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Explore Dr. Tim Russo's research on aviation environmental economics, covering market failure, public goods, externalities, and more. Learn about policy remedies and the economic impact on reducing CO2 emissions and noise pollution in the aviation industry.
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Aviation Environmental Economics Dr. Tim Russo Department of Economics Industrial College of the Armed Forces National Defense University Fort McNair, Washington, DC Formerly an Economist for FAA Formerly a USAF KC-135 Navigator
Aviation Environmental Economics Agenda • Economics • Public Goods • Externalities • Remedies • Environment • Aviation • Noise • Emissions
Aviation Environmental Economics • Economics • Market Failure • Public Goods • Non-Rival Consumption • Non-Excludable
Aviation Environmental Economics Private Good Demand $ unit demand2 Quantity demand1
Aviation Environmental Economics Public Good Demand $ unit demand2 Quantity demand1
Aviation Environmental Economics • Economics • Market Failure • Externalities • Spillovers • The Coase Theorem
Aviation Environmental Economics • Economics • Remedies • Permit Trading • Regulation • Timing • Benefit/Cost Analysis • Corporate • Government
Aviation Environmental Economics • Environment • Valuation • Cost Assessment
Aviation Environmental Economics • Aviation • Noise • Emissions • CO2 – Kyoto Protocol • EMBOSS Model
Aviation Environmental Economics $ CO2/year Kyoto Target
Aviation Environmental Economics Analysis by the Forecast and Economic Support Group (FESG) of CAEP/ICAO shows that if emissions by aviation are reduced at lowest cost, the greatest part (about 70%) of the emissions reduction will be the result of a reduction in aircraft kilometres and revenue tonne kilometres (RTKs). Technology improvement from a shift towards using more fuel-efficient aircraft accounts for the balance (around 30%). From Aviation and Climate Change, 2002.