Inclusive Infrastructure - Global Infrastructure hub
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Project Planning, Development and Delivery
Inclusivity should be considered at all stages of the project - planning, development, delivery and operations, through to decommissioning. This is referred to as the project lifecycle approach to inclusion.
Inclusivity should be incorporated as part of the overall project strategy, through to defining specific targets and mechanisms for design, implementation and compliance. A Social Equity Plan can help set out the considerations and targets throughout the project lifecycle (see also Action Area 1: Stakeholder Identification, Engagement and Empowerment).
The inclusion of representatives from under-served and vulnerable groups in general planning committees should be considered to ensure a better understanding of the barriers faced by these groups.
A suitably-qualified, dedicated team or project member should continuously engage with groups that tend to be neglected or under-represented in the decision-making process.
The procurement stage provides an opportunity to specify to bidders the selected national or international design standards and codes that will need to be followed during the project’s design and construction.
Inclusive urban development demonstrates how inclusivity should be considered in an integrated, cross-sectoral manner to maximise the potential benefits to low-income and other disadvantaged groups.
The general guidance in Action Area 4: Project Planning, Development and Delivery applies to all stakeholder groups, and emphasises the importance of considering inclusion at all stages of the project cycle and in a cross-sectoral manner. Some points on the application to specific stakeholder groups are outlined below.
Low-income groups are amongst those that risk being excluded but also have the potential to benefit most from inclusive project planning, development and delivery through access to employment and other opportunities. Participatory approaches can help in incorporating the views from people living in all corners of the community, particularly in low-income areas.
The different needs and concerns of women have often traditionally been left out of technical planning for infrastructure, services and related policies. Applying a gender perspective to infrastructure projects can benefit service providers, their customers and society in general. For example, in Colombia, the Bogotá Mobility survey showed that, for many women, the pattern of use of public transport included consequent trips of shorter duration throughout the day and often included trips taken with children – these characteristics have implications for the design of routes and frequency of services.
In developing countries, women often bear the primary responsibility for collection of water and its use in the household, but they are frequently left out of the discussions and decision-making around improving water services.
Consulting and involving people with disabilities throughout the project lifecycle will not only help to ensure that infrastructure is more accessible, but will also help to identify wider employment opportunities, such as the procurement of enterprises owned by people with disabilities, and to provide feedback to further strengthen operational issues.
Age demographics: youth and older persons
It is also important to consider the needs and opportunities of people in various age groups. Age demographics are changing in many parts of the world. In Africa, the number of youth (aged 15-24 years) is continuing to grow rapidly and by 2030, it is predicted that the number of youth will have increased by 42% from 2015 levels. However, youth unemployment and inadequate skill levels to access jobs are already challenging issues. As illustrated in the Cairo Metro Case Study, infrastructure can play an important role in tackling youth unemployment, and these opportunities should be considered together with appropriate initiatives in skills assessment and training[126].
At the same time, the world’s population, overall, is ageing. While this demographic trend is most prominent in high-income countries, virtually every country is experiencing growth in the number of old people in their population, with this growth occurring more quickly in urban areas than in rural areas. In 2015, a third of Japan’s population was 65 years or over, with citizens also becoming more active for longer periods of their lives. These demographic transitions make it increasingly important that the planning and design of infrastructure and public services consider the needs of both youth and older persons throughout the project cycle.
Infrastructure, including housing and public transportation, and urban environments should support people with a diverse range of functional capacities and help support their productivity, mobility and independence. Safety and accessibility of infrastructure, including for those of limited mobility or with hearing and visual impairments, will benefit both young families and old persons. Policies, such as those illustrated in Box 21: Illustrative example - Concessionary bus fares, free travel for older people and people with disabilities, United Kingdom, support the mobility of older people, many of whom are no longer able to drive. New technologies, including mobile devices, also offer new channels for reaching and supporting older people, and governments should help bridge the digital divide through technology training for older persons. However, stakeholder engagement and ongoing interfaces, such as payment mechanisms, for example, should be designed taking into account every age demographic, whilst also considering the appropriate channels for those that cannot or will not access digital technologies[127].
