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Lane management strategies are vital for solving traffic congestion and improving transportation efficiency in metropolitan corridors. These corridors, which facilitate economic and social interactions by connecting major urban areas, face significant challenges such as congestion, environmental concerns, and the need for sustainable growth. Effective lane management involves techniques such as HOV lanes, HOT lanes, reversible lanes, and dynamic toll pricing, which have been implemented worldwide. This study addresses the questions 'What are the benefits and limitations of lane management strategies in metropolitan corridors?' and 'When should decision-makers consider implementing lane management strategies in a metropolitan corridor?' This paper aims to evaluate lane management strategies to increase the multimodal efficiency of metropolitan corridors. A systematic literature review of case studies reveals that while these strategies significantly reduce congestion and emissions, they also face road safety, compliance, and public resistance issues. In addition, gaps in existing research on metropolitan corridors and lane management will be identified, and areas for future research are proposed. The impacts of new societal trends and evolving urban planning concepts are examined. The study highlights the need for adaptive planning and innovative solutions. [ABSTRACT FROM AUTHOR]

Mobility as a Service (MaaS) has recently gained popularity as an opportunity to encourage a more sustainable mobility model and improve urban liveability. Today, it is still uncertain if travellers are willing to uptake MaaS and transform their habits. In the paper, we explore individuals' behavioural intention based on a survey comprising 418 respondents in the metropolitan area of Randstad (The Netherlands). The application of a Structural Equation Model allows to uncover a series of explanatory (attitudinal and personality) factors relevant for MaaS acceptance. Then, a cluster analysis determines four profiles of travellers in relation to their intention to embrace this new solution: 'Short-duration commuters', 'Active travellers', 'Traditional car-supporters', and 'MaaS admirers'. Overall, we identify three main barriers for the potential adoption of MaaS: low willingness to combine different modes of transport, low affinity with technology, and low reliability on the new mobility services. We also recognise that low environmental concerns seem to frustrate individuals' innovativeness. [ABSTRACT FROM AUTHOR]

The perception of transfers in urban transit trips plays a key role when choosing an appropriate design of a public transport network for a given city, as there are lines structures that involve significantly more connections than others, e.g. hub-and-spoke or feeder-trunk. Besides additional walking and waiting, a transfer involves the interruption of a trip, whose value, called pure transfer penalty (PTP), has not received the same attention from a behavioral viewpoint. In this paper we contribute to find whether there is an equivalency with as general validity as walking and waiting regarding in-vehicle time. We do this by reviewing available evidence – all in relatively large cities - and by estimating the PTP in the very small Spanish city of Vitoria adapting a generic methodology that has been applied only to a metropolitan area (Madrid). Although Vitoria is much smaller in size, with fewer shares of multimodal trips, harder climate and shorter trip distances, results reveal that PTP is perceived as an increase of 18.4 Equivalent-In-Vehicle-Minutes (EIVM) when it does not rain or snow, very close to the values obtained in Madrid (15.2–17.7) and other reported meta-analysis (17.6). This figure drops when bad weather happens, which yields a weighted annual average of 13.9 EIVM. We propose 13–18 as a reasonable equivalence range for planning purposes. • The Pure Transfer Penalty (PTP) – the value of trip disruption – has received comparatively less attention than waiting and walking, although it is a key parameter for transit design. • The literature shows evidence of PTP values that have been obtained in relatively large cities. • The small Spanish city of Vitoria is studied obtaining a weighted average of 14 Equivalent in Vehicle Minutes (EIVM) considering weather conditions. • A range between 13 and 18 EIVM for the PTP is proposed for planning purposes. [ABSTRACT FROM AUTHOR]

• Gender, age, education level, occupation, and household structure influence the willingness to adopt MaaS. • The acceptance of MaaS is conditioned by individuals' mobility patterns. • Private car users do not appear to be significantly attracted by MaaS. • Individuals engaged with public transport and shared mobility services intend to adopt MaaS. Mobility as a Service (MaaS) is expected to reorganise how we travel. To date, it is still unclear who will embrace these new mobility strategies, and how they will transform travellers' behaviours. This study identifies the key drivers determining the adoption of MaaS in two European metropolitan areas, based on a survey taken in Madrid (Spain) and Randstad (The Netherlands). Overall, we found strong positive attitudes towards MaaS. The results highlight the role played by a set of demographic, socioeconomic, and travel-related variables, after their validation with a generalized ordered logit (gologit) model. The willingness to adopt MaaS appeared to be related to personal characteristics such as gender, age, education level, occupation, and household structure. Unexpectedly, the place of residence (city versus outskirts) was not found to be significant. The acceptance of MaaS was also influenced by individuals' mobility patterns. We detected that private car users were not significantly attracted by MaaS, while individuals engaged with public transport and shared mobility services did intend to adopt it. Our final findings will help urban authorities and transport planners to predict the population segments with a higher (and lower) probability of using MaaS. Policy efforts could stimulate MaaS acceptability in the coming years by taking these insights into account. [ABSTRACT FROM AUTHOR]

