3.1. Smart Transport for Modern Cities
The ever persistent trend of global development has primarily been a result of progressive infrastructure development to meet the constantly evolving modern demands by any given population. In fact, it is imperative for any given modern city to sustainably develop transportation systems to further advance any intended prosperity. Rassafi and Vaziri [3
] stated that infrastructures solicit critical public services, essential for economic development and improved standards of living. More so, the same report reveals that a majority the global populated cities contribute a staggering 80% to global GDP (Gross Domestic Product). As such, this therefore affirms without a doubt that these modern urban cities to a large degree are the cornerstone on which global development is hinged. However, there comes risks of such large numbers primarily in the form of transportation. To elaborate, Dia [7
] stated that traffic congestion costs an average of 1–3% of a country’s GDP while the global road fatality rates soar at 1.2 million and cost USD $
100 billion per year. Ultimately, modern cities have gone the extra mile to establish smart transport systems to enhance the flow of urban traffic better while improving the mobility of their inhabitants. Recently, it has become a trend for many modern cities to transition into the digital age through purposeful integration of information and communication technologies into transportation and administration at large [7
In truth, the underlying goal behind the establishment of a smart transportation system for any modern city is to avail effective energy efficient modes of mobility for inhabitants while reducing transport-related carbon emissions. For example, Transport Canada [7
] stressed that modern transportation systems are entailed with high consumption rates of both renewable and non-renewable resources. Also, Zhou [9
] affirmed the need for smart transportation as resulting from the impeding threat of global warming, primarily contributed to by motor vehicle emissions. Ultimately, therefore, smart transportation enriches simple in-city journeys, while improving the quality and services of transportation within any given modern city. Hirst [19
] also expressed the fact that smart cities are seeking to become ‘smarter’ by developing sustainable transport systems. sustainable transport involves planning and coordination of all mobility organs that are buses, trains, and traffic lights to mention but a few. Accordingly, this is corresponded by dissemination of live travel information to peoples’ smartphones to provide a personal touch that improves passenger experience while reducing any potential issues. More so, the study conducted by Olaverri [20
] also stated that smartphone applications could be a communication platform to inform pedestrians and vulnerable road users on public transport systems about their destinations thus eliminating risks. Furthermore, the United Nations Commission on Science and Technology for Development [21
], was of the view that modern city transportation must evolve to become smarter so as to account for the ever growing and demanding population.
More so, the study further revealed that the fundamental mass transit systems for a number of modern cities are trains, subways, and buses. To elaborate, in Singapore, the Mass Rapid Transit (MRT) is the nation’s flagship smart transportation transit solution to the demanding masses. While looking at the numbers, the system’s efficiency sees over 2.5 million people from the nation’s total population of 3.5 million using its services daily. In fact, over 100 stations in Singapore use MRT, with trains having 5-minute intervals between each other. Thus, subway and train systems are a fundamental smart transportation feature for many modern cities, with regular improvements being made to the system annually on a global scale.
On the same note, Olaverri [20
] further stated that vehicle-to-pedestrian and pedestrian-to-vehicle information systems are ultimately aimed at improving road safety by issuing warnings to application users on impeding collision risks. In this case, this form of road safety campaign has been vigorously researched, with most of the modern cars being equipped with motion detection softwares together with automatic braking systems. Likewise, Sugimoto et al. [22
] explained that most of the invented wireless local area connection communication systems are used to alert pedestrians, thus warning them of collision risk.
Cycling is a common form of smart transportation commonly practiced in modern cities. In many countries, public bicycle systems under local governments or non-governmental organizations have been set up to share bicycles amongst inhabitants. Hirst [19
] associated cycling with reduced traffic congestion, considering cyclists have individual cycle lanes. Also, the same report affirms that cycling reduces pressure on public transport, while improving the individual health of inhabitants who regularly use this mode of transportation. In the same light, Banks [23
] revealed that over half of the inhabitants in Copenhagen commute by bike. As such, to support this, over 380 smart traffic signals have been installed all over the city to give cyclists first priority to speed up their mobility times through traffic. Hence, Copenhagen achieved a 10% reduction in travel times through cycling, a common trend steadily catching on through the whole nation at large [24
]. Similarly, the United Nations Commission on Science and Technology for Development [21
] also stated that in Budapest, a cycling network consisting of 98 stations to rent and over 1000 bicycles was established with a success rate of over 1 million rentals.
