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Dive into the research topics where Rolf von Kuhlmann is active.

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Featured researches published by Rolf von Kuhlmann.


Geophysical Research Letters | 2003

Fresh air in the 21st century

Michael J. Prather; M. Gauss; Terje K. Berntsen; Ivar S. A. Isaksen; Jostein K. Sundet; Isabelle Bey; Guy P. Brasseur; Frank Dentener; R. G. Derwent; David S. Stevenson; Lee Grenfell; D. A. Hauglustaine; Larry W. Horowitz; Daniel J. Jacob; Loretta J. Mickley; Mark G. Lawrence; Rolf von Kuhlmann; Jean-François Müller; Giovanni Pitari; Helen Rogers; Matthew S. Johnson; J. A. Pyle; Kathy S. Law; Michiel van Weele; Oliver Wild

Ozone is an air quality problem today for much of the worlds population. Regions can exceed the ozone air quality standards (AQS) through a combination of local emissions, meteorology favoring pollution episodes, and the clean-air baseline levels of ozone upon which pollution builds. The IPCC 2001 assessment studied a range of global emission scenarios and found that all but one projects increases in global tropospheric ozone during the 21st century. By 2030, near-surface increases over much of the northern hemisphere are estimated to be about 5 ppb (+2 to +7 ppb over the range of scenarios). By 2100 the two more extreme scenarios project baseline ozone increases of >20 ppb, while the other four scenarios give changes of -4 to +10 ppb. Even modest increases in the background abundance of tropospheric ozone might defeat current AQS strategies. The larger increases, however, would gravely threaten both urban and rural air quality over most of the northern hemisphere.


Journal of Geophysical Research | 2003

A model for studies of tropospheric ozone and nonmethane hydrocarbons: Model description and ozone results

Rolf von Kuhlmann; Mark G. Lawrence; Paul J. Crutzen; Philip J. Rasch


Journal of Geophysical Research | 2003

A model for studies of tropospheric ozone and nonmethane hydrocarbons: Model evaluation of ozone-related species

Rolf von Kuhlmann; Mark G. Lawrence; Paul J. Crutzen; Philip J. Rasch


Geophysical Research Letters | 2003

The balance of effects of deep convective mixing on tropospheric ozone

Mark G. Lawrence; Rolf von Kuhlmann; Marc Salzmann; Philip J. Rasch


Geophysical Research Letters | 2004

High contribution of biogenic hydroperoxides to secondary organic aerosol formation

Boris Bonn; Rolf von Kuhlmann; Mark G. Lawrence


Geophysical Research Letters | 2004

Strong sensitivity of the global mean OH concentration and the tropospheric oxidizing efficiency to the source of NOx from lightning

L. J. Labrador; Rolf von Kuhlmann; Mark G. Lawrence


Geophysical Research Letters | 2004

Semiannual NO2 plumes during the monsoon transition periods over the central Indian Ocean

T. Kunhikrishnan; Mark G. Lawrence; Rolf von Kuhlmann; Andreas Richter; A. Ladstätter-Weißenmayer; J. P. Burrows


Journal of Geophysical Research | 2000

Comment on “Methane photooxidation in the atmosphere: Contrast between two methods of analysis” by Harold Johnston and Douglas Kinnison

Pöschl Ulrich; Mark G. Lawrence; Rolf von Kuhlmann; Paul J. Crutzen


Archive | 2005

The GOME Water Vapor Record for Climate and Chemistry Transport Model Evaluation

Robert E. Lang; Mark G. Lawrence; Rolf von Kuhlmann


Geophysical Research Letters | 2003

Fresh air in the 21st century?: FRESH AIR IN THE 21ST CENTURY?

Michael J. Prather; M. Gauss; Terje K. Berntsen; Ivar S. A. Isaksen; Jostein K. Sundet; Isabelle Bey; Guy P. Brasseur; Frank Dentener; R. G. Derwent; David S. Stevenson; Lee Grenfell; D. A. Hauglustaine; Larry W. Horowitz; Daniel J. Jacob; Loretta J. Mickley; Mark G. Lawrence; Rolf von Kuhlmann; Jean-François Müller; Giovanni Pitari; Helen Rogers; Matthew S. Johnson; J. A. Pyle; Kathy S. Law; Michiel van Weele; Oliver Wild

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Philip J. Rasch

Pacific Northwest National Laboratory

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Larry W. Horowitz

National Oceanic and Atmospheric Administration

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