1. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 NASA LaRC Satellite Cloud Remote Sensing & Field Mission/Satellite Support Patrick Minnis, Louis Nguyen, Rabi Palikonda, Douglas Spangenberg, Thad Chee, J. Kirk Ayers, C. Yost

2. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Satellite Support for MACPEX

3. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 OBJECTIVE Provide near-real time satellite and weather analysis support to the experiment on workstations at the MACPEX field headquarters (FHQ) and through the world wide web. Construct comprehensive cloud and radiative property datasets over a specified domain and over flight areas outside the domain for the duration of the experiment. Reanalzye all satellite data after the field phase to provide reliable data for scientific studies. Perform initial comparisons with in situ, active remote sensing, and other passive retrievals for purposes of satellite validation.

4. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Supported Field Experiments STORMVEX ARM SPARTICUS VOCALS TC4 PACDEX TWP-ICE MPACE MidCiX ATReC/AIRS-II THORPEX CRYSTAL-FACE + Numerous Others Visit WWW-ANGLER.LaRC.NASA.GOV for more details

5. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Real-time Satellite and Weather Display System Real-time access to GOES-EAST, GOES-WEST & AVHRR - Full temporal (15 min) & spatial resolution all bands - Custom enhancements, loops, Domains (SGP, Mid-West & CONUS) Access to TERRA & AQUA MODIS data (~2hr delay) Access to Weather Models (GFS, RUC) Satellite Orbital Predictions and Coordinates for underpass Aircraft track overlay on Satellite imagery and loops - Real-time tracking dependent on availability of navigation data Loops of satellite imagery and cloud products

6. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Operate 2 computers and display stations at FHQ. - custom-designed together with the experiment mission leads to facilitate decision-making in the field. - local data download. Reduces latency time. - McIDAS software used to ingest data and display the imagery. - about 300 Mb of data download per hour. - requires port 112 to be open to ingest real-time satellite and NWP model data from McIDAS servers (SSEC). - Two person team. One member on-site during “up-hours” to provide additional data and image-weather data overlays as required. Another will either be at the FHQ or on call.

7. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 PACDEX Satellite Composite Using FY2C, MTSAT, GOES-West, & GOES-East

8. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 RADAR OVERLAY ON IR OVER SGP, 04:15 Z 01 Feb, 2011

9. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Satellite Predictions for Aircraft Underpass Flight

10. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Satellite Predictions for Aircraft on the Web

11. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Satellite or aircraft paths overlaid on imagery/products in Google Earth

12. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Weather Models (GFS, RUC) Custom designed contour plots at FHQ stations based on requirements from mission planner. SkewT plot from hourly RUC on the web.

13. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011

14. Real-time ER-2 Tracking During CCVEX Field Campaign 2006

15. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Cloud product retrievals run in real-time from GOES-11 & GOES-13 over the ARM-SGP domain - products available every 15 min between the two satellites. - pixel level and 0.5 deg gridded netcdf files available along with the averaged 10 & 20 km radii files over the SGP site VISST derived cloud products from GOES-13 ARM-SGP domain 18:45 UTC, 18 Jan 2011

16. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 - Object tracker: new tool being developed for use in field to follow individual cloud elements to enable calculations of changes in their parameters, rates of changes for nowcasting, etc. - e.g., select a temperature threshold and all contiguous objects colder than that threshold constitute an object; threshold can set for any parameter

17. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Ground Site and Flight Matched Analysis Cloud macro and micro physical properties –Cloud Boundary –Optical Depth, Effective Particle/Droplet size –LWP/IWP Ground Site –10 and 20 km radius –Interactive product selection, data plotting/extraction Flight Matched –4 pixel averages –8 pixel for standard deviation

18. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 LaRC Cloud Products for GOES-EAST ARM SGP, USA Site

19. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 DC-8 flight track on a GOES-10/12 1-km VIS image during TC4, 24 July 2007. (right) GOES-12 VISST products matched to DC-8 flight track

20. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Lear Jet Track During SPARTICUS Field Campaign 2010

21. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 Cloud Mask, Phase Optical Depth, IR emissivity Effective droplet Radius or ice crystal Diameter Liquid/Ice Water Path Effective Temp, height, pressure Top/ Bottom Pressure Top/ Bottom Height 0.65, 1.6 µm Reflectances 3.7, 6.7, 10.8 µm Temp 12 or 13.3 µm Temp Broadband Albedo Broadband OLR Clear-sky Skin Temperature Icing Potential** Pixel Lat, Lon Pixel SZA, VZA, RAZ Multilayer ID (single or 2-layer) effective temperatureoptical depth, thickness effective particle size ice or liquid water path height, top/base height pressure Upper & lower cloud Multi-Layer, CIRT, CO 2 channel only Standard, Single-Layer VISST/SIST

22. MACPEX Planning Meeting, Houston, TX, 2-3 February 2011 VISST derived cloud products from GOES-13 ARM-SGP domain 18:45 UTC, 18 Jan 2011