1 / 52

NAME Enhanced Observation Period

NAME Enhanced Observation Period. 5 th NAME Science Working Group Meeting November 5-7, 2003 NAME Homepage: http://www.joss.ucar.edu/name. http://www.joss.ucar.edu/name/catalog/mapserver/demo_init.html. NAME Tier-1 Objectives.

tress
Télécharger la présentation

NAME Enhanced Observation Period

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. NAME Enhanced Observation Period 5th NAME Science Working Group Meeting November 5-7, 2003 NAME Homepage: http://www.joss.ucar.edu/name

  2. http://www.joss.ucar.edu/name/catalog/mapserver/demo_init.htmlhttp://www.joss.ucar.edu/name/catalog/mapserver/demo_init.html

  3. NAME Tier-1 Objectives • How are low-level circulations along the Gulf of California / west slopes of the Sierra Madre Occidental related to the diurnal cycle of moisture and convection? (low-level circulation) • What is the relationship between moisture transport and rainfall variability (e.g. forcing of surge events; onset of monsoon details)? (moisture transport) • What is the typical life cycle of diurnal convective rainfall? Where along the western slope of the Sierra Madre Occidental is convective development preferred? (diurnal cycle) • What are the dominant sources of precipitable moisture for monsoon precipitation over southwestern North America? (moisture sources) • What are the fluxes of energy and water from the land surface to the atmosphere across the core monsoon region, and how do these fluxes evolve in time during the warm season? (land surface)

  4. NAME FIELD CAMPAIGN R.V. UNAM-Puma Radiosondes/PIBALS Radar/Profiling/Radiosondes Enhanced Precipitation Gauge Network ?

  5. SUMMARY OF NAME ‘Surface Flux’ OBSERVATIONS

  6. SUMMARY OF NAME ‘Radar’ OBSERVATIONS

  7. SUMMARY OF NAME ‘Atmospheric Profile’ OBSERVATIONS

  8. SUMMARY OF NAME ‘Aircraft’ OBSERVATIONS

  9. SUMMARY OF NAME ‘Oceanographic’ OBSERVATIONS

  10. NAME SWG-5 Session 3 Agenda • 1300-1315 NAME EOP Awards (M. Patterson) • 1315-1325 Brief overview of the EOP • 1325-1530 Science plans for NAME EOP • Key science questions being addressed • Platform description/Measurement protocols • Data dissemination plan • Expected field coordination requirements • Expected coordination with data assim./modelers • 1530-1545 Break • 1545-1615 Unfunded activities requiring address • 1615-1730 Open discussion

  11. SUMMARY OF NAME ‘Surface Flux’ OBSERVATIONS

  12. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  13. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  14. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  15. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  16. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  17. SUMMARY OF NAME ‘Radar’ OBSERVATIONS

  18. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  19. SUMMARY OF NAME ‘Atmospheric Profile’ OBSERVATIONS

  20. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  21. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  22. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  23. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  24. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  25. SUMMARY OF NAME ‘Aircraft’ OBSERVATIONS

  26. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  27. SUMMARY OF NAME ‘Oceanographic’ OBSERVATIONS

  28. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  29. (Group) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  30. Unfunded Activities • (PI) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  31. Unfunded Activities • (PI) • Key science questions being addressed: • Platform description/Measurement protocols: • Data dissemination plan: • Expected field coordination requirements: • Expected coordination with data assim./modelers:

  32. Open Discussion • (enter new text)

  33. Tucson Walnut Gulch Three-dimensional perspective in the NAME region looking north from Hermosillo to Tucson Soil Moisture Remote Sensing Field Experiment in NAME • Temporary in-situ soil moisture networks • Aircraft and satellite mapping • Intensive sampling concurrent with aircraft mission

  34. Soil Moisture Remote Sensing Field Experiment in NAME Aircraft and satellite mapping • NASA P-3B should be available July 15 –August 15, 2004 • Satellite sensors: AMSR and TMI • Aircraft sensors: 2DSTAR (L band next generation ESTAR) PSR or AESMIR (AMSR simulators) • Aircraft Mission: • 15 flight dates • 5 hours per day • 50x100 km areas • Walnut Gulch • Mexican site • 4 flightlines

  35. GPS

More Related