[Parameter, how long - method (remote, local) - who?]1. Cloud cover: distribution of photometric and spectroscopic night time over the year.
1.1. Remote: satellite images (A.Erasmus)
1.2. Local: visual (log-book), IR radiometer, cloud camera?2. PWV: distribution of integrated PWV over the year and local humidity.
2.1. Remote: satellite images (A.Erasmus)
2.2. Local: baloons, radio-soundings, IR photometer, IR radiometer? humidity: weather station3. Wind: distribution of ground wind speed and direction, ground wind gradient, 200mb wind speed and direction. Minimum 1 year.
3.1. Remote: meso-scale model, archive data (A.Erasmus)
3.2. Local: weather station (mast, 2 altitudes)4. Optical turbulence parameters: distribution of seeing, isoplanatic angle, AO time constant. Turbulence profile monitoring. Minimum 1 year.
4.1. Remote: meso-scale models (Masciadri, IFA-Hawaii, Erasmus?)
4.2. Remote: micro-scale models (De Young)
4.3. Local:
4.3.1. Profile + others: Profiler, SCIDAR, baloons
4.3.2. Seeing: DIMM, GSM, Profiler, telescope seeing, AO
4.3.3. Isoplanatic angle: DIMM, GSM, profiler
4.3.4. Time constant: Profiler, AO
4.3.5. Outer scale: GSM, AO, image analysis (optional)
4.3.6. Ground layer: Microthermal tower