Earth and Planetary Sciences
Model
100%
United States
85%
Investigation
85%
Context
77%
Condition
64%
Business
64%
Machine Learning
64%
Selection
64%
Position (Location)
64%
Construction
64%
Region
43%
Project
38%
Land
38%
Metropolitan Area
34%
Research
29%
Land Use
29%
Area
21%
Jurisdiction
21%
Economics
21%
Decision
21%
Medium
21%
Government
21%
Demographics
21%
Existence
21%
Variation
21%
Policy
21%
Climate
21%
Site
21%
Strategy
21%
Foci
21%
Community
21%
Accuracy
16%
Forest
16%
Landscape Metrics
16%
Stakeholder
12%
Response
12%
Risk
12%
Cost
12%
Public
12%
Public Sector
12%
Perception
12%
Complexity
12%
Time
12%
Missouri
12%
St. Louis
12%
Difference
8%
Ability
8%
View
8%
Reliability
8%
Big Data
8%
Social Sciences
State
77%
Understanding
70%
Smart City
64%
Transport
64%
Neighbourhood
64%
Enterprises
64%
Analysis
56%
Region
43%
Project
38%
Urban Areas
34%
Conceptualization
27%
Decision
27%
Typology
25%
Policy
21%
Land Use
21%
Climate
21%
Quantitative
21%
Jurisdiction
21%
Incentive
21%
e-Commerce
21%
Location
21%
Demographic Economics
21%
Economic and Social Development
18%
USA
16%
Public Sector
12%
Complexity
12%
Social Participation
12%
Intensity
12%
Perception
12%
Time Period
12%
Communities
12%
Cost
12%
Process
12%
Risk
12%
Stakeholders
12%
Collaboration
12%
Theory
10%
Popularity
5%
Research
5%
Urban Policy
5%
Construction
5%
Implementation
5%
Intention
5%
Grounded Theory
5%
Literature
5%
Buildings
5%
Progress
5%
Comparative Analysis
5%
Program
5%
Application
5%
Computer Science
Model
97%
Design
64%
Smart City
64%
Machine Learning
64%
Neighbourhood Condition
64%
Business Establishment
64%
Context Condition
64%
Context
56%
Business Location
32%
Business Activity
32%
Neighborhood Factor
32%
Location Decision
32%
Local Municipality
32%
Relationships
29%
Modeling
25%
Development Activity
25%
Random Decision Forest
25%
Local Authority
21%
Linkage
21%
Standards
21%
e-Commerce
16%
City Government
16%
Uniqueness
16%
Vulnerability
16%
Influencing Factor
16%
Predictive Accuracy
12%
Big Data
12%
Algorithms
12%
Scalable Method
12%
Data Source
12%
Model Accuracy
12%
Comparative Analysis
6%
Programs
6%
Application
6%
Roles
6%
Content Analysis
6%
Information Technology
6%
Intents
6%