Low-income groups are amongst those that risk being excluded but also have the potential to benefit most from inclusive project planning, development and delivery through access to employment and other opportunities. Participatory approaches can help in incorporating the views from people living in all corners of the community, particularly in low-income areas.
The different needs and concerns of women have often traditionally been left out of technical planning for infrastructure, services and related policies. Applying a gender perspective to infrastructure projects can benefit service providers, their customers and society in general. For example, in Colombia, the Bogotá Mobility survey showed that, for many women, the pattern of use of public transport included consequent trips of shorter duration throughout the day and often included trips taken with children – these characteristics have implications for the design of routes and frequency of services.
In developing countries, women often bear the primary responsibility for collection of water and its use in the household, but they are frequently left out of the discussions and decision-making around improving water services.
Consulting and involving people with disabilities throughout the project lifecycle will not only help to ensure that infrastructure is more accessible, but will also help to identify wider employment opportunities, such as the procurement of enterprises owned by people with disabilities, and to provide feedback to further strengthen operational issues.
Age demographics: youth and older persons
It is also important to consider the needs and opportunities of people in various age groups. Age demographics are changing in many parts of the world. In Africa, the number of youth (aged 15-24 years) is continuing to grow rapidly and by 2030, it is predicted that the number of youth will have increased by 42% from 2015 levels. However, youth unemployment and inadequate skill levels to access jobs are already challenging issues. As illustrated in the Cairo Metro Case Study, infrastructure can play an important role in tackling youth unemployment, and these opportunities should be considered together with appropriate initiatives in skills assessment and training[126].
At the same time, the world’s population, overall, is ageing. While this demographic trend is most prominent in high-income countries, virtually every country is experiencing growth in the number of old people in their population, with this growth occurring more quickly in urban areas than in rural areas. In 2015, a third of Japan’s population was 65 years or over, with citizens also becoming more active for longer periods of their lives. These demographic transitions make it increasingly important that the planning and design of infrastructure and public services consider the needs of both youth and older persons throughout the project cycle.
Infrastructure, including housing and public transportation, and urban environments should support people with a diverse range of functional capacities and help support their productivity, mobility and independence. Safety and accessibility of infrastructure, including for those of limited mobility or with hearing and visual impairments, will benefit both young families and old persons. Policies, such as those illustrated in Box 21: Illustrative example - Concessionary bus fares, free travel for older people and people with disabilities, United Kingdom, support the mobility of older people, many of whom are no longer able to drive. New technologies, including mobile devices, also offer new channels for reaching and supporting older people, and governments should help bridge the digital divide through technology training for older persons. However, stakeholder engagement and ongoing interfaces, such as payment mechanisms, for example, should be designed taking into account every age demographic, whilst also considering the appropriate channels for those that cannot or will not access digital technologies[127].
Low-income groups are amongst those that risk being excluded but also have the potential to benefit most from inclusive project planning, development and delivery through access to employment and other opportunities. Participatory approaches can help in incorporating the views from people living in all corners of the community, particularly in low-income areas.
The different needs and concerns of women have often traditionally been left out of technical planning for infrastructure, services and related policies. Applying a gender perspective to infrastructure projects can benefit service providers, their customers and society in general. For example, in Colombia, the Bogotá Mobility survey showed that, for many women, the pattern of use of public transport included consequent trips of shorter duration throughout the day and often included trips taken with children – these characteristics have implications for the design of routes and frequency of services.
In developing countries, women often bear the primary responsibility for collection of water and its use in the household, but they are frequently left out of the discussions and decision-making around improving water services.
