Alan:

Here are the materials you requested for your presentation to NSERC:

1a) The first OH following is a (sketchy) system presentation, showing 
    the basic elements of the Polar Camera.

1b) The second OH is a photo of the Polar Camera installed at the ASTRO
    Laboratory at Eureka.

2)  The third OH is a figure from Steele & Cogger, Polar patches and the
    "tongue of ionization", Radio Science, 31, 667-677, 1996.  I am
    including a reprint for your retention if you wish.

3a) The fourth page is an excerpt from the text of the Geospace Optical
    Research poster, which provides a superabundance of phrases.  In
    include it in case it is useful in its present form.

3b) In case it isn't, here are representative phrases:

    - Dual all-sky imagers with filter-wheel spectral selection and 
      low-noise CCD detectors, rugged enough for monitoring through 
      Arctic winter night;
    - Simultaneous 60-s exposures at two wavelengths provide high
      sensitivity to faint upper-atmospheric optical emissions;
    - Emissions monitored include OH 6-2 R and Q branches (airglow), 
      [OI] red and green lines (airglow/aurora), N2+ Meinel (2,0) band 
      and N2 1 Pos (5,2) band (aurora) and backgrounds at 608 and 820
      nm;
    - Topics studied include convecting F-region ionization patches,
      polar auroral arcs and diffuse emissions, and wave spectra at the
      mesopause.