A. Valdebenito
Norwegian Meteorological Institute
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Publication
Featured researches published by A. Valdebenito.
Atmospheric Chemistry and Physics | 2017
Anne-Marlene Blechschmidt; J. Arteta; Adriana Coman; Lyana Curier; Henk Eskes; Gilles Foret; Clio Gielen; F. Hendrick; Virginie Marécal; Frédérik Meleux; Jonathan Parmentier; Enno Peters; Gaia Pinardi; Ankie Piters; Matthieu Plu; Andreas Richter; Mikhail Sofiev; A. Valdebenito; Michel Van Roozendael; Julius Vira; Tim Vlemmix; J. P. Burrows
Multi-axis differential optical absorption spectroscopy (MAX-DOAS) tropospheric NO2 column retrievals from four European measurement stations are compared to simulations from five regional air quality models which contribute to the European regional ensemble forecasts and reanalyses of the operational Copernicus Atmosphere Monitoring Service (CAMS). Compared to other observational data usually applied for regional model evaluation, MAX-DOAS data are closer to the regional model data in terms of horizontal and vertical resolution, and multiple measurements are available during daylight, so that, for example, diurnal cycles of trace gases can be investigated. In general, there is good agreement between simulated and retrieved NO2 column values for individual MAX-DOAS measurements with correlations between 35 % and 70 % for individual models and 45 % to 75 % for the ensemble median for tropospheric NO2 vertical column densities (VCDs), indicating that emissions, transport and tropospheric chemistry of NOx are on average well simulated. However, large differences are found for individual pollution plumes observed by MAX-DOAS. Most of the models overestimate seasonal cycles for the majority of MAX-DOAS sites investigated. At the urban stations, weekly cycles are reproduced well, but the decrease towards the weekend is underestimated and diurnal cycles are overall not well represented. In particular, simulated morning rush hour peaks are not confirmed by MAX-DOAS retrievals, and models fail to reproduce observed changes in diurnal cycles for weekdays versus weekends. The results of this study show that future model development needs to concentrate on improving representation of diurnal cycles and associated temporal scalings. Published by Copernicus Publications on behalf of the European Geosciences Union. 2796 A.-M. Blechschmidt et al.: Comparison of NO2 columns from MAX-DOAS and regional air quality models
Atmospheric Chemistry and Physics | 2012
David Simpson; Anna Benedictow; Halldis Berge; Robert Bergström; Lisa Emberson; Hilde Fagerli; Chris Flechard; Garry D. Hayman; M. Gauss; Jan Eiof Jonson; Michael E. Jenkin; Agnes Nyiri; Cornelia Richter; Valiyavetil S. Semeena; Svetlana Tsyro; Juha Pekka Tuovinen; A. Valdebenito; Peter Wind
Atmospheric Chemistry and Physics | 2009
V. Huijnen; Henk Eskes; A. Poupkou; Hendrik Elbern; K. F. Boersma; Gilles Foret; Mikhail Sofiev; A. Valdebenito; Johannes Flemming; O. Stein; A. Gross; Lennart Robertson; Massimo D'Isidoro; I. Kioutsioukis; Elmar Friese; B. Amstrup; Robert Bergström; A. Strunk; Julius Vira; D. Zyryanov; Dimitrios Melas; V-H Peuch; C. Zerefos
Geoscientific Model Development | 2015
Virginie Marécal; V.-H. Peuch; Camilla Andersson; S. Andersson; J. Arteta; Matthias Beekmann; Anna Benedictow; Robert Bergström; Bertrand Bessagnet; A. Cansado; F. Cheroux; Augustin Colette; Adriana Coman; R. L. Curier; H. A. C. Denier van der Gon; A. Drouin; Hendrik Elbern; E. Emili; Richard J. Engelen; Henk Eskes; Gilles Foret; E. Friese; M. Gauss; C. Giannaros; Jonathan Guth; M. Joly; E. Jaumouille; B. Josse; N. Kadygrov; Johannes W. Kaiser
Atmospheric Chemistry and Physics | 2009
Jan Eiof Jonson; Andreas Stohl; Arlene M. Fiore; Peter G. Hess; Sophie Szopa; Oliver Wild; Guang Zeng; F. Dentener; A. Lupu; M. G. Schultz; Bryan N. Duncan; Kengo Sudo; Peter Wind; Michael Schulz; Elina Marmer; C. Cuvelier; Terry Keating; A. Zuber; A. Valdebenito; V. Dorokhov; H. De Backer; J. Davies; G. H. Chen; Bryan J. Johnson; David W. Tarasick; R. Stübi; Mike Newchurch; P. von der Gathen; Wolfgang Steinbrecht; H. Claude
Atmospheric Chemistry and Physics | 2011
Denis Zyryanov; Gilles Foret; Maxime Eremenko; Matthias Beekmann; Jean-Pierre Cammas; Massimo D'Isidoro; Hendrik Elbern; Johannes Flemming; Elmar Friese; I. Kioutsioutkis; Dimitrios Melas; Frédérik Meleux; Laurent Menut; P. Moinat; V.-H. Peuch; A. Poupkou; M. Razinger; M. Schultz; Olaf Stein; A.M. Suttie; A. Valdebenito; C. Zerefos; G. Dufour; G. Bergametti; J.-M. Flaud
Atmospheric Chemistry and Physics | 2012
David Simpson; Anna Benedictow; H. Berge; Robert Bergström; Lisa Emberson; Hilde Fagerli; Garry D. Hayman; M. Gauss; Jan Eiof Jonson; Michael E. Jenkin; Agnes Nyiri; Cornelia Richter; V. S. Semeena; Svetlana Tsyro; Juha Pekka Tuovinen; A. Valdebenito; Peter Wind
Archive | 2013
Michael Schulz; M. Gauss; Anna Benedictow; Jan Eiof Jonson; Svetlana Tsyro; Agnes Nyiri; David Simpson; Birthe Marie Steensen; Heiko Klein; A. Valdebenito; Peter Wind; A. Kirkevåg; Jan Griesfeller; Jerzy Bartnicki; D. Olivié; Alf Grini; Tond Iversen; Øyvind Seland; V. S. Semeena; Hilde Fagerli; Wenche Aas; Anne-Gunn Hjellbrekke; Katarina Marečková; Robert Wankmuller; Philipp Schneider; Sverre Solberg; Tove Marit Svendby; Li Liu; Maximilian Posh; Massimo Vieno
Geoscientific Model Development | 2017
Birthe Marie Steensen; Michael Schulz; Peter Wind; A. Valdebenito; Hilde Fagerli
Atmospheric Chemistry and Physics | 2017
Mikhail Sofiev; Olga Ritenberga; Roberto Albertini; J. Arteta; Jordina Belmonte; Carmi Geller Bernstein; Maira Bonini; Sevcan Celenk; Athanasios Damialis; John Douros; Hendrik Elbern; Elmar Friese; Carmen Galán; Gilles Oliver; Ivana Hrga; Rostislav Kouznetsov; Kai Krajsek; Donát Magyar; Jonathan Parmentier; Matthieu Plu; Marje Prank; Lennart Robertson; Birthe Marie Steensen; Michel Thibaudon; Arjo Segers; Barbara Stepanovich; A. Valdebenito; Julius Vira; D. Vokou
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