Consulting and involving people with disabilities throughout the project lifecycle will not only help to ensure that infrastructure is more accessible, but will also help to identify wider employment opportunities, such as the procurement of enterprises owned by people with disabilities, and to provide feedback to further strengthen operational issues.
Age demographics: youth and older persons
It is also important to consider the needs and opportunities of people in various age groups. Age demographics are changing in many parts of the world. In Africa, the number of youth (aged 15-24 years) is continuing to grow rapidly and by 2030, it is predicted that the number of youth will have increased by 42% from 2015 levels. However, youth unemployment and inadequate skill levels to access jobs are already challenging issues. As illustrated in the Cairo Metro Case Study, infrastructure can play an important role in tackling youth unemployment, and these opportunities should be considered together with appropriate initiatives in skills assessment and training[126].
At the same time, the world’s population, overall, is ageing. While this demographic trend is most prominent in high-income countries, virtually every country is experiencing growth in the number of old people in their population, with this growth occurring more quickly in urban areas than in rural areas. In 2015, a third of Japan’s population was 65 years or over, with citizens also becoming more active for longer periods of their lives. These demographic transitions make it increasingly important that the planning and design of infrastructure and public services consider the needs of both youth and older persons throughout the project cycle.
Infrastructure, including housing and public transportation, and urban environments should support people with a diverse range of functional capacities and help support their productivity, mobility and independence. Safety and accessibility of infrastructure, including for those of limited mobility or with hearing and visual impairments, will benefit both young families and old persons. Policies, such as those illustrated in Box 21: Illustrative example - Concessionary bus fares, free travel for older people and people with disabilities, United Kingdom, support the mobility of older people, many of whom are no longer able to drive. New technologies, including mobile devices, also offer new channels for reaching and supporting older people, and governments should help bridge the digital divide through technology training for older persons. However, stakeholder engagement and ongoing interfaces, such as payment mechanisms, for example, should be designed taking into account every age demographic, whilst also considering the appropriate channels for those that cannot or will not access digital technologies[127].
Three key practices have been identified under this Action Area, for which further detail and guidance is given in the sections below:
An inclusive project lifecycle approach covers all stages of the project - planning, development, delivery and operations, through to decommissioning. It addresses the strategic questions of ‘what’, ‘when’, ‘why’, ‘how’ and ‘by whom’ for all infrastructure projects. From an inclusivity perspective, the beginning of the project planning process is the ideal time to assess and ensure that inclusivity is embedded in every aspect of the project throughout the project lifecycle, including management, supervision, monitoring and evaluation[94].
Inclusivity cuts across a project – from planning, design, financing, procurement and implementation, to operations and maintenance. Initiatives can be developed in line with the project lifecycle, with a clear strategy, objectives and target outcomes for each phase of a project. By doing so, practical decisions can be taken at the project planning stage, i.e. the earliest phase of a project, to determine and influence the potential outcomes in later phases.
In addition to the consideration of practices at an individual project or sector level, the consideration of practices and benefits from a cross-sectoral perspective enhances the opportunities to address the needs of various target groups, including low-income or vulnerable groups. Inclusive urban development is a good example of the need for integrated, cross-sectoral planning, and is outlined as a specific practice below.
Note that inclusivity practices in relation to stakeholder management have been considered in detail in Action Area 1: Stakeholder Identification, Engagement and Empowerment, and are essential to every stage of the project lifecycle.
[94] |
For the purpose of simplicity, references to “project” include both “program” and “project”, since some portfolios of projects may be managed at a program level. |
To realise the benefits of improved inclusivity in infrastructure, inclusivity must be a guiding principle which is embedded at the policy and regulatory level, and at every stage of the project lifecycle. This involves incorporating inclusivity as part of the overall project strategy through to defining specific targets and mechanisms for design, implementation and compliance.
For example, certain disadvantaged groups, such as women, face challenges in local infrastructure planning, procurement and operation because their behavioural patterns and information preferences are not considered[95]. Their needs and concerns are often left out during the technical planning process for infrastructure and services, and related policies. Applying an inclusive perspective to infrastructure projects can positively benefit service providers, their customers, and society in general.