In truth, modern city traffic is significantly composed of large vans and delivery trucks doubling the routine of carrying goods and products between a multiplicity of stores and shops, a strenuous routine [19
]. Thus, therefore, smart transportation offers remedial alternatives such as the exploitation of rail systems and water freighters to transfer and distribute products on demand to different modern cities. Ultimately, through cycling and electric vehicles, these goods are then supplied to individual households. In this case, smart transportation helps smoothen trade. Hence, smart transportation systems have been generally attributed with positive rewards in the different modern cities where such projects have been implemented. Hirst [19
] similarly revealed that implemented smart transport measures in the United Kingdom were provided an investment for energy efficiency and waste management development under the European Union Cohesion policy estimated at £100 million for London and £100 million for North West England respectively.
Furthermore, the same report stated that the wireless electronic parking permit system, a particular form of smart transportation implemented in a section of New York saved the government a massive USD $
8 million from a mere USD $
50,000 investment. Similarly, Banks [23
] found out that over 380 smart sensors were installed in Copenhagen to ease mobility for the large cycling faithful of the city. In this case, the sensors detect a group of cyclists headed towards a busy intersection, then signal the traffic lights to turn green thus allowing them safe passage through. More so, the sensors went on to study the cyclist’s speed data based off recordings from camera, then adjusted the timings of the lights to further increase travel time. Primarily, he was of the view that enhancing mainstream traffic lights systems with digital sensing and communication technologies lessened traffic delay times by over 40%. In this case, this enormous improvement was attributed to the digital feature that allowed cars to be the control panel for the traffic light, unlike the traditional opposite. Thus, traffic lights have a fundamental role in actuating smart transportation for modern cities.
Also, traffic control systems are designed to account for public transport priority as a form of smart transportation for modern cities. In this case, a report for the European Union by CIVITAS [25
] revealed that traffic control settings are implemented to allow for less stops by buses at traffic lights. In fact, the traffic systems are programmed in such a way that signal priority to buses does not to a large degree negatively impact traffic flow of other road users such as cyclists and pedestrians. To actuate this, CIVITAS [25
] stated that two approaches are adhered to for fluid implementation of public transport priority. First, the passive control system allows for public transport vehicles to smoothly move without stopping, thus bypassing the system easily. Second, for the active system, traffic light signal timing is adjusted in real time based off the expected arrival of the desired public transport vehicle at the intersection, hence this is the more vigorous form of the system. To elaborate, such systems have been implemented and actively used minimally in Toulouse in France, with future options for full integration citywide. Ultimately, the results revealed a significant 52% reduction in waiting times at traffic lights for public transport systems, thus a successful smart transportation module for modern cities.
Benevolo et al. [26
] also stated that technological advancements have allowed for the development of hybrid cars and car-sharing as similar examples of smart transportation for modern cities. In fact, as a core underlying value of smart transportation, hybrid vehicles that partly alternatively use electricity, would allow for reduced emissions resulting from motor vehicles. Also, the car-sharing social platform works through allowing inhabitants of modern cities to reserve vehicles of choice, driving it and returning it from the point of picking while incurring a reasonable fee for service costs. Ultimately, Benevolo et al. [26
] affirmed that this form of smart transportation kills two birds with one stone through allowing for emissions control while at the same time reducing traffic congestion in modern cities.
Also, another form of smart cities sustainable transport particularly on the rise is the use of electric vehicles, with accommodations being made through widely spreading charging points across modern cities. Actually, the European Union White Paper on Transport estimated that all modern European cities would be rid of traditionally fueled motor vehicles by 2050 [27
]. Also, in the same light, Olaverri [20
] elaborated that another smart cities sustainable transportation approach is the use of autonomous vehicles. More so, this was similar to Dia [18
] who stated that this is still a work in progress. Nonetheless, it offers a lot of positives for modern cities. To elaborate, autonomous vehicles allow for uniform, streamlined traffic flow through the use of sensors which will account for vehicle spacing while maintaining safe distances between each vehicle. At the same time, this will all be achieved with lowered vehicle energy demands through limiting the impact of vehicle aerodynamic on consumption.
