Future emission scenarios for chemicals that may deplete stratospheric ozone

James K. Hammitt; Frank Camm; Peter S. Connell; William E. Mooz; Kathleen A. Wolf; Donald J. Wuebbles; Anil Bamezai

doi:10.1038/330711a0

Future emission scenarios for chemicals that may deplete stratospheric ozone

James K. Hammitt
, Frank Camm
, Peter S. Connell
, William E. Mooz
, Kathleen A. Wolf
, Donald J. Wuebbles
, Anil Bamezai

Research output: Contribution to journal › Article › peer-review

Abstract

Scenarios are developed for long-term future emissions of seven of the most important manmade chemicals that may deplete ozone and the corresponding effect on stratospheric ozone concentrations is calculated using a one-dimensional atmospheric model. The scenarios are based on detailed analysis of the markets for products that use these chemicals and span a central 90% probability interval for the chemicals' joint effect on calculated ozone abundance, assuming no additional regulations.

Original language	English (US)
Pages (from-to)	711-716
Number of pages	6
Journal	Nature
Volume	330
Issue number	6150
DOIs	https://doi.org/10.1038/330711a0
State	Published - 1987
Externally published	Yes

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title = "Future emission scenarios for chemicals that may deplete stratospheric ozone",

abstract = "Scenarios are developed for long-term future emissions of seven of the most important manmade chemicals that may deplete ozone and the corresponding effect on stratospheric ozone concentrations is calculated using a one-dimensional atmospheric model. The scenarios are based on detailed analysis of the markets for products that use these chemicals and span a central 90\% probability interval for the chemicals' joint effect on calculated ozone abundance, assuming no additional regulations.",

author = "Hammitt, \{James K.\} and Frank Camm and Connell, \{Peter S.\} and Mooz, \{William E.\} and Wolf, \{Kathleen A.\} and Wuebbles, \{Donald J.\} and Anil Bamezai",

year = "1987",

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AU - Hammitt, James K.

AU - Camm, Frank

AU - Connell, Peter S.

AU - Mooz, William E.

AU - Wolf, Kathleen A.

AU - Wuebbles, Donald J.

AU - Bamezai, Anil

PY - 1987

Y1 - 1987

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AB - Scenarios are developed for long-term future emissions of seven of the most important manmade chemicals that may deplete ozone and the corresponding effect on stratospheric ozone concentrations is calculated using a one-dimensional atmospheric model. The scenarios are based on detailed analysis of the markets for products that use these chemicals and span a central 90% probability interval for the chemicals' joint effect on calculated ozone abundance, assuming no additional regulations.

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Future emission scenarios for chemicals that may deplete stratospheric ozone

Abstract

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