Earth & Environmental Sciences
infrastructure
100%
life cycle
45%
greenhouse gas
24%
vulnerability
22%
vehicle
21%
Anthropocene
20%
climate change
20%
automobile
19%
environmental impact
17%
parking
17%
electricity
17%
environmental assessment
15%
greenhouse gas emissions
15%
services
13%
energy
13%
cost
13%
sustainability
11%
city
10%
electric vehicle
10%
social system
10%
public
10%
heat wave
10%
energy use
9%
policy
9%
human health
8%
demand
8%
decision
8%
travel
8%
transportation system
8%
exposure
8%
air temperature
8%
decision making
7%
household
7%
urban system
7%
electricity generation
7%
impact assessment
7%
adaptive capacity
7%
climate
7%
metabolism
6%
road
6%
air
6%
prioritization
6%
transportation infrastructure
6%
energy consumption
6%
speed
5%
refuge
5%
resource
5%
organization
5%
weather
5%
leadership
5%
Engineering & Materials Science
Climate change
50%
Life cycle
35%
Greenhouse gases
26%
Environmental impact
25%
Electricity
21%
Hot Temperature
20%
Gas emissions
16%
Sustainable development
16%
Automobiles
15%
Air
15%
Rails
13%
Parking
12%
Hazards
12%
Managers
11%
Uncertainty
11%
Extreme weather
10%
Temperature
10%
Costs
9%
Electric vehicles
8%
Outages
8%
Education
8%
Planning
8%
Health risks
8%
Critical infrastructures
8%
Scheduling
7%
Air conditioning
7%
Hurricanes
7%
Health
6%
Water
6%
Problem-Based Learning
6%
Economics
6%
Biofuels
6%
Disasters
6%
Decision making
5%
Debris
5%
Supply chains
5%
Air quality
5%
Carbon dioxide
5%
Social Sciences
infrastructure
72%
heat
36%
resilience
32%
life cycle assessment
25%
life cycle
24%
climate change
24%
vulnerability
22%
motor vehicle
18%
environmental impact
14%
air
14%
energy
12%
climate
11%
Environmental assessment
11%
electricity
10%
sustainability
7%
building
7%
event
6%
water
6%
road
6%
uncertainty
6%
transportation system
6%
costs
6%
scheduling
6%
resources
5%
travel
5%
time
5%
efficiency
5%
disaster
5%
flexibility
5%
scenario
5%