AVAILABLE POSITIONS:
- Visiting Scholars/Exchange Students – Lidars to observe air quality and atmospheric parameters
- Visiting Scholars/Exchange Students – Using DSSAT to model crop growth and set up online tool and apps
- Visiting Scholar/Student/Postdoctoral Research Associate – Corn crop growth, irrigation, fertilization modeling / Aerosol transport modeling
DR. WANG IN THE NEWS:
2022: NSF Awarded ~$880 K Grant: Collaborative Research: Understanding Interactions between Mesoscale and Microscale Flows in the Stable Boundary Layer
over Shallow Terrain
- PI in University of South Carolina : April Hiscox ($270,000)
- PI in UIUC: Junming Wang , Co-PI in UIUC: David Kristovich and Sudheer Bhimireddy ($460,000)
- PI in NWRA: Jielun Sun ($150,000)
2017: NSF Awarded ~$940 K Grant: Collaborative Research: SAVANT: Stable Atmospheric Variability and Transport
- PI in University of South Carolina : April Hiscox ($440,000)
- PI in UIUC: Junming Wang , Co-PI in UIUC: David Kristovich ($500,000)
NASA Awarded Grant: Heavy Lake-Effect Snowstorms in NU-WRF. (Co-PI: Junming Wang)
December,2015: Two 3D wind-profile and aerosol Lidars (up to vertical height 15 km) have been purchased in 2015 (PI: Junming Wang and Co-PI: David Kristovich).
- 3-channel aerosol Lidar:
- http://www.raymetrics.com/#!3d-scanning-lidar/c57b
- 3-D wind profile Lidar:
- Halo Streasmline XR Dopller Lidar
October, 2014: Gene Flow Project on local TV news (no longer available from station)
Dr. Wang (PI) has been awarded a USDA-AFRI grant ($500,000 for three years from 2012 December-1) “Measurements and Modeling of Gene Flow in Horseweed” (Atmospheric Online tool development).
Dr. Wang (PI) has been awarded a USDA-NIFA CBG grant ($300,000 for three years from 2011 Oct-1) “ Improving Nitrogen and Water Use Efficiency to Reduce Greenhouse Gases Emission in Corn Croplands” (Online tool development).
Video of aerosol transport simulation from multiple sources
hi