Smart cities sustainable transport systems have been vehemently adopted by a number of modern cities which have invested in the use of internet technology to enhance the functionality and dispersal of service to inhabitants, thus evolving into smart cities. Giffinger et al. [28
] defined a smart city as a well-performing metropolis built on the smart combination of endowments and activities of self-decisive, independent and aware citizens. In one way or another, this purposely aims at elucidating the fact that a multiplicity of industries in any such city adamantly merges information and communication technologies (ICT) in their day to day modern transport platforms. In the same regard, the report further implicates smart cities as propagators of quality smart transportation regimes through adherence to new modern modes of mobility. To elaborate, it is common for inhabitants to regularly cycle to places of convenience, as cycling lanes and bridges are clearly elaborated [21
]. Furthermore, it is popular for inhabitants to use electric cars or take bullet trains owing to the highly developed metro systems [29
]. However, the use of smart transportation modules has similarly been met with a number of hindrances such as over prioritizing one form of road user over the other, causing longer waiting times. Also, for example, to rigorously support cycling, there is a need for infrastructure development such as building cycling lanes and bridges to accommodate this smart transportation, funding which might not come cheap for many cities. Nonetheless, smart transportation offers flexibility and greener transportation alternatives for a multiplicity of modern cities thus a great necessity.
3.2. Cycling for Sustainable and Smart Cities
Cycling is among the most popularly practiced forms of smart and sustainable transport across many nations in the world [30
]. In a way, this is an account of the flexibility and smoothness in mobility offered by cycling, while lowering traffic congestion, a common trend for smart cities. In fact, cycling is a cheap and easygoing form of mobility within and around smart cities [31
]. Hence, public bicycle systems where inhabitants are allowed to share bicycles continue to be one of the common trends for numerous smart cities. For example, Poppe [32
] revealed that over 39% of total distances covered in Munster is as a result of cyclists, and thus the city is dubbed Germany’s capital of bicycles. As a matter of fact, the number of people in Munster who prefer to use bicycles for mobility increased from 29.2% to 39.1% as of 2013, much higher than those who opted for vehicle at 29%. Moreover, a whole town in Munster, Promenade, is purposely set aside for cyclists, and home to a grand bicycle stage of over 3300 bikes.
On the same note, Larsen [33
] stated that around 500 cities worldwide practice bike-sharing programs which together provide 500,000 bicycles to inhabitants. Todhunter [34
] also revealed that Copenhagen has an extensive system of cycle paths spanning over 400 km, prompting a majority of the city’s population to exploit this. Hence, over 40% of Copenhagen’s inhabitants travel to work using bicycles, which was similar to Banks [23
] who stated that about half of Copenhagen’s population commute by bike, thus making cycling a big deal for smart and sustainable cities in the world.
Copenhagen, being a smart city [35
], obviously requires smart solutions to the ever-growing transportation demands from inhabitants [36
]. Following this, the city deliberately planned to ease transportation while limiting traffic congestion through establishment of a complex bicycle lane system. Thus, therefore, the city is globally recognized as the best city for cyclists, following its rigorous development towards the cycling industry [34
]. More so, Copenhagen’s cycling system and structure has been used as a template to improve transportation in other cities across the world. Say, Lanza [37
] stated that these policies have been steadily implemented into Mexico City’s vast transportation network through allowing for cycling support.
] also revealed that it was observed on Sundays in Mexico City that over 15,000 cyclists cycle in unison through the city while following along the established cycle lanes in the city. Mexico City is among the worst affected cities in the world as resulting from traffic congestion with the average rush hour speed of a car being 4 km/h [38
]. The same report extensively states that Mexico City has since introduced a bicycle sharing system through ECOBICI (Eco Bikes sharing system) while introducing over 170 kilometers of cycling lanes and hubs to further support cycling. ECOBICI received considerable public attention with over 265,000 registered users and about 35,000 daily trips cycling trips by inhabitants of Mexico City, with a recorded increase in bicycle trips of over 500%.
Graham and Zhang [39
] further stated that public bicycle systems have significantly grown in popularity and implementation over the years, with more than 50 countries using the system. It is to be observed that China is the global leader of public bicycle systems, with about 80 systems actively in use in the country totaling to about 400,000 bicycles available for cycling [30
]. Bicycle sharing entails availing bikes to the public thus allowing for inhabitants to take bicycles from the parks, commonly known as a docked station, and after using, returning it to other stations [40
]. Bike-sharing allows for flexibility in transport for sustainable and urban cities, thus a fitting addition to the expansive public transport systems of these cities. Larsen [33
] was of a similar view on bike-sharing systems by further stating that it has prompted people to view car ownership as a bother following rush-hour congestions. The report went on to elucidate that bike-sharing was the fastest growing mode of transport in the world responsible for raising the cycling flag high. Zhang et al. [40
] further went on to state the benefit of cycling as opposed to other forms of transport. In truth, it is less expensive to facilitate bicycles in major urban cities, let alone the small cost of owning a bike. Bikes can also be used to access hard to reach places for popular transportation forms, thus making cycling an ideal transport mode for ill accessed regions.
