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Water vapour intercomparison effort in the frame of the Convective and Orographically-induced Precipitation Study

Bhawar, R. / Di Girolamo, P. / Summa, D. / Flamant, Cyrille / Althausen, D. / Behrendt, A. / Blyth, A. / Bock, Olivier / Bosser, P. / Brooks, B.J. / Cacciani, M. / Crewell, S. / Champollion, Cédric / Davies, F. / Di Iorio, T. / Ehret, G. / Engelmann, R. / Kiemle, C. / Herold, C. / Mobbs, S. / Mueller, D. / Pal, S. / Radlach, M. / Riede, A. / Seifert, P. / Shiler, M. / Wirth, M. / Wulfmeyer, V. - conference proceeding - 2009
The main objective of this work is to provide accurate error estimates for the different water vapour profiling sensors based on an intensive inter-comparison effort. The inter-comparison, performed in the framework of COPS--Convective and Orographically-induced Precipitation Study (01 June-31 August 2007), involves airborne and ground-based water vapour lidar systems, radiosondes with different humidity sensors, GPS and Microwave radiometers (MWR). Simultaneous and co-located data from different sensors are used to compute relative bias and root-mean square (RMS) deviations as a function of altitude

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