Low Latitude Aeronomy Study in Africa
Abstract
We have successfully completed the instrument construction. The unexpected issue with Ivory Coast import duty has prevented us from deploying the FPI in Ivory Coast as originally planned. However, by improvising we were able to construct a small FPI and have it deployed in Abuja, Nigeria and obtained thermospheric winds in West Africa for the first time. We are also able to simulate the R-T growth rate using the NCAR TIEGCM to study the longitudinal variations due to nonmigrating tides and solar effect on the R-T growth rate. These efforts will lay the foundation for future development of forecast capability of plasma bubbles. Due to delay in deploying the instruments, we were not able to validate the TIEGCM results with new observations from Africa. However, the new instrument in Africa will pave the way for new understanding of the equatorial aeronomy in Africa. Overall, the project is a good start for both modeling and observational efforts on equatorial aeronomy study in Africa. During a recent International Symposium on Equatorial Aeronomy in Ethiopia, we met many colleagues from Africa, who are greatly interested in the new observational results from Africa. We are looking forward to more collaboration in the future.
Document Details
- Document Type
- Technical Report
- Publication Date
- Feb 09, 2016
- Accession Number
- AD1004769
Entities
People
- Qian Wu
Organizations
- University Corporation for Atmospheric Research