Integrating inclusivity practices at all stages of the project lifecycle, from project preparation, financing, design, project procurement, construction and operation, to project monitoring and evaluation, is likely to lead to greater socioeconomic benefits.
It is important to set a precedence for the consideration and integration of inclusivity in the overall project strategy by embedding the concept early on and establishing clear inclusivity targets.
The concept of embodying inclusivity throughout the project lifecycle is relatively recent and, therefore, has not been researched, tested, applied and documented. However, the literature has described the approach as it relates to specific topics[97]. Figure 8 showcases the stages in which practices can be applied in the project lifecycle.
Figure 8: Project lifecycle and integrating inclusivity
Policy and regulation
Set out the policy requirements in the business case and build them into the project objectives.
The application of inclusivity in policies and regulation is the responsibility of the government agency proposing the project and the relevant regulatory bodies. The role of the government is to ensure compliance. This can be done by setting out the requirements in the business case and building them into project objectives, along with the proposed approach to project management and the approval processes that will help the wider team comply with the mandated policies. General guidelines may need to be established to direct project teams in planning, design and delivery to meet inclusivity mandates. For more information, please refer to Action Area 3: Policy, Regulation and Standards.
Project preparation
Financing and design
BOX 13: ILLUSTRATIVE EXAMPLE – HOW TO OVERCOME THE HURDLES OF LAST MILE INFRASTRUCTURE
Project summary
The German Corporation for International Cooperation GmbH (GIZ) shared its experience in Kenya and Zambia in a 2015 report. Experience and research showed that, despite significant investment in the water sector (specifically, in clean water, sanitation and hygiene), low-income groups had been neglected. To achieve successful last mile infrastructure investments, sectoral reform was necessary. This example shows how barriers were identified and, over the process of several years, solutions were developed and implemented at all levels, and throughout various project stages (policy, project identification, financing, implementation, operation and maintenance). Policy interventions included developing an overall framework, which was essential for implementation.
Implementation
Through a better understanding of the challenges and barriers, it was possible to identify various approaches as follows:
Foundations for scaling up
Institutional mechanisms for implementation
Tools and standards for last mile access solutions to enable capacity building
Outcomes
The combination of innovative financing mechanisms, a pragmatic stance on service options, and an emphasis on continuous capacity development activities to support sustainable operations of last mile infrastructure have delivered the following in a relatively short time span:
Source: GIZ – Closing the Last Mile for Millions, Sharing the Experience on Scaling up Access to Safe Drinking Water and Adequate Sanitation to the Urban Poor
BOX 14: ILLUSTRATIVE EXAMPLE – ROBUST ENFORCEMENT OF INCLUSIVITY POLICY IN THE KINGDOM OF SAUDI ARABIA
The general standard enforcement process used in the Kingdom of Saudi Arabia (KSA) enforces inclusivity at the project level. The Government of Saudi Arabia has mandated the wastewater implementing authority (the Water & Electricity Company (WEC)) to develop and implement more than 15 wastewater treatment plants across the country using public-private partnerships (PPP) on a Build-Operate-Own (BOO)/Build-Operate-Own-Transfer (BOOT) basis. The objectives of this program are:
WEC set out expectations as part of its tender documents. Targets were agreed contractually with developers, engineering procurement contractors, and operation and maintenance contractors for local Saudi content (50% during construction and up to 70% during the operations and maintenance phase) and are being followed up through a monitoring mechanism. Achievement of targets is necessary for work approval, and in the case of failure, financial penalties will apply.
The impact is the creation of employment opportunities in country. Overall, it supports the government’s efforts to address inequalities, social disparities and discrimination.
