Medicine & Life Sciences
Hot Temperature
100%
Meteorology
53%
Weather
49%
Extreme Heat
45%
Temperature
42%
Air Pollution
38%
Climate
37%
Health
37%
Extreme Hot Weather
27%
Climate Change
23%
Canada
22%
Sports
20%
Mortality
20%
Solar System
20%
Radiation
17%
Heat-Shock Response
16%
Budgets
15%
Ultraviolet Rays
15%
Ozone
14%
Occupational Groups
14%
Tokyo
14%
Farmers
13%
Workplace
13%
Air
13%
Clothing
12%
Safety
12%
Athletes
11%
Heat Stroke
10%
Extreme Weather
10%
Students
10%
Environmental Health
10%
Thermometers
9%
Environmental Monitoring
9%
Morbidity
9%
Child
9%
Exercise
9%
Environmental Pollutants
8%
Research Personnel
8%
Infrared Rays
8%
Technology
8%
Sedentary Behavior
7%
Population Health
7%
Guidelines
7%
Skin Neoplasms
7%
Los Angeles
7%
Body Temperature
7%
Football
7%
Maternal Health
6%
Equipment and Supplies
6%
Censuses
6%
Earth & Environmental Sciences
health
52%
mortality
47%
weather
46%
heat stress
43%
atmospheric pollution
42%
city
33%
microclimate
31%
human health
31%
exposure
29%
energy budget
25%
climate
24%
temperature
22%
radiation
19%
ozone
18%
census
18%
playground
18%
Olympic Games
18%
urban climate
17%
physical activity
17%
urban design
15%
effect
14%
modeling
13%
cardiovascular disease
13%
climate change
13%
urban landscape
13%
skin
12%
trend
12%
physiology
12%
risk assessment
11%
clothing
10%
safety
10%
canopy
10%
urban area
10%
body temperature
10%
synoptic meteorology
10%
sensor
10%
student
9%
morbidity
9%
traffic
9%
cooling
9%
mortality risk
9%
air temperature
9%
human physiology
9%
pollution monitoring
9%
hazard
9%
socioeconomic status
8%
adaptation strategy
8%
heat balance
8%
cost
8%
Social Sciences
heat
75%
climate
25%
playground
24%
health
16%
climate change
13%
Canada
12%
Solar radiation
10%
workplace
8%
environmental research
8%
Environmental Health
7%
desert
6%
event
6%
athlete
6%
economic impact
6%
cross-sectional study
5%
simulation
5%
risk assessment
5%
mortality
5%
worker
5%
public health
5%
municipality
5%
decision making
5%
