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This article provides a detailed exploration of the economic and financial aspects of public transport concessions, a key tool for the efficient management of urban mobility services. Through an analysis of contracts, payment and compensation methods, cost and revenue structures, and price review mechanisms, it offers a comprehensive guide on how to ensure the financial and operational sustainability of public transport systems. It also examines asset valuation mechanisms, demand analysis, and profitability margins, with a focus on service optimization and efficiency.

Discover how Park and Ride (P&R) systems can transform urban mobility in our comprehensive article. Explore critical criteria such as proximity to residential zones, travel times, public transport accessibility, and environmental impact to optimize P&R facility locations. Learn how these strategies can reduce traffic congestion, lower emissions, and create more sustainable, efficient, and livable urban environments.

This is a true story that surpasses fiction. It is the story of a Sustainable Urban Mobility Plan (SUMP) that justified a road. And of a road that was not needed. And of a rural environment that wanted to remain rural. And of concerned neighbors. This is a story in the city of Tajo. Ronda.

Explore the five key challenges hydrogen faces as a fuel for urban public transport, including credibility, technology, competitiveness, generation, and marketing. Understand the complexities of Guarantees of Origin, the emerging technology of fuel cell buses, and the cost comparison between hydrogen, electric, natural gas, and diesel buses. Discover the infrastructural and organizational hurdles in generating and distributing green hydrogen, and the importance of marketing and technical support for the adoption of hydrogen fuel cells. This comprehensive analysis offers insights into the future of sustainable urban transportation.

Discover how Pontevedra has become a global benchmark for sustainable mobility and urban planning. Pontevedra is a medium-sized city from Spain, situated in Galicia and with a population of more than 80 000 inhabitants. Since 1999, the city has implemented innovative policies that have transformed its public space, improved quality of life, and garnered numerous international accolades. This article delves into the keys to its success, including political stability, citizen participation, and provides detailed descriptions of the policies implemented. It explores the impacts achieved over the years and finally describes several lessons learned directly from the team that implemented this system in Pontevedra.

In a world where medium-sized cities continue to expand, public transport faces unique challenges derived from population density and changing mobility needs. This article provides an in-depth look at how the reorganization of public transport, through a structured methodology, can be key to improving mobility and urban quality of life. Throughout the article, the critical phases of the reorganization process are detailed, from the diagnosis of the current situation to the proposal for action. The importance of planning that integrates socio-economic analyses, demand assessments, and advanced technologies is emphasized to ensure that public transport not only meets current needs but is also prepared for future challenges. The structured and data-driven approach ensures that the solutions are not only effective but also sustainable, comprehensively addressing efficiency, equity, and environmental aspects.

The Push-Pull-Mooring (PPM) model is a theoretical framework that offers a comprehensive perspective on individual behavior in various contexts, including migration, consumer behavior, and technology adoption. This article aims to illuminate the application of the PPM model in understanding the dynamics of public transportation usage. By dissecting the model into its push, pull, and mooring factors, we gain insights into the multifaceted reasons behind individuals' decisions to adopt, continue, or discontinue the use of public transport systems. The analysis is enriched with empirical evidence from recent studies that have applied the PPM framework in related areas.

Discover how Low Emission Zones (LEZs) are transforming cities towards a more sustainable and livable future. This article delves into the comprehensive implementation of LEZs, covering everything from planning and public participation to regulation and technological strategies. Learn about the implementation phases, the importance of the regulatory framework, and how technological innovation plays a crucial role in the success of LEZs. Ideal for urban planners, policymakers, and anyone interested in urban sustainability and mobility.