Source: Atkins internal expert
[95] |
Strategy for the promotion of gender equality, (European Bank for Reconstruction and Development, 2016) |
[96] |
Closing the Last Mile for Millions. (Deutsche Gesellschaft für Internationale Zusammenarbeit GmbH (GIZ), 2015) |
[97] |
Integrating Gender Considerations into Energy Operations, (World Bank, 2013), Youth scoping study: Boosting Youth Employment through Infrastructure Programming, (Haegeman, 2017) |
[98] |
Sustainable Infrastructure for Competitiveness and Inclusive Growth, (Inter-American Development Bank, 2014) |
[99] |
Closing the Last Mile for Millions, (Deutsche Gesellschaft für Internationale Zusammenarbeit GmbH (GIZ), 2015) |
[100] |
Integrating Gender Considerations into Energy Operations, (World Bank, 2013) |
[101] |
Accessibility Design Guide: Universal design principles for Australia’s aid program, AusAID, (Australian Government, 2014) |
[102] |
Note that at this stage, only a high level environmental and social impact assessment is conducted, to be further refined in the design stage. |
[103] |
Infrastructure: A Game-changer for Women’s Economic Empowerment, (Biswas & Mohun, 2016) |
[104] |
Of nets and assets: Effects and impacts of employment-intensive programmes - A review of ILO experience, (Keddeman, 1998) |
[105] |
Inclusive Design Standards (London Legacy Development Corporation, 2012) |
[106] |
Used as shorthand for the complete process of ending operations of the infrastructure asset. |
[107] |
From late-life operations to decommissioning -maximising value at every stage, (Mckinsey & Company, 2015) |
[108] |
Managing the Socioeconomic Impact of the Decommissioning of Nuclear Facilities, (International Atomic Energy Agency, 2008) |
[109] |
Managing the Socioeconomic Impact of the Decommissioning of Nuclear Facilities, (International Atomic Energy Agency, 2008) |
[110] |
Managing the Socioeconomic Impact of the Decommissioning of Nuclear Facilities, (International Atomic Energy Agency, 2008) |
[111] |
Build Up Skills Norway, (European Commission, 2018) |
Project management in infrastructure is an activity that takes place during all stages of a project’s lifecycle, including the planning, design, financing, procurement, construction, operation, monitoring, evaluation and decommissioning of a project.
An effective project management strategy delivers major infrastructure projects on time, on budget and within prescribed specifications, and requires economic, environmental and social considerations[112] to be embedded in the project management approach and methodology.
Inclusive project management and supervision consider all the inter-related aspects of projects, pertaining not only to the composition of the project management team and the application of processes, but also to the use of best practices that allow for an open system, effective implementation and monitoring of inclusivity targets of a project.
The integration of inclusivity in project management and supervision ensures alignment with policy and provides checks and balances for successful implementation. Defined targets are monitored, and in case of non-compliance, escalation procedures are in place to address the problem.
Project management for large infrastructure projects needs to be applied as an open system, considering the complex and intertwined relationship with the areas, sectors and communities which projects traverse and impact upon. An open system involves continuous interaction and interdependency with the changing environmental, social, economic, physical, institutional and political context[113].
The following inclusivity principles should form part of project management practices. A detailed mechanism to integrate these principles throughout the project lifecycle will need to be further elaborated based on the requirements of the specific project. The following guidance is based on the universal principles of project management methods such as PMBOK[115] and PRINCE2[116]. Inclusive tasks within each generic process flow are highlighted as guidelines.
Initiating
BOX 15: ILLUSTRATIVE EXAMPLE - DE-BOTTLENECKING PROCESSES FOR THE TOKYO METROPOLITAN EXPRESSWAY, JAPAN
An 18.2km section of the Metropolitan Expressway, the Central Circular (C2) Shinjuku Route, known as the Yamate Tunnel, opened in December 2007 for the initial section and in 2015 for the entire tunnel. The project is the world’s longest in-city road tunnel. It runs alongside major utility infrastructure and is crossed by 11 rail lines. The project aimed to address the serious congestion expected in the future urban development of Tokyo.
