Chapter 3

    Cards (68)

    • Cognitive Dissonance Reduction
      • Behavior vs. attitudes
      • Easier to change attitudes than behavior
    • Policy Effectiveness
      • Need for integrated policies
      • Examples like congestion charging
      • Uncertainty around MaaS adoption
    • Objective
      • Reduce private car use
      • Stimulate public transport and active/shared transport modes
      • Combat congestion, climate change, and improve public health
    • Disciplinary Perspectives
      • Psychology, economics, geography
      • Differences in determinants and mechanisms
      • Interconnectedness between disciplines
    • Understanding Travel Behavior
      1. Importance of interdisciplinary approach
      2. Psychology, economics, and geography perspectives
      3. Factors influencing travel choices
    • Macro-level Influences
      • Economic growth, demographic changes
      • Societal developments affect NOA factors
    • BEHAVIOURAL CHOICES FROM A PSYCHOLOGICAL PERSPECTIVE
      1. Theoretical Perspectives in Psychology
      2. Integration into Framework
      3. Shortcomings
      4. Motivational Factors
    • Perceived Feasibility
      • Perception affects choices
      • People may lack information on alternatives
    • Conceptual Model of Travel Behaviour
      • NOA Model Needs, Opportunities, Abilities
      • Influences travel behavior
      • Changes in response to alterations in NOA factors
    • Travel Behavior Statistics
      • Key indicators driving licenses, car ownership, trips, kilometers/day
      • Differentiated by gender, age, income
    • Multilevel Perspective

      • Spatial scales influence manifestations of changes
      • Neighbourhood, city, region, country, continent
    • Theoretical Perspectives on Motivational Factors
      • Weighing various individual costs and benefits
      • Moral and normative concerns
      • Affect and symbolic factors
    • Value-Belief-Norm (VBN) Theory
      • Problem awareness rooted in personal values
      • Self-transcendence values linked to favorability of reducing car use
    • Norm Activation Model (NAM)
      • People engage in behaviors based on moral obligation
      • Personal norms activated by problem awareness and outcome efficacy
    • Theory of Planned Behavior (TPB)

      • Assumes behavior results from intentions
      • Influenced by attitudes, subjective norms, perceived behavioral control
      • Reflects costs, benefits, social norms, and feasibility
    • Integrative Perspective

      • Goal-framing theory suggests multiple goals influence behavior
      • Hedonic, gain, and normative goal-frames coincide with theoretical frameworks
    • Affect and Symbolic Factors

      • Travel behavior influenced by instrumental, symbolic, and affective motives
      • Car use related to symbolic and affective motives more strongly than instrumental
    • Contextual Factors
      1. Direct Effect of Contextual Factors
      2. Indirect Effect of Contextual Factors
      3. Moderation of Relationship
      4. Determination of Dominant Motivation
    • Characteristics of Habits
      • Habits are formed when behavior consistently leads to positive outcomes
      • They involve a goal to be achieved, repetition of the same action, and are mediated by mental processes
      • Behavior becomes automatically elicited by contextual cues associated with the goal-directed behavior
    • Measurement of Habit Strength
      • Habit strength is measured by assessing how choices are made in familiar situations, rather than simply focusing on the frequency of behavior
      • This approach, known as the response-frequency measure, has been successfully used in studies on travel behavior
    • Temporary measures inducing alternative travel modes
      • Resulted in long-term reductions in car use, particularly among habitual car drivers
    • Lifestyle changes
      • Moving, changing jobs, having children, or the COVID-19 pandemic can prompt reconsideration of habitual behavior
    • Measurement of Habit Strength
      Assessed by how choices are made in familiar situations, rather than simply focusing on the frequency of behavior
    • Preferences of consumers
      • Form the basis of analysis, and individuals are assumed to make choices by comparing options based on desirability
    • Complete and Consistent Ranking
      • Consumers are assumed to arrive at a complete and consistent ranking of alternatives, enabling comparisons among different options
    • Behavioral Economics Integration
    • Economic models assume that individuals make choices based on rational considerations to maximize overall satisfaction
    • Utility Functions and Preferences
      • Utility functions represent consumer preferences, where attributes of alternatives are weighted according to their importance
    • Budget Allocation and Trade-offs
      • Consumers allocate monetary and time budgets over alternative uses, considering not only the price of goods or services but also the time required for consumption
    • Demand Function for Travel
      Optimization of utility by consumers results in a demand function for kilometers traveled, showing how travel demand varies with the price per kilometer and the time needed to travel, among other factors
    • Generalized Costs
      • Encompass both monetary and time-related costs, with an increasing share of time costs in generalized transport costs as people become wealthier
    • Sophisticated Models
      • Separate VOT from values of schedule delays and travel time uncertainty to better capture complex decision-making scenarios
    • Variability of VOT
      • Different travelers have different values of time, which can also vary depending on circumstances and trip purposes
    • Value of Travel Time
      • Represents the trade-off consumers make between price and speed when comparing different travel options
    • Cross-Price Elasticity
      • Measures the sensitivity of demand for one good to changes in the price of another good
    • Travel Time Elasticity
      • Measures the sensitivity of demand for travel time
    • Own Price Elasticity
      • Measures the sensitivity of demand for a good or service to changes in its own price
    • Price Elasticity
      • The sensitivity of demand with respect to price changes: own price elasticity and cross-price elasticity
    • Positive cross-price elasticity
      Implies substitution between goods
    • Negative cross-price elasticity
      Implies complementarity between goods
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