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International Energy Workshop 2005
5-7 July 2005 at the Pa-lu-lu
Plaza Kyoto, Kyoto, Japan
Submittd Papers
Last modified:
19 Jul 2005
Alain L. BERNARD
Ministry of Equipment, Transportation
and Housing, Paris, FRANCE
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Assessing
Equity Effects of Climate Change Policy through the American
Consumer Expenditure Survey: New Results on Housing and Transportation

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Geoffrey
J. BLANFORD, John WEYANT
Management Science and
Engineering, Stanford University, Stanford, USA
Corresponding
author: Geoffrey J. Blanford
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A
Global Portfolio Strategy for Climate Change Technology Development

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Mark HOWELLSa,
Josh HOUSEb, John “Skip” LAITNERc
aEnergy Research
Centre, University of Cape Town, Cape Town, SOUTH AFRICA
bProgram on Energy and Sustainable Development,
Stanford University, Stanford, USA
cOffice of Atmospheric Pollution, Environmental
Protection Agency, Washington, DC, USA
Corresponding author: Mark
Howells
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Beyond the
Baseline – Large Scale Climate Friendly Development

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Shuichi ASHINA, Toshihiko
NAKATA
Management of Science and Technology
(MOST), Graduate School of Engineering, Tohoku University, Sendai,
JAPAN
Corresponding author: Shuichi
Ashina
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Strategy
for Reducing CO2 Emissions in the Residential Sector in Japan:
Case Study on Energy Saving Measures in the Residential Sector
in Iwate Prefecture

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Makoto KANAGAWA,
Toshihiko NAKATA
Management of Science and Technology
(MOST), Graduate School of Engineering, Tohoku University, Sendai,
JAPAN
Corresponding author: Makoto
Kanagawa
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Analysis
of the Energy Access Improvement and its Socio-economic Impacts
in Rural Areas of Developing Countries

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Snorre KVERNDOKKa,
Knut Einar ROSENDAHLb, Thomas F. RUTHERFORDc
aRagnar Frisch
Centre for Economic Research, Oslo, NORWAY
bResearch Department, Statistics Norway, Oslo,
NORWAY
cDepartment of Economics, University of Colorado
at Boulder, Boulder, COLORADO
Corresponding author: Thomas
F. Rutherford
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Climate
Policies and Induced Technological Change: Impacts and Timing
of Technology Subsidies

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Makoto KANAGAWA, Toshihiko NAKATA
Management of Science and Technology (MOST), Graduate School of Engineering,
Tohoku University, Sendai, JAPAN
In this study, we have developed an energy-economic model of rural
areas in India to analyze optimal energy system for alleviating energy
poverty,
and evaluate socioeconomic effects of the energy access improvement
in terms of health hazard. Relying on traditional biomass, households
in
the areas are consuming fuelwood in manner of unsustainable way,
and are harmed by hazardous pollutants. As a result of the analysis,
it is
revealed that, considering opportunity cost of collecting fuelwood,
LPG is widely adopted by the households and the exposure to the pollutants
is largely alleviated to the same level to Japanese environmental
criteria.
Keywords:
Energy poverty, Energy access, RSPM exposure, rural area, developing
country
Corresponding author: Makoto
Kanagawa 
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