Keyphrases
Amsterdam
100%
Heat Stress
69%
Urban Design
68%
Water Bodies
53%
Urban Areas
51%
Urban Heat
47%
Netherlands
45%
Urban Water Bodies
43%
Physiological Equivalent Temperature
43%
Thermal Comfort
36%
Climate Change
35%
Surface Temperature
28%
Cooling Effect
28%
Urban Space
28%
Blue-green Roof
28%
Climate Resilience
28%
Urban Professionals
26%
Cooling Water
25%
Dutch
25%
Resilient
25%
Air Temperature
23%
Maar
23%
Thermal Comfort Assessment
23%
Thermal Effect
22%
Heat Adaptation
21%
Adaptation Measures
21%
Design Knowledge
21%
Drought Risk
21%
Design Guidelines
21%
Heat Resilience
20%
Built Environment
20%
Indoor Temperature
20%
Resilience
19%
Urban Environment
18%
Research through Design
18%
Building Scale
18%
Neighborhood Typology
18%
Flooding Stress
18%
Stormwater
18%
Thermal Stress
18%
Stress Potential
18%
Water Flooding
18%
Europe
18%
Street-level
18%
China
18%
High-resolution
18%
Almere
18%
Urban Planners
18%
Climate Change Adaptation
18%
Ponds
17%
Drought
17%
Nature-based Solutions
16%
Irrigation
16%
Heat Wave
16%
Canal
15%
Design Prototypes
15%
Well-being
14%
Densification
14%
Design Practice
14%
Outdoor Space
14%
Adaptation Strategies
14%
Heat-related
14%
Design Professionals
14%
Langer
14%
Decision Maker
14%
Kestrel
14%
Summertime
14%
Climate Change Impacts
13%
Hot Summer
12%
Stress Measurement
12%
User Experience
12%
Heat Vulnerability
12%
Warm Climate
12%
Urban Planning
12%
Asia
12%
Local Government
12%
Measurement Protocol
12%
Disaster Risk Reduction
12%
Urban Water Environment
12%
Groningen
11%
Tainan
11%
Taiwan
11%
Air Pollution
11%
Food Security
11%
COVID-19 Pandemic
10%
River Flood
10%
Urban Flooding
10%
Resilient Design
10%
Vulnerability
10%
Comparative Analysis
10%
Environmental Design
10%
Evidence-based
9%
Warming Effect
9%
Traditional Roof
9%
Heat Stress Risk
9%
Compound Flooding
9%
Storm Surge
9%
Flood Potential
9%
River Discharge
9%
Climate Vulnerability
9%
Earth and Planetary Sciences
Water Body
70%
Thermal Comfort
57%
Urban Water
47%
Netherlands
43%
Urban Design
31%
Flood
31%
Air Temperature
29%
Shading
28%
Climate Change
25%
Heat Wave
25%
Thermal Stress
18%
Europe
18%
River Discharge
18%
Food Security
18%
Green Roof
18%
Applied Science
15%
Built Environment
14%
Densification
14%
Risk Reduction
14%
Urban Flooding
14%
Built-Up Area
14%
Taiwan
13%
Urban Green
13%
Cooling Water
12%
Asia
12%
Urban Planning
11%
Storm Surge
9%
Kenya
9%
Air Pollution
9%
Last Interglacial
9%
Action Plan
9%
Subsaharan Africa
9%
Questionnaire Survey
9%
Spatial Resolution
9%
Stress Measurement
9%
Development Area
9%
Unmanned Aircraft System
9%
Open Space
7%
Stormwater
7%
Field Survey
6%
Developing Country
6%
Field Scale
6%
Socioeconomics
6%
Climate Change Impact
5%
Mitigation Measure
5%
Urban Heat Island Effect
5%
Engineering
Urban Design
60%
Heat Stress
59%
Thermal Comfort
43%
Air Temperature
34%
Equivalent Temperature
33%
Design Guideline
29%
Green Roof
28%
Cooling Effect
28%
Retro-Fitting
18%
Adaptation Measure
16%
Built Environment
15%
Decision Maker
15%
Thermal Effect
14%
Urban Heat Island Effect
13%
Climate Change
13%
Assuming
12%
Cooling Water
12%
Infrastructure
11%
Design Environment
10%
Mitigation Effect
9%
Climatic Chamber
9%
Scale Level
9%
Measurement Protocol
9%
Action Plan
9%
Irrigation System
9%
User Experience
9%
Scientific Literature
9%
Digital Elevation Model
9%
Urban Flooding
9%
Remaining Life
9%
Energy Engineering
9%
Circularity
9%
Summer Season
9%
Measuring Device
9%
Cavity Width
9%
Product Code
9%
Spatial Resolution
9%
Vaporization
9%
Adaptation Decision
9%
Exceedance
9%
Practical Guideline
9%
Simplifies
9%
Starting Point
9%
Densification
7%
Open Space
6%
Adaptation Strategy
6%
Retrofit
6%
Lifecycle Cost
6%
Comparative Analysis
6%
Temperature Water
5%
Heatwaves
5%