Sustainable self-organized ridesharing initiatives as learning opportunities

Social Sciences

• Case Study 100%
• Semi-Structured Interview 100%
• Human Activities Effects 100%
• Public Transport 100%
• Data Mining 100%
• Externality 100%
• Practice Theory 100%
• Road User 100%
• Social Network 100%
• Sharing Economy 100%

Keyphrases

• Ridesharing 100%
• Learning Opportunities 100%
• Commuting 20%
• Structured Interview 10%
• Practice Theory 10%
• Environmental Impact 10%
• Structured Observation 10%
• Mixed Methodology 10%
• Policy Decisions 10%
• Practical Knowledge 10%
• Stranger 10%
• Policy Recommendations 10%
• Private Car 10%
• Negative Externalities 10%
• Social Processes 10%
• Repeating Pattern 10%
• Sense of Community 10%
• Technology Design 10%
• Knowledge Areas 10%
• Commuters 10%
• Road Users 10%
• Sharing Economy 10%
• Emergence Pattern 10%
• Transition Analysis 10%
• Transport Geography 10%
• Process Structure 10%
• Chokepoints 10%
• Economic Inefficiency 10%
• Descriptive Framework 10%
• Multi-level Perspective 10%
• Sustainable Modes 10%
• Line Structure 10%
• Emergent Process 10%
• Demand Concentration 10%
• Vehicle Miles Traveled 10%
• Social Network Mining 10%
• Techno-social 10%
• Public Transport 10%
• Innovation Theory 10%
• Grassroots Innovation 10%
• Travel to Work 10%

Psychology

• Semistructured Interview 100%
• Resiliency 100%
• Case Study 100%
• Mixed Methods 100%
• Merging 100%