CRISTA/MAHRSI Campaign 2 Handbook
Contents
1. Introductory Remarks
2. Temperature Validation at Zero Miss Time
and Zero Miss Distance
3. Ozone validations at Zero Miss Time and
Zero Miss Distance
4. Aircraft Observations of OH and H2O
with the DLR Falcon Aircraft
5. GOME measurements in support of the CRISTA
experiment
6. Search for Lightning Induced Effects
in the Middle Atmosphere (Sprites, Elves etc.) During CRISTA 2
7. GLO cooperation
8. UARS Observations
9. Clusters
9.1 North-American Cluster
9.2 Scandinavian Cluster
9.3 Russian/CIS Clusters
10. Campaign Headquarters
11. Data Policy
12. Summary of campaign experiments
1. The Instrument
2. CRISTA 2: Instrumental Improvements and
Mission Plan
2.1 CRISTA-2 detectors and trace gases
2.2 CRISTA-2 Mission Plan and Measuring
Modes
IV. Suborbital and ground based experiments in detail
1.1 METEORS sounding rocket from
White Sands, New Mexico (M. Mlynczak, P.J.Espy)
1.2 The ROCKI Experiment (A. J.
Ratkowski, J. C. Ulwick)
1.3 Falling spheres and Datasondes
at NASA Wallops Flight Facility (F. Schmidlin)
1.4 Falling sphere measurements in
Andoya, Norway (F.-J. Lübken)
1.5 The Russian M-100B Flight
System (S. P. Perov, F. J. Schmidlin)
1.6 M100-B rocket technique
for measurement of ozone (S. P. Perov et al.)
1.7 "Mera" small rocket for
middle atmosphere sounding (V. M. Kusnetzov et al.)
2.1 Radiosondes and Ozonesondes
at NASA Wallops Flight Facility (F. Schmidlin)
2.2 Brewer Mast Sondes at Hohenpeissenberg
(H. Claude)
2.3 The Russian chemoluminescent
ozonesonde (S. P. Perov)
2.4 First ozone profiles measured
with electrochemical and chemoluminescent sondes developed in Russia (A.
M. Zuyaguintsev et al.)
2.5 The double/single chamber ion
probe of Gerdien type to measure positive or negative particles in the
troposphere and stratosphere (S. P. Perov)
2.6 The device for measuring the
strength of the vertical and horizontal component of the electric field
in the Earth's atmosphere (S. P. Perov)
3.1 FISH: Fast In-situ Stratospheric
Hygrometer (C. Schiller)
3.2 Remote sensing of stratospheric
and mesospheric hydroxyl radicals (OH) (M. Birk et al.)
4.1 Measurements with the ALOMAR ozone
lidar at 69.3° N, 16° E (U.-P. Hoppe, G. Hansen)
4.2 Ground-based observation of
Meinel OH emissions at ALOMAR (69.5° N, 16° E) (F. Mulligan)
4.3 Lidar measurements at Observatoire
Haute-Provence and Juliusruh (P. Keckhut)
4.4 Investigation of the Altitude
Ozone Distribution by Millimeter Wave Spectrometer (V. Solomonov et al.)
4.5 Microwave measurements of stratospheric
ozone (Y. Kulikov)
4.6 Ground-based measurements of the
OH column density (S. Sander)
4.7 Measurements of daytime vertical
column abundance of atmospheric OH (C. R. Burnett)
4.8 Ground-based FTIR measurements
at the Institute of Space Physics in Kiruna, Sweden (68° N, 20°
E) (T. Blumenstock, A.Meier)
4.9 Ground-based measurements of hydroxyl
Meinel bands in the nightglow (P. J. Espy)
4.10 Ground-based tilting filter spectrometer
for measuring OH and O2 (J. Scheer, E. R. Reisin)
4.11 Nighttime OH temperatures at Wuppertal
and Kühlungsborn (H.-H. Graef)
Other parameters (winds, ionosphere)
4.12 MF radar measurements over Saskatoon
and Tromsø (A. Manson)
4.13 Measurements of neutral winds
in the 70 - 120 km altitude region by meteor radar (H. G. Muller)
4.14 Daily nighttime upper atmosphere
wind measurements in the height range from 80-110 km (R. Schminder)
4.15 Multifrequency absorption and
meteor radar measurements (D. Pancheva)
4.16 Measurements of the EM
Field Vector over Irkutsk, Russia (E. A. Afraimovich, E. Kazimirowski)
4.17 Observations with the MU radar,
Jakarta meteor radar, and Pontianak MF radar (T. Nakamura)
4.18 MF radar observations at Yamagawa
(31.2° N, 130.6° E) and Wakkanai (45.3° N, 141.8° E) (K.
Igarashi)
4.19 Radar studies of mesosphere dynamics
(C. Hall, U.-P. Hoppe)
4.20 Multifrequency radio wave
absorption measurements in Central Europe (J. Lastovicka)
4.21 D region electron densities
over Nishny Novgorod, Russia (A. Benediktov, V. D. Vyakherev)
4.22 Atmospheric survey over Réunion
Island (20.8° S, 55.5° E) (H. Bencherif, J. Leveau)
4.23 Ozone soundings with balloons and
ground-based visible spectrometer (M. Gil)
4.24 Ground-based systems at Atmospheric
Sounding Station El Arenosillo, Spain (37.1° N, 6.7° W) (B. A.
de la Morena)
4.25 Airglow imaging of gravity waves
and OH temperatures (M. Taylor)