In this case, this can entirely be down to two reasons, the first being that bicycles occupy little space and are hence easy to navigate, and also the expansive cycling lane systems which make it easy to reach such places. Marqués et al. [41
] were of the same view after they observed an increase in the number of cyclists in Seville following the growth of isolated cycling lanes for the period 2006 to 2011. Resultantly, the number of people whose commute was by bike surged considerably even though Seville had no prior history of cycling. Hence, sustainable and smart cities must have necessary infrastructure development to readily accommodate cycling for it to have full prosperity.
More so, Larsen [33
] stated that these lanes spread vast bicycles networks easily linking popular locations. Copenhagen, the world’s cycling capital, went a step further as to incorporate a number of sensors along cycling lanes to further boost the efficiency of cycling in the city [23
]. In effect, therefore, traffic lights are prompted to turn green once the sensors notice an influx of cyclists along cycle lanes on busy intersections, thus giving them safe passage. These lanes not only allow for reduced traffic congestion but also offer safety to the majority of cyclists in any one of these sustainable and smart cities, given the fact that traffic flow is relatively high. Marqués et al. [41
] also stated that segregating cyclists from general motorized traffic made cycling in Seville not only safe but also easy and comfortable for everybody. For that reason, cycling lanes offer safety to cyclists while ensuring fluid connectivity between a number of locations in sustainable and smart cities, thus a critical necessity for prosperous cycling.
Most modern cities are ultimately designed to be traversed with cars. In this case, therefore, planning is made largely for large distances, hence mobility of using bicycles is hard in such cities. It is beyond doubt that most of the urban plans for sustainable and smart cities largely center on cars as the primary form of transportation [40
]. Hence, it is imperative for any given city venturing into cycling to invest a considerable amount of effort and wealth in establishing necessary infrastructure that secures safety while allowing for efficiency [31
]. This security has been offered by the cycling lanes and bike-sharing systems which always puts cyclists first as the center of traffic on roads in these cities that staunchly practice cycling.
] revealed that theft and vandalism had hampered the success of cycling for a number of cities, but the modern bike-sharing systems offered remedial solutions to this problem. In most cases, the mode of operation and management of bike-sharing systems has purposely over time evolved to account for securing the safety and durability of their merchandise. Gasiorowski [38
] also stated that cycle parks account for anti-theft through using lock mechanisms on their bikes that lock the bicycle frames to cycle parking stands thus securing the bike.
On the same note, Larsen [33
] highlights that modern bicycles popularly used in the bike-sharing systems are specially made from unique material that would fetch little to no value if stolen and sold by a thief. Furthermore, other bicycles come equipped with GPS trackers which emit radio frequency, allowing for constant monitoring and tracking, thus prohibiting theft. More so, the fact that the only way of accessing a locked bicycle for most systems is after payment by credit card payment or use of membership smartcard ensures safe storage for these bikes. It is common for a majority of systems to allow the rider a specified period of use following payment. Hence, the cyclists can select bicycles from the securely placed bicycle racks or docking stations and return them back after the user’s time has expired. In this case, it is not surprising that research indicates that bike-sharing continues to experience the fastest growth as one of the modes of transport [33
Traffic congestion is a serious global issue, with a number of major world cities succumbing to it in one way or the other. In this case, many people opt to use bicycles as a quicker mobility option. Gasiorowski [38
] speculates that a multiplicity of urban cities are plagued with traffic congestion, with cycling offering a remedial solution to this issue whilst improving the health of the cyclist. In Annecy, France, a great percentage of in city trips are made by bike, which is affordable unlike cars and are thus owned by the majority of the population.
Also, given the fact that modern cities are space sensitive, bicycles take up less space than cars, and their parking is much easier and convenient. Truthfully, a cyclist will park their bicycle at a bike-stage close to their destination as opposed to vehicle parking slots which are hard to come by. Gasiorowski [38
] further implicates cycling with better and improved health of cyclists since it is a reliable source of physical exercise. Indeed, cycling improves cardiac health through allowing for regular muscle exercise, along with expanding lung capacity, thus generally improving population health. Todhunter [34
] was of the same view as far as the contribution of cycling to health is concerned. The more people ride, the more chances they stand to be healthy ceteris paribus.
