Thesis Update, GOES-O, TDWR Data on Vortex
Good Morning! Just about three weeks into the internship down at Cape Canaveral, and I have already made some progress.
Currently I have 5 years of NCDC Storm Structure data for all the convective events between May and September on the KSC/CCAFS Complex. The Storm Structure data basically tells the user information about an individual convective cell on RADAR. Work performed by Andrew Loconto a few years back showed that one can possibly derive the peak wind gust from this information, however hehad a limited dataset. My next step is to go through all the files (about 4500) and determine which cell is closest to the wind tower that recorded the peak wind gust, and extract specific information and place it into a nice dataset for analysis. I am currently working on that via a perl script.
I have also seen a lot down on the complex. Yesterday alone we got to see a weather balloon go up (KXMR for you weather geeks), as well as visit the Cape Canaveral Light House, and a close view of the launch pad that contains GOES-O. Speaking of that, the Delta rocket will bring GOES-O up to space tomorrow evening, if weather permits. If all works well, GOES-O will become GOES-14 and become a backup to the weather satellites in operation. For more information, go here
and Finally, for the radar nerds (….me). Our vortex page got a new addition to the weather data database. We now have Terminal Doppler Weather Radar data for most of the United States. They work just like WSR-88D’s, but their wavelength is smaller, and so is their range. However it is “high-res” on velocity data. This is why most of the TDWR’s are located near airports, to detect low level wind shear and any turbulence in the area.
The data can be found here
