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Life-cycle assessment of high-speed rail: The case of California
Mikhail Chester
, Arpad Horvath
Research output
:
Contribution to journal
›
Article
›
peer-review
147
Scopus citations
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Earth & Environmental Sciences
life cycle
46%
speed
37%
energy consumption
30%
greenhouse gas emissions
30%
vehicle component
20%
vehicle
17%
environmental burden
14%
energy intensity
14%
planning
14%
environmental performance
12%
energy
11%
acidification
11%
population growth
10%
volatile organic compound
10%
automobile
10%
electricity
10%
aircraft
9%
greenhouse gas
9%
human health
9%
infrastructure
8%
demand
7%
effect
5%
Medicine & Life Sciences
Greenhouse Gases
100%
Life Cycle Stages
61%
Electricity
19%
Population Growth
18%
San Francisco
17%
Aircraft
17%
Los Angeles
17%
Automobiles
15%
Carbon Monoxide
14%
Health
7%
Population
5%
Engineering & Materials Science
Life cycle
49%
Rails
48%
Greenhouse gases
38%
Gas emissions
29%
Energy utilization
20%
Acidification
14%
Planning
12%
Volatile organic compounds
11%
Automobiles
8%
Electricity
7%
Health
7%
Aircraft
6%
Social Sciences
life cycle assessment
88%
energy consumption
29%
energy
16%
planning
9%
life cycle
8%
population growth
8%
motor vehicle
8%
electricity
8%
aircraft
7%
infrastructure
5%
time
5%
demand
5%
performance
3%
health
3%