Multimodel ensemble simulations of present‐day and near‐future tropospheric ozone

S. Stevenson, David; J. Dentener, F.; G. Schultz, Martin; E. Ellingsen, Kari; van Noije, Twan; Wild, Oliver; Zeng, Guang; Amann, Markus; S. Atherton, C.; Bell, N.; Bergmann, Dan; Bey, I.; Butler, Tim; Cofała, J.; J. Collins, W.; G. Derwent, Richard; M. Doherty, R.; Drevet, J.; Eskes, Henk; M. Fiore, Arlene; Gauss, Michael; Hauglustaine, Didier; W. Horowitz, Larry; S. A. Isaksen, I.; Krol, Maarten; Lamarque, Jean‐François; G. Lawrence, M.; Montanaro, V.; Müller, Jean‐François; Pitari, Giovanni; J. Prather, Michael; A. Pyle, J.; Rast, Sebastian; M. Rodriguez, J.; G. Sanderson, M.; Savage, Nick; Shindell, Drew; E. Strahan, S.; Sudo, Kengo; Szopa, Sophie

doi:10.1029/2005jd006338

Public

Multimodel ensemble simulations of present‐day and near‐future tropospheric ozone

Published in Journal of Geophysical Research Atmospheres • Apr 26, 2006

Authors:

David S. Stevenson

F. J. Dentener

Martin G. Schultz

Abstract

Global tropospheric ozone distributions, budgets, and radiative forcings from an ensemble of 26 state‐of‐the‐art atmospheric chemistry models have been intercompared and synthesized as part of a wider study into both the air quality and climate roles of ozone. Results from three 2030 emissions scena...

Subject

Radiative forcing

Environmental science

Tropospheric ozone

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