1 / 7

NSF Consortium of Resonance and Rayleigh Lidars

Haystack Observatory Sept 23-26, 2008 Four Guiding Lights Technology Community Science Education NSF Consortium of Resonance and Rayleigh Lidars

adamdaniel
Download Presentation

NSF Consortium of Resonance and Rayleigh Lidars

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. Haystack Observatory Sept 23-26, 2008 Four Guiding Lights Technology Community Science Education NSF Consortium of Resonance andRayleigh Lidars

  2. The Na Wind/Temperature lidars have reached a level of robust and reliable operation whose measurements and scientific contributions makethem an essential community asset. Temperature Wind Products: Often a centerpiece instrument, the lidar technique providesthe most comprehensive measurement of range-resolved, neutralgas properties in the middle atmosphere and lower thermosphere. What is CRRL? Description A university-based lidar consortium with applications tomiddle and upper atmosphere research.

  3. NWRA Colorado Research Associates PI: Dave Fritts Co-I: Biff Williams University of Illinois at Urbana-ChampagnePI: Gary Swenson Co-I: Alan Liu University of ColoradoPI: Jeff Thayer CoRA UIUC CRRL Director &Steering Committee CSU CU - CTC Five CRRL PIs Richard CollinsJohn Plane Rolando Garcia Colorado State UniversityPI: Steve Reising Co-Is: Chiao-Yao (Joe) Sheand Titus Yuan University of ColoradoPI: Xinzhao Chu Co-I: Wentao Huang Who is CRRL? Collaborator: Jonathan Friedman, Arecibo Observatory

  4. CoRA LidarSite: Andoya, Norway Location: 69°N, 16°E Elevation: 380 m CSU LidarSite: Fort Collins, Colorado Location: 41°N, 105°W Elevation: 1570 m UIUC Lidar Site (2008): Urbana, Illinois Location: 40°N, 88°W Elevation: 225 m Site (2009): Cerro Pachón, Chile Location: 30°S, 70°W, Elevation 2715m CRRL Tech CenterSite: Boulder, Colorado Location: 40°N, 105°W Elevation: 1655 m Where is CRRL? Sites Andoya, Norway CSU CU UIUC Cerro Pachon

  5. CRRL: Science Science Science Leadership: Expertise in mesosphere and lower thermosphere neutral physics and chemistry: non-linear wave dynamics, wind and thermal structure, metal chemistry, polar mesospheric clouds, climate trends… Science Productivity: 45 Published articles in Applied Optics, JGR, GRL, JASTP in past two years Science Technology: Technology innovations have advanced the field and these developments have led to science advancements in other fields Science Driver: Na W/T lidar is a centerpiece instrument attracting science campaigns, spacecraft validation, and model verification - Rocket campaigns in SOR, White Sands, and Andoya - Leonid meteor shower campaign at SOR - Multi-instrument collaboration at Maui-MALT, ALOMAR and Cerro Pachon, Chile - CSU diurnal cycle studies with TIME-GCM and TIMED SABER

  6. ScienceLeadership Operations & Maintenance ScienceTechnology Training Education Collaboration ScienceProductivity CRRLTech Center Data ScienceDriver Outreach Innovation Facility Challenges: Keeping all Elements Well Balanced Challenges

  7. Facility Challenges: As a University-Based Facility, Budgets Impact Students Challenges Student Impact: Students serve as the work force for operations, maintenance, technology development, science productivity, and future innovations. Budget Impact: Facility budget fluctuations and pressures related to operations and data for community usage has a direct impact on students whose support requires consistency and stability to complete degrees

More Related