Climate change and air quality are two main environmental challenges in metropolitan areas. As road transportation is one of the main contributors, public administrations are facing these problems with a number of complementary policy measures: shift to cleaner modes, new fuels and vehicle technologies, demand management, and the use of information and communication technologies (ICT) applied to transportation. Eco-driving is one of the measures that present large fuel savings at individual level. Although these savings are well documented in the literature, few studies focus on how eco-drivers driving patterns affect the surrounding vehicles and the traffic in general, and more particularly what would be the impact when the number of eco-drivers grows. Using a traffic microsimulation tool, four models in urban context have been built, corresponding to the different types of urban roads. Both the base-case and the parameters setting to simulate eco-driving have been calibrated with real data collected through floating vehicles performing the trips with normal and eco behaviors. In total, 72 scenarios were simulated, varying the type of road, traffic demand, and the percentage of eco-drivers. Then, the CO2and NOxemissions have been estimated through a microscopic emission model. The results show that in scenarios with low or medium demand levels and increasing number of eco-drivers, the effects are positive in terms of emissions. On the other side, with high percentage of eco-drivers and high traffic demand, the emissions rise. Higher headways and smooth acceleration and decelerations increase congestion, producing higher emissions globally. [ABSTRACT FROM AUTHOR]

Abstract: Interchanges are key elements for improving seamless mobility in metropolitan areas where multi-stages trips are increasing. Interchange facilities make transfers short, easy and comfortable, and therefore Public Transport (PT) trips became more attractive and competitive. However, good quality interchanges are rather expensive, especially with regard to construction and operation. The solution launched in Madrid was a public–private scheme where all stakeholders involved play a key role. The first experience was Avenida America Interchange in the border of Madrid CBD, which opened in 2000. The construction was carried out through a Build and Operate and Transfer (BOT) tender. Three public bodies were involved: Municipality, Regional Government and Public Transport Authority. The concessionaire was a company constituted by a transport operator, several construction companies and a national bank. The revenues came from a fee which pays every bus using the facility, some shops, two parking lots, and other business. This positive experience has been extended to the construction of four new interchanges that were inaugurated in the years 2007 and 2008. [Copyright &y& Elsevier]

Mobility-as-a-Service (MaaS) represents a technological innovation with the potential to revolutionise the urban mobility paradigm, triggering a societal shift towards more sustainable travel behaviours. Successful implementation of these novel mobility solutions will largely rely on travellers' adoption of MaaS mobile-technologies. As with any new technology, the qualitative, user-centric research approaches focusing on the individuals' point of view may be significantly beneficial for the initial stages of development. Within this context, the paper explores which services should be offered by MaaS technologies to provide travellers with tailored mobility solutions that satisfy their daily needs. To that end, six Focus Groups were conducted in the metropolitan area of Madrid (Spain). We examined the services expected by travellers when adopting MaaS and compared them with those already identified from a comprehensive literature review. Our analysis revealed six new services that had not been recognised previously, including route optimisation and the provision of real-time information on the following five categories: passenger crowding, pollution levels, route facilities, vehicle conditions, and urban security. Overall, our results also highlighted the relevance given to the availability of information on environmental and health implications of travel behaviours. We believe that our findings provide valuable guidelines for the development of successful MaaS mobile-technologies. The incorporation of the travellers' perspective enables a more thoughtful design of these innovations and, thus, maximises their potential for addressing the limitations of our complex mobility-systems in meeting urban sustainability goals. • Understanding travellers' expectations is key for designing successful MaaS technologies. • MaaS technologies should provide travellers with services that satisfy their daily needs. • Six Focus Groups are conducted to explore travellers' perspective in Madrid (Spain). • Travellers demand information about the environmental and health implications of their behaviours. [ABSTRACT FROM AUTHOR]