In this article, we analyze the advantages and challenges of different payment systems—closed-loop, open-loop PAYG, subscription, and post-payment—and discuss their implications for the future of city commuting. Discover how MaaS is leveraging technology to create a more connected, efficient, and inclusive transportation network, and what it takes to overcome the hurdles in its path. Whether you're a city planner, a transportation enthusiast, or simply curious about the future of urban travel, this article offers valuable insights into the evolving landscape of mobility services. Join the conversation on how we can navigate the complexities of payment models to unlock the full potential of MaaS. Let's envision together a future where urban mobility is not just about getting from A to B, but about creating a sustainable, accessible, and integrated travel experience for all.

Embark on a journey through the intricate landscape of urban transportation network optimization! 🚆🌐 Dive into the core objectives of creating efficient transit systems that connect cities seamlessly while minimizing delays. From rerouting buses to implementing smart traffic management systems, discover how cities are transforming public transportation. 🚌✨ Know about discussions on scheduling, travel time reduction, and the innovative assessment of new lines. Explore how technology, data analytics, and user-centric strategies are reshaping the way we move. 📊🌍

Unlock the basics of Low Emission Zones in Europe with this comprehensive guide! Explore the LEZ concepts, from pollution's impact on human health to vehicle classifications and EURO standards. Decode the significance of emission badges, delve into retrofitting solutions, and understand regulations based on vehicle types. Discover enforcement methods, operational hours, and seasonal variations, as well as fees, charges, exemptions, and permits. Stay informed on the phased implementation of LEZ programs and see different examples.

Creating a Strategic Urban Accessibility Plan (SUAP) is a crucial undertaking for city planners and urban mobility consultants. This plan aims to ensure that a city's residents can access essential services and facilities conveniently, regardless of their age, gender, or mobility preferences. A well-structured SUAP can enhance the overall quality of life for the city's inhabitants. In this article, we will outline the seven essential steps for settling a SUAP, delving deeper into each stage for a comprehensive understanding.

Reimagining Transportation Assessment: A Shift Towards Accessibility. In the ever-evolving landscape of transportation planning, we often find ourselves at a crossroads – caught between the emphasis on speed and volume, and the fundamental purpose of our journeys. Do we prioritize the sheer movement of vehicles and passengers, or do we refocus on the underlying needs and desires that drive our travels? Join us in exploring a groundbreaking perspective that's gaining traction in the realm of transport appraisal: Accessibility. This paradigm shift isn't just about how fast we get from A to B, but about our ability to reach destinations, pursue activities, and access essential goods and services. Stay tuned as we delve deeper into this thought-provoking discussion and its implications. Let's pave the way for a transportation system that truly serves the needs of all.

Uncover the significance of walking as a central mode of urban transportation and learn from successful car-free models worldwide. Discover the transformative power of car-free urban settings in mitigating climate change and enhancing public health. This article explores the benefits of car-free developments, showcases compelling case studies like Pontevedra, and discusses the diverse rationales behind car-free city initiatives. Find out how these initiatives can lead to more sustainable and livable neighborhoods.

Discover the power of traffic calming measures in revolutionizing urban mobility and promoting safer, more sustainable transportation. This article sheds light on the importance of traffic calming strategies to reduce the use of private vehicles, emphasizing the benefits of active mobility through walking and cycling. Explore how traffic calming interventions create pedestrian-friendly environments, prioritizing safety and comfort for vulnerable road users. Learn from real-world examples, including Japan's success in reducing traffic fatalities while addressing challenges related to pedestrian and cycling safety. Uncover the positive outcomes of traffic calming, including decreased collision severity and frequency, resulting in greener and more livable cities. Delve into the key factors influencing pedestrian-friendly roadway design and speed management for a holistic approach to enhancing urban mobility.

Learn how Travel Demand Management (TDM) strategies can effectively reduce traffic congestion and promote sustainable urban growth. Discover the shift from car dependency to more efficient, healthy, and environmentally friendly transportation modes like public transport and non-motorized options. Explore a range of TDM measures, including financial incentives, improved transportation options, and smart growth strategies. Find valuable insights on implementing successful TDM plans, classification of TDM strategies, and the benefits of road pricing in reducing congestion and environmental impacts. Read more to optimize urban transport and create a greener, safer, and more efficient city.

