Earth and Planetary Sciences
Environmental Impact Assessment
100%
China
85%
Climate Change
44%
Urban Sustainability
38%
Socioeconomics
25%
Urban Development
24%
Anthropocene
22%
Upscaling
21%
Green Infrastructure
21%
Air Quality
21%
Land Use
19%
Environmental Impact
18%
Global South
17%
Urban Climate
17%
Greenhouse Gas Emission
17%
Food Security
17%
Heat Wave
17%
Sustainable Development Goals
16%
Biogeochemical Cycle
16%
Asia
15%
Analytical Framework
14%
Thermal Comfort
14%
Atmospheric Aerosol
14%
Human Health
14%
Extreme Event
14%
Urban Water
14%
Waste Management
14%
Technology Adoption
14%
Global Environmental Change
14%
River Basin
13%
Urban System
13%
Developing Country
13%
Rural Area
12%
Population Growth
11%
Energy Saving
11%
Microclimate
10%
Microbalance
10%
Energy Balance
10%
India
10%
Built Environment
9%
Air Pollution
9%
Urban Research
9%
Urban Climate Change
9%
Australia
9%
Material Flow
9%
Energy Flow
9%
Emissions
9%
Time Series
9%
Environmental Management
9%
Waste Collection
8%
Social Sciences
Urban Sustainability
44%
Anthropocene
35%
China
35%
Case Study
32%
Chinese
29%
Sustainable Development
25%
Innovation Systems
24%
Climate Change
21%
Sustainable Development Goals
20%
Transdisciplinary
17%
Urban Policy
16%
Urban Research
15%
Asia
15%
Global South
14%
Development Policy
14%
Waste Management
14%
Urban Sociology
14%
COVID-19
14%
Systems Approach
13%
Decision Making
13%
Incentive
13%
China
11%
Environmental Issue
11%
Socio-technical systems
10%
Research Focus
10%
World Population
10%
Community Research
9%
Social Economics
9%
Research Priorities
9%
Justice
8%
Social Systems
8%
Social-Ecological Systems
8%
Urban Resilience
8%
Water Pollution
7%
Wellbeing
7%
Ecosystem Service
7%
Crisis Management
7%
Sustainable Urban Development
7%
Cell Excitability
7%
Co-Creation
7%
Self-Sufficiency
7%
Intelligentsia
7%
Ecuador
7%
Political Systems
7%
Budget Contributions
7%
Developing Countries
7%
Urban Population
7%
Scientific Innovations
7%
Territory
7%
Environmental Policy
7%
Engineering
Energy Engineering
36%
Earth System
35%
Climate Change
17%
Infrastructure
17%
Human Health
10%
Urban Development
10%
Sustainable Development
10%
Occupant Behavior
9%
Residential Building
9%
Greenhouse Gas
8%
Constrains
7%
Demand Side
7%
Atmospheric Aerosol
7%
Electric Vehicle
7%
Spatial Configuration
7%
Safe Distance
7%
Water-Energy Nexus
7%
Building Energy Performance
7%
Built Environment
7%
Environmental Regulations
7%
Albedo
7%
Cool Roof
7%
Green Roof
7%
Social Sustainability
7%
Transition Pressure
7%
Global Population
7%
Increasing Stress
7%
Key Performance Indicator
7%
Global Warming
7%
Air Quality
7%
Integrated System
7%
Adaptation Strategy
7%
Mitigation Strategy
7%
Relative Importance
7%
Environmental Technology
7%
Solar Power Plant
7%
Technological Solution
7%
Solar Energy
7%
Renewable Energy
7%
Green Space
7%