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Global Airs And Mopitt Co Measurements: Validation, Comparison, And Links To Biomass Burning Variations And Carbon Cycle, Leonid N. Yurganov, W. Wallace Mcmillan, Anatoly V. Dzhola, Evgeny I. Grechko, Nicholas B. Jones, Guido R. Van Der Werf
Global Airs And Mopitt Co Measurements: Validation, Comparison, And Links To Biomass Burning Variations And Carbon Cycle, Leonid N. Yurganov, W. Wallace Mcmillan, Anatoly V. Dzhola, Evgeny I. Grechko, Nicholas B. Jones, Guido R. Van Der Werf
Faculty of Science - Papers (Archive)
New results of CO global total column measurements using the Atmospheric Infrared Sounder (AIRS) aboard the Aqua satellite in comparison with Measurements of Pollution in the Troposphere (MOPITT) sensor aboard the Terra satellite are presented. Both data sets are validated using ground-based total column measurements in Russia and Australia. A quality parameter based on the Profile Percent A Priori values from the standard MOPITT product is introduced. AIRS data (version 4) for biomass burning events are in agreement or lower than both MOPITT and ground measurements, but CO bursts can be seen by AIRS in most cases. For the cases …
Validation Of Ace-Fts N2o Measurements, K Strong, M Wolff, T Kerzenmacher, K A. Walker, Nicholas B. Jones, David W. Griffith, E Mahieu, S Wood, M De Maziere, P Demoulin, T Blumenstock, J Jin, J Hannigan, M Coffey, M Hopfner, P Duchatelet, J Mellqvist, A Strandberg, J R. Taylor, Thorsten Warneke, J Urban, D Murtagh, E Dupuy, V Catoire, C Piccolo, C Robert, C Senten, C Tetard, K W. Jucks, C Boone, N Glatthor, M Schneider, S Mikuteit, G P. Stiller, P Bernath, O Schrems, H Kuellmann, P Raspollini, A Lambert, J Mcconnell, J Kittippurath, K Semeniuk, M Toohey, M Ridolfi, Justus Notholt
Validation Of Ace-Fts N2o Measurements, K Strong, M Wolff, T Kerzenmacher, K A. Walker, Nicholas B. Jones, David W. Griffith, E Mahieu, S Wood, M De Maziere, P Demoulin, T Blumenstock, J Jin, J Hannigan, M Coffey, M Hopfner, P Duchatelet, J Mellqvist, A Strandberg, J R. Taylor, Thorsten Warneke, J Urban, D Murtagh, E Dupuy, V Catoire, C Piccolo, C Robert, C Senten, C Tetard, K W. Jucks, C Boone, N Glatthor, M Schneider, S Mikuteit, G P. Stiller, P Bernath, O Schrems, H Kuellmann, P Raspollini, A Lambert, J Mcconnell, J Kittippurath, K Semeniuk, M Toohey, M Ridolfi, Justus Notholt
Faculty of Science - Papers (Archive)
The Atmospheric Chemistry Experiment (ACE), also known as SCISAT, was launched on 12 August 2003,carrying two instruments that measure vertical profiles of atmospheric constituents using the solar occultation technique.One of these instruments, the ACE Fourier Transform Spectrometer (ACE-FTS), is measuring volume mixing ratio profiles of nitrous oxide (N2O) from the upper troposphere to the lower mesosphere. In this study, the quality of the ACE-FTS version 2.2 N2O data is assessed rough comparisons with coincident measurements made by other satellite, balloon-borne, aircraft, and ground-based instruments.These consist of vertical profile comparisons with the SMR, MLS, and MIPAS satellite instruments, multiple aircraft flights …
Validation Of Ace-Fts V2.2 Measurements Of Hci, Hf, Cci3f And Cci2f2 Using Space-, Balloons- And Ground-Based Instrument Observations, E Mahieu, P Duchatelet, P Demoulin, L Froidevaux, C Randall, Nicholas B. Jones, David W. Griffith, G C. Toon, J-F Blavier, C P Rinsland, R Zander, S Wood, M De Maziere, T Blumenstock, A. Kagawa, J Hannigan, M Coffey, F Hase, D Smale, K Strong, J R. Taylor, Thorsten Warneke, Y Kasai, E Dupuy, V Catoire, C Robert, C Senten, C Tetard, K W. Jucks, C Boone, S Mikuteit, K A. Walker, P Bernath, O Schrems, Y Mebarki, R Nassar, C Servais, Justus Notholt
Validation Of Ace-Fts V2.2 Measurements Of Hci, Hf, Cci3f And Cci2f2 Using Space-, Balloons- And Ground-Based Instrument Observations, E Mahieu, P Duchatelet, P Demoulin, L Froidevaux, C Randall, Nicholas B. Jones, David W. Griffith, G C. Toon, J-F Blavier, C P Rinsland, R Zander, S Wood, M De Maziere, T Blumenstock, A. Kagawa, J Hannigan, M Coffey, F Hase, D Smale, K Strong, J R. Taylor, Thorsten Warneke, Y Kasai, E Dupuy, V Catoire, C Robert, C Senten, C Tetard, K W. Jucks, C Boone, S Mikuteit, K A. Walker, P Bernath, O Schrems, Y Mebarki, R Nassar, C Servais, Justus Notholt
Faculty of Science - Papers (Archive)
Hydrogen chloride (HCl) and hydrogen fluoride (HF) are respectively the main chlorine and fluorine reservoirs in the Earth's stratosphere. Their buildup resulted from the intensive use of man-made halogenated source gases, in particular CFC-11 (CCl3F) and CFC-12 (CCl2F2), during the second half of the 20th century. It is important to continue monitoring the evolution of these source gases and reservoirs, in support of the Montreal Protocol and also indirectly of the Kyoto Protocol. The Atmospheric Chemistry Experiment Fourier Transform Spectrometer (ACE-FTS) is a space-based instrument that has been performing regular solar occultation measurements of …