSC) Upstate Freshwater Institute (UFI) Cooperative Institute for Limnology and Ecosystem Research (CILER) U.S. Coast Guard (USCG) Canadian Coast Guard (CCG) Environmental Protection Agency (EPA) NOAA National Environmental Satellite, Data, and Information Service (NESDIS) Collaborators

15/15 OSAT | CoastWatch Satellite Research & Product Development Questions? Place Photo Here AVHRR SST VIIRS SST Goes SST MODIS True Color GLSEA RADARSAT Goes VIS/IR Turbidity Scatterometer Ice (prototype) Scatterometer Winds (prototype) (Prototype) SAR Ice (prototype) Chl, CDOM, Mineral (prototype) CoastWatch Regional Nodes

OSAT | CoastWatch Satellite Research & Product Development Additional Information