The project was appraised at USD 5.5 billion. Its planning started in the 1970s; the construction started in 1992, running 18 months behind schedule due to the 1990s financial crisis and opposition from residents.
During the delay, the project management team took the opportunity to introduce stakeholder engagement processes and generated more efficient and highly successful technical innovations. As a result, the additional time allowed the project management team to adapt to the new context and effectively reduce costs, improve the schedule, modify specifications
and de-bottleneck the opposition and conflicts from local communities.
Open system project management was the key to the successful completion of the project. The new process successfully established an escalation procedure for the public’s concerns. Due to the public’s input, the specification of the expressway radically changed from elevated design to underground tunnelling. Noise and pollution concerns were addressed with new shield methods and ventilation designs. Sites of natural beauty and cultural properties were preserved.
As a result, the conflicts were not only successfully managed but led to many positive achievements. The construction schedule was improved with innovative technologies. The project was completed at 1% under budget. New specifications allowed for the use of more advanced technologies, and the residents’ demands for a more inclusive and environmentally sensitive design solution were addressed.
Displayed below are processes for the City Planning and Environmental Impact Assessment for the Metropolitan Expressway C2 Shinjuku Route.
Source: Project profile Japan C2 Shinjuku Route (Centre for Mega Projects in Transport and Development, Omega Centre, 2012).
[112] |
Mega Projects and Mega Risks: Lessons for Decision-makers through a Comparative Analysis of Selected Large-scale Transport Infrastructure Projects in Europe, USA and Asia Pacific, (OMEGA Centre, 2011) |
[113] |
Mega Projects Executive Summary: Lessons for Decision-maker: An Analysis of Selected International Large-scale Transport Infrastructure Projects, (OMEGA Centre, 2012) |
[114] |
In the UK, Guidelines for Managing Projects - How to organise plan and control projects (Department for Business Innovation & Skills, 2010). In Australia, Project Management Framework and Policy (Federation University of Australia, 2010). |
[115] |
Project Management Body of Knowledge by the Project Management Institute (PMI) |
[116] |
Projects in Controlled Environment, UK Government |
[117] |
Gender Equality Social Inclusion Tools and Guidelines Update (Climate Resilient Infrastructure Development Facility, 2016) |
[118] |
The State of Minority- and Women Owned Business Enterprise: Evidence from Minneapolis (NERA Economic Consulting, 2010) |
[119] |
Inclusive Design Standards (London Legacy Development Corporation, 2012). |
[120] |
Guide to Project Management: Getting it right and achieving lasting benefit (Roberts, 2013) |
Integrated planning and delivery approaches may create significant benefits in urban settlements. A holistic approach across all sectors within an urban context leads to better coordination and an increased understanding of dependencies. It also helps to identify the needs of various social groups, particularly vulnerable groups, so solutions that benefit everyone living in urban areas can be developed.
Inclusive urban infrastructure development is defined as an integrated approach encompassing sustainable, resilient, accessible and affordable solutions to the challenges faced by poorer urban residents and other vulnerable groups by enhancing their access to urban services and infrastructure through targeted investments[121].
Using this definition, an integrated approach in urban planning goes beyond the identification of benefits related to individual sector approaches and considers benefits to the wider community in an urban area, particularly to specific communities that benefit from improved transport links, greater urban space and access to basic utilities such as water and electricity.
An inclusive approach to urban development can help to create more cohesive communities, where people from various social groups live together in the same neighbourhood. This encourages positive behaviours, promotes understanding and discourages segregation and the creation of slum areas.
Urban planning approaches should enable the development of communities where people can live, work and play by, for example, locating residential areas within the vicinity of commercial and industrial areas that provide employment. Master planning is key to this. For instance, in Singapore, affordable housing solutions are carefully located to ensure the proximity of these communities to healthcare facilities, transport links (bus stops and train stations), and working districts.
