Other Infrastructure Study
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Publication
Integrating Resilience into Municipal Infrastructure Delivery in Kenya: Guidance Note for Municipal and County Engineer and Planners - Urban Resilient Infrastructure Guideline
(Washington, DC: World Bank, 2023-09-01)This Resilient Urban Infrastructure Guidelines forms one of a suite of reports developed by AECOM for the World Bank Group under the ‘Enhancement of Resilient Urban Planning and Infrastructure Investments in Urban Areas in Kenya’ assignment and constitutes Deliverable 2. This guidance note provides simple guidance for increasing the resilience of municipal infrastructure projects, and of communities, to physical risks, notably impacts of climate changes. This will increase the sustainability of investments under Second Kenya Urban Support Program (KUSP2), enabling them to perform their required function for their proposed design life, in a changing climate. It follows, roughly chronologically, the project development and design process. For the purposes of this note, resilient urban infrastructure is defined as infrastructure that is designed to deliver essential services now and in the future. It is prepared for and can withstand, adapt and recover positively from the physical (and climatic) shocks and stresses it may face over its lifetime. This is both with regards to the assets themselves, as well as the wider system that these assets are part of, which could include: the natural environment, the urban system, the operators, and the communities that interact with them. -
Publication
Building Regulations in Sub-Saharan Africa: A Status Review of the Building Regulatory Environment
(Washington, DC: World Bank, 2023-06-20)Buildings should provide safe, comfortable, and healthy environments for people to live and work. They are an essential component of societies and economies, housing critical infrastructure necessary to keep governments and businesses in operation. At the same time, buildings are the first line of defense against natural hazards and climate impacts for the general population. The scope of this report is limited to regulatory frameworks in Sub-Saharan Africa countries, with a focus on buildings rather than on specialized construction types such as infrastructure for water, energy, transport, or communications. The report focuses on the technical aspects of the regulatory frameworks: market and financial solutions fall beyond its scope. Chapter 1 of the report describes the components, concepts, and desired outcomes of building regulatory frameworks. Chapter 2 explains the evolution of the building regulation environment in Sub-Saharan Africa and the region-specific hazards and risks that the regulatory environment must respond to. Chapter 3 presents data on the building regulatory environment for each country in the region. It covers all aspects of the building regulatory cycle: from the legally adopted building regulations that exist, to what they cover, to the implementation of regulations through compliance and enforcement mechanisms. Chapter 4 offers guidance on how to improve and update building regulatory frameworks. Chapter 5 contains region-specific conclusions and recommendations for strengthening building regulatory frameworks because of the analyses carried out in Chapters 3 and 4. Additionally, Appendix A summarizes key data for each country. -
Publication
Steering Towards Cleaner Air: Measures to Mitigate Transport Air Pollution in Addis Ababa
(World Bank, Washington, DC, 2021-09)Air pollution, exacerbated by urbanization and motorization, is a growing concern in Addis Ababa and many other SSA cities. In Addis Ababa, air pollution from the urban transport sector is attributable to rapid motorization, an aging vehicle fleet, high sulfur fuels, lack of emission standards, and inadequate vehicle inspection and enforcement, calling for a shift towards integrated transport and air quality management. The report is one of the deliverables of the World Bank’s Advisory Services & Analytics program entitled “Ethiopia: Air Quality Management and Urban Mobility.” It aims to assess mitigation options for transport emissions for Addis Ababa (AA) in the Ethiopian context and recommend priority measures for short- and mid-term actions. The formulation of potential mitigation options builds upon a review of relevant development strategies and ongoing initiatives of the Federal and AA governments and development partners, the Ethiopian and international experiences, the