Keyphrases
China
60%
Rank-size Distribution
50%
Landscape Planning
45%
Landscape Design
40%
Rapid Urbanization
40%
Field Theory
40%
Micropatterning
40%
Pareto Exponent
40%
Pareto Law
40%
Green Architecture
40%
Ian McHarg
40%
COVID-19 Infection
40%
Actionable Knowledge
40%
Ecological Wisdom
40%
Housing Environment
40%
Water Smart
40%
Nature-inspired Design
40%
COVID-19
40%
Social Media
40%
Green Waste
40%
Material Supply Chain
40%
Remote Sensing
40%
Cache County
40%
Park Access
40%
Chinese Cities
40%
Urban Sprawl
40%
Mental Health
40%
Stormwater Runoff Quality
40%
Park Design
40%
Multifunctional Landscapes
40%
Spatial Dynamic Model
40%
Utah
40%
COVID-19 Transmission
40%
Urban Systems
40%
Participant Experience
40%
Park Size
40%
All of Us Research Program
40%
Macro-pattern
40%
City Ranking
35%
Shared Component
30%
Housing Type
30%
Sprawl
30%
Architecture Foundation
26%
Community Park
26%
China's Cities
20%
Confounding Factors
20%
Land Fragmentation
20%
Landscape Pattern Index
20%
Threshold Method
20%
City System
20%
Social Sciences
Landscape Design
80%
Landscape Design
80%
Case Study
65%
Boundaries
50%
Sociodemographics
40%
Landscape Planning
40%
Stochastics
40%
Socioeconomic Status
40%
Social Status
40%
Remote Sensing
40%
Megacity
40%
Social Benefit
40%
Landscape Fragmentation
40%
Social Media
40%
Performance Evaluation
40%
Urban Planning
40%
Social Economics
40%
Stormwater Runoff
40%
Big Data
40%
Demographic Factor
40%
USA
40%
Multifunctional Landscape
40%
Geographic Information System
40%
Literature Reviews
40%
Landscape Analysis
40%
Performance Assessment
40%
China
40%
Network Analysis
40%
Chinese
40%
Large City
25%
Evidence-Based
25%
Urban Sociology
20%
Economic and Social Development
20%
Landscape Pattern
20%
Spatial Planning
20%
Mobile Phones
20%
Management Decision
20%
Regional Planner
20%
Temperature Distribution
20%
Landscape Metrics
20%
Resource Allocation
20%
Health Policy
20%
Architecture Education
10%
Planning Goal
10%
Planning Process
10%
Environmental Impact Assessment
10%
Water Management
10%
Planning Methods
10%
Project Success
10%
Scientific Methods
10%
Earth and Planetary Sciences
Utah
100%
Landscape Design
80%
Landscape Planning
80%
Land Use
42%
Spatial Distribution
40%
Socioeconomic Status
40%
Green Infrastructure
40%
Stormwater Runoff
40%
Network Analysis
40%
Urban Planning
40%
Urban Growth
40%
Remote Sensing
40%
Population Size
40%
Multifunctional Landscape
40%
Geographic Information System
40%
Farmland
40%
Urban Sprawl
40%
Megacity
40%
Planning Practice
20%
Growth Modeling
20%
Land Fragmentation
20%
United States
20%
Landscape Study
20%
Environmental Information
20%
Ecosystem Service
20%
Individual-Based Model
13%
Stormwater Management
10%
Streamflow
10%
China
10%
Built-Up Area
10%
Urban Development
10%
Water Management
10%
Landscape Metrics
7%
Texas
5%
Climate Change
5%
Population Growth
5%
Urban Population
5%
Landscape Change
5%