Discover the essential elements that distinguish a good pedestrian environment from a poor one, as we delve into specific evaluation measures for assessing sidewalk Level of Service and thus walkability. Learn about concepts drawn from Jaskiewicz (2000) that include enclosure, complexity of path network, building articulation, complexity of spaces, buffer and others. Enhance pedestrian safety, comfort, and aesthetics while promoting walking as a viable form of transportation. Read on to explore how shade trees, varied roof lines, vehicular speed, lighting and physical components and condition of sidewalks contribute to a pedestrian-friendly experience.

Revamp your parking policies with innovative strategies and tools to optimize occupancy, address enforcement issues, and mitigate challenges like double parking. Implement variable meter rates and leverage technology for efficient enforcement. Utilize curb pricing technology, sensors, and real-time data integration for better parking management. Explore options like Parking Benefit Districts, Park & Ride facilities, and shared parking to enhance availability and access. Set maximum requirements and consider transit-oriented overlays for off-street parking. Embrace in-lieu parking fees for urban design flexibility. Lower parking demand through cash-out programs and transit incentives. Promote active travel and transit use with improved walkability and cycling infrastructure. Upgrade your parking policies for vibrant, accessible, and sustainable urban environments.

Explore the effectiveness of time limits, curbside parking bans, and metering as methods of regulating parking. Learn about the benefits and challenges associated with each approach, including their impact on traffic flow and curb occupancy. Additionally, gain insights into the drawbacks of minimum parking requirements in zoning regulations, which can hinder sustainable transportation systems and adversely affect urban areas. Understand the societal costs and unintended consequences of these regulations, and their implications for land use and development in central business districts.

Discover the intricate world of urban accessibility through this comprehensive article that delves into various measurement approaches and the associated challenges. Understanding the ease of reaching vital destinations, known as accessibility, has become increasingly vital for evaluating the performance of cities and networks. In this exploration, we uncover the definition of accessibility and the complexities in quantifying its "ease and convenience." Accessibility measures comprise two key components: attractiveness, measured by the number of opportunities at destinations, and the impedance function, which considers distance or travel time to reduce the probability of attraction to these destinations. The article thoroughly examines traditional measures of accessibility, including isochrone measures, gravity-based measures, and utility-based measures and lists alternative approaches to assess accessibility along with their corresponding references for more in-depth insights.

The ’15-Minute City’, the ‘data-driven smart compact city’, the ‘smart eco-city’, the ‘data‐driven smart eco‐city’, the ‘integrated sustainable district’, the ‘data‐driven city’ the ’data‐driven smart city’. Different concepts to achieve similar goals. In this article we try to understand the concept and give the main references.

Mobility Data Spaces MDS are a relatively new concept in the field of mobility and data management. In this article we unveil the basics and list the main sources of information.

This article shows an overview of Hydrogen mobility in Europe and lists the main organizations where to find specific information about it.

Trying to understand the processes and efficiencies related to renewable energies, green hydrogen and carriers such as ammonia and ethanol.

The bathtub curve is an analogy to explain how projects evolve over time. The initial phase in the operation of projects requires a lot of effort and gray matter, which should translate into more resources and investment. In this article I try to explain it from a personal point of view, and from experience.

Implementing and updating a performance-measurement program in a Transport Public operation is an iterative process that needs setting performance standards.

In this article is unfold one of the two key factors, according to TRB, which reflect the passenger’s point-of-view regarding performance of transit service.

The idea of robust schedules in transit operations consists in solutions that can tolerate a certain degree of uncertainty during execution. In other words, they should be able to absorb dynamic variations in the problem due to both external reasons (exogenous events), and internal reasons (false definitions in the problem).

The delays resulting from incidents not only affect the reliability of the transit service but also have a direct link to customer satisfaction.