Projects must also consider the socio-cultural context. For example, in 2017, Singapore had a population density of 7,916 people per square kilometre compared to Kenya’s 87[122]. In urban, land-scarce and highly populated cities, such as Singapore, high density housing of 15- or 30-storey units is considered socially acceptable.
However, in other countries, such as Kenya, where people are used to living far apart but close to the land, a similar high-rise solution might not be appropriate. There are several statistical and mapping tools that help to assess how an urban community occupies the available space. They can be used to identify patterns of urbanisation, which can be used to inform a developer’s approach to inclusive infrastructure.
Inclusive urban development has been highlighted as a separate practice to illustrate the importance of integrated, cross-sectoral approaches at a program, as well as project, level of planning, development and delivery.
Develop a City Poverty and Vulnerability Profile (CPVP) using the following steps[123]:
A practical example of the ways inclusivity in urban development can be addressed is set out in the following illustrative example from Colombia’s capital Bogotá.
BOX 16: ILLUSTRATIVE EXAMPLE - INCLUSIVE URBAN DEVELOPMENT IN BOGOTÁ, COLOMBIA
The Bogotá Urban Service Project was developed in line with the city’s 10-year Spatial Plan and Development and Land Use Plan. It focused on building an inclusive and equitable city and improving people’s quality of life through improved access to public transport, better sanitation services and potable water. As well as providing new public transport options through the development of the TransMilenio bus rapid transit system, the project also involved the planning and legalisation of neighbourhoods (barrios in Spanish), the construction of storm water, water and sewerage systems, and the creation and rehabilitation of public spaces and community services. Low-income areas were targeted, and disaggregated data was collected in these areas.
One of the lessons learned from previous upgrades was that improvements to the urban area should take into account the public’s views and preferences. Accordingly, during the project preparation stage, local planning frameworks [fichas normativas in Spanish] were developed. More than 5,200 community leaders were involved in that process. Each team worked with groups of citizens to build local capacity in project planning and implementation. The local planning frameworks also served as the basis for the generation of demand-driven sub-projects. This participatory planning approach fostered a sense of community and increased public involvement in local projects. This, in turn, improved participation in the decision-making process and ensured that all work was tailored to the needs and expectations of the communities.
Source: World Bank (March 2015), Implementation Completion and Results Report – Bogotá Urban Services Project
http://www.worldbank.org/en/results/2015/08/13/better-transport-water-and-sanitation-for-the-urban-poor-in-bogota
[121] |
ADB Tool Kit for Inclusive Urban Development, (Asian Development Bank, 2017) |
[122] |
Data on population density, (World Bank, 2018) |
[123] |
ADB Tool Kit for Inclusive Urban Development, (Asian Development Bank, 2017) |
[124] |
ADB Tool Kit for Inclusive Urban Development, (Asian Development Bank, 2017) |
[125] |
ADB Tool Kit for Inclusive Urban Development, (Asian Development Bank, 2017) |
[126] |
Youth population trends and sustainable development, (United Nations Department of Economic and Social Affairs Population Division, 2015) |
[127] |
World Population Ageing, (United Nations, 2015b) |
The State of Minnesota is one of the most progressive states in the United States (US) with high standards of living and civic participation. It has set ambitious goals for the inclusion of more women, ethnic minorities, veterans and lower income residents in large infrastructure developments.
Peru
Lima’s bus rapid transit (BRT) system seeks to improve mobility and access to education, jobs and other opportunities for its low-income residents, mainly on the outskirts of the city.
Bolivia (Plurinational State of)
An aerial cable car urban transit system serving the La Paz–El Alto metropolitan area in Bolivia; the first public transport system in La Paz designed for equitable access, and improved accessibility and connection between two socioeconomic urban areas.
Kenya
A government initiative to connect Kenyan households to the national electricity grid.