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Document Type

Journal Article

Date of this Version

July 1998

Abstract

This study presents a dynamical systems model for long-term scenarios of demand in the aviation sector and resultant emissions of CO2 and NOx. We analyze the dynamics of demand growth for aviation, particularly in the emerging markets of developing nations. A model for subsonic aviation emissions is presented that reflects the consequences of industry forecasts for improvement in aviation fuel efficiency and emissions indices as well as projections of global economic and population growth over the next century. (Emissions of commercial supersonic aircraft are not modeled here.) The model incorporates a dynamical system of logistic growth towards a time-dependent capacity level. Using the long-term model, we present a set of projections of demand for aviation services, fossil fuel use, and emissions of carbon dioxide (C02) and nitrogen oxides (NOx through the year 2100; previous forecasts have not extended past 2040. We briefly discuss expectations for the distribution of NOx emissions over altitude and latitude.

Comments

Postprint version. Published in Energy Policy, Volume 26, Issue 8, July 1998, pages 625-641.


NOTE: At the time of publication, the author Anu Vedantham was affiliated with the Energy Defense Fund. Currently, she is a staff member of the Penn Libraries at the University of Pennsylvania.

Keywords

aviation, emissions, long-term scenarios

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Date Posted: 14 April 2008

This document has been peer reviewed.