Dan Wolfe was the point of contact for the sodar and ceilometer. We have all the raw data stored in our archive and use MATLAB programs to read and plot these data.

This explains our ceilometer data:
ftp://ftp1.esrl.noaa.gov/psd3/bao/Ceilo/readme_ceilometer_BAO.txt
Our system is set-up so that you can use their new BL-View program to detect aerosol gradients. I worked with them on some BETA testing, but haven't bought the officially released software.
http://www.vaisala.com/en/products/ceilometers/Pages/BL-VIEW.aspx

Sodar data are stored similarly in our archive. The images you see on the web don't show the detail you can get of the boundary layer structure.
ftp://ftp1.esrl.noaa.gov/psd3/bao/Tower/Sodar/dwelsh/BAO_SFC_2010304_14-16_Sodar.png
Ive always wanted to see if I could work with Bill Neff on routines to post-process these data into a more quantitative manner. Maybe now that he is retired and with the LATTE we might get something simple working.

The 10m flux tower is operated by CU. We do store their data in our BAO archive.
ftp://ftp1.esrl.noaa.gov/psd3/bao/CU/10mTower/20140211/
I haven't had time to generate plots of these data for my benefit like I want.

Dr  David Noone (dcn@colorado.edu) at CU is the head of this project. Aleya.Kaushik@colorado.edu is his grad student dealing directly with these data.