Pinna et al. [42
] observed a surge in the use of bicycles by inhabitants of major Italian cities. Consequently, the report revealed that cycling was very popular in northern Italy with a number of cycle lanes connecting a number of different locations within these cities. Furthermore, bike-sharing programs were also seen to have expanded recently from one city in 2005, Bologna, to over nine by 2010. In truth, the report vehemently expresses the fact that ongoing plans are already in place to further extend bike-sharing schemes to other cities across Italy as per directive by the Italian national government. Also, Pinna et al. [42
] explained that the number of bikes available for cycling in these bike-sharing cities significantly increased.
In truth, sustainable transport such as cycling has a lot to offer to most smart cities across the globe. For example, efficient cost-friendly mobility routines usually offer easy connectivity within and around smart cities. However, there is a need to scrupulously adhere to a number of measures to ensure a prolonged actively functional cycling culture in sustainable and smart cities. Poppe [32
] stated that it was crucial for cycling lanes to have high connectivity even to the city while operating separately from main roads to ensure utmost safety. Furthermore, it is important for the traffic lights systems to be bike-friendly, with the ability to detect cyclists along busy streets and intersections, signposts along roads. Finally, there should be bike management facilities and parks.
Nonetheless, cycling continues to be one of the most common transportation means across the globe that comes with a range of health, social and environmental benefits. In fact, Garrard et al. [43
] highlighted that cycling is an active mode of transport that most developed countries continue to harness and use. However, Garrard [44
] explained that cycling among women in some countries is still limited because of substantial gender differences. According to Garrard et al. [45
], cycling among women has always contributed to their social inclusion since it offers them an affordable and at the same time convenient mode of transport. [43
] claimed that in most European countries, women cycle more frequently than men. In most cases, traffic safety usually acts as bottlenecks for women to fully participate in cycling.
In the study conducted by [43
], most developed countries, such as the Netherlands and Germany to mention a few, provide on-road as well as off-road bicycle facilities, which in one way or the other address most of the potential constraints for bicycle users. Besides, Sarkar et al. [46
] speculated that bicycle sharing systems have helped most women in developed countries frequently cycle than men. In this case, it is not surprising that cyclists in most developed countries such as the Netherlands comprise virtually all segments of people. In most African countries, bicycles are considered to be the most common means of transport used to link between villages, markets, and highway road networks. However, women are still limited when it comes to cycling, and this is attributed to gender differences in most parts of Africa. In this perspective, it is not surprising that the adoption of cycling among women in most developing countries is still low despite the steady flow of bicycle donation from Western countries.
3.3. Role of Women in Sustainable Transport
A wide range of researches indicates that women are underrepresented in sustainable transport, especially developing countries and a few Western cities [4
]. While sustainable transport has the potential to bring out inclusive growth in the job market since women’s participation is still limited in most countries. In fact, Teschke et al. [48
] explained that sustainable transport is still out of reach for most women, especially those living in rural communities. According to the United Nations Global Sustainable Transport Conference [1
], millions of people, women in particular, are still failing to commute long distances when going to work. Even though the transport is available, some women find it difficult to use most of the public transport because of security reasons. In this case, the United Nations Global Sustainable Transport Conference [1
] highlighted that sustainable transport must be a teamwork project that includes both men and women. More so, United Nations reports indicate that sustainable transport is directly related to the achievement of development goals for women because it is one of the core elements of modern development.
In India, Singh [49
] explains that women and girls are considered to be almost 50% of the urban population. However, Singh’s [49
] research indicates that more than 80% of women in India use public and non-motorized models of transport while going to work. More so, more than 70% of women in urban areas in India have sustainable transport. In this perspective, it is worth mentioning that transportation helps women to access both economic and social opportunities to thrive in their careers. More research highlights that in the years to come, most cities will need to implement inclusive sustainable transport that gives women a chance to participate like their counterparts [1
According to Kronsell et al. [6
], the role of women and transport has attracted the attention of many city leaders across the globe. However, studies indicate that there are various factors that affect women when it comes to public transport [48
]. As a result, many countries have allowed women to participate in finding better solutions for sustainable transport. Based on the United Nations Global Sustainable Transport Conference [1
], there is a great link between women, transport and employment patterns in most urban areas. In other words, sustainable transport systems are considered to be the fulcrum, which allows most women in various cities to participate in the economic development of their countries. As much as this remains true for most smart cities, most women in some countries such as India rely heavily on public transport or walking. Nonetheless, women continue to play a significant role in transport policies and systems despite their limited level of participation. Therefore, it is not surprising that the United Nations Global Sustainable Transport Conference [1
] recommends an inclusive approach for sustainable transport in various countries, especially in urban centers.
In the study conducted by Kunieda and Gauthier [50
], women play a critical role in current transport infrastructure. In most cases, women are always concerned with the safety and personal security element of transport. In this case, women have been the source of policies that drive sustainable transport in most cities. More so, Kunieda and Gauthier [50
] explained that better transportation systems have always contributed to people’s quality of life in a given society. In this case, allowing women to participate in policymaking, especially on sustainable transport, has brought economic growth and efficient transport systems in most cities.
In their research investigation, Root et al. [51
] explained that women are in various ways forming a large proportion of population, especially in most cities. As a result, they are playing a big role in modern cities through influencing transport policies. While looking at micro level, women have always had different travel patterns from men [51
]. Based on the increased complexity of lifestyles and the travels most women take in modern cities, Grudgings et al. [48
] speculate that the traditional transport approach should be rethought. Like never before, most of the emerging issues regarding women and transport have continuously influenced innovative ideas as far as sustainable transport is concerned. On the same note, one of the core elements in the increased modernization of transport is the experience enhanced by the mobility of women. In this perspective, it is not surprising that [51
] highlighted that the travel patterns of women have improved like never before. In countries such as the USA, UK, and other developed countries, there has been an increase when it comes to the number of women regularly on the road [45
Furthermore, Root et al. [51
] speculated that this change is largely attributed to the changing role of women in various societies, especially in modern cities. According to Kronsell et al. [6
], most of the modern cities are experiencing a significant increase in the number of women entering the workforce. As a result, this has increased the roles or importance of women in the process of making transport policies. More so, it is worth mentioning that the increasing number of women on the road has a great implication on the sustainability of transport based on these policies. In other words, there is no doubt that an issue of women in terms of the approaches in which transport policies are devised cannot be ignored. In his study, Buckingham [52
] depicts that involving women in sustainable development is one of the key elements that can help change the world based on the level of new demands. In this perspective, transport cannot be ignored in any level of sustainable development. It is from such a background that [10
] paints that the role women have in sustainable transport is increasing in one way or the other.
In the past decades, Kronsell et al. [6
] explained that women used to travel less far compared to men in most cities, especially in the UK and USA. However, their patterns of travel have changed due to the nature of work women do these days. In fact, women compete with men in the job market, and this requires them to travel every day going to and from the workplace [31
]. At this point, therefore, the role of women in sustainable transports, especially through policymaking, has increased in both developed and developing countries. More so, the shift to modern sustainable transportation infrastructure across the globe has affected women in various ways. For example, women struggle with men in the process of decision making when it comes to sustainable transport policies [53
]. However, some countries, especially developing countries, still limit women from doing more on the issues that affect them such as sustainable transport.
Despite the improvements in travel patterns and the role of women in sustainable transport, their contribution is still less compared to men [53
]. For example, women still tend to have shorter commutes, especially in terms of time traveled and distance. As a result, this continues to limit their influence in policies that can favor them in one way or the other. As Root et al. [51
] posited, the limited participation of women in sustainable transport is often explained while looking at the aspects of socio-economic issues they face. For example, most women in various countries still have access to private vehicles, and others are overwhelmed by domestic work. In this case, such circumstances limit them from playing bigger roles in the process of formulating sustainable transport policies that can transform their cities like never before.
According to Aljounaidi [53
], women still have less control over resources, and this usually limits them from accessing private means of transport. In Gaza and Yemen, for example, Aljounaidi [53
] explains that most women still struggle to use public transport despite the challenges amidst the services. Some of the challenges women in Yemen and Gaza face as far as transport is concerned include costs, timing and routing. In addition, most women who live in rural areas usually find it challenging to access sustainable transport while going to and from work. Just like Aljounaidi [53
], AFCAP [54
] explains that most governments in developing countries are working hard to promote the role of women in the transport sector. In countries such as Ghana, women are getting involved in providing transport related services, and some are appointed as managers at different levels. Nonetheless, studies indicate that women’s involvement in sustainable transport is generally still low because of several reasons [53
]. For example, most women lack enough money to afford to pay for services or buy their own vehicles. In fact, this explains why there is a higher incidence of walking to work among women compared to men.
Furthermore, AFCAP [54
] paints the transport sector as one of the sectors that are most gendered in many of the African countries. In fact, most commercial drivers, people involved in transport management and bus conductors, to mention but a few, are male. According to Aljounaidi [53
], social factors, which are imposed on women’s mobility in most of the African countries are so high that they always impact on the role of women when it comes to transport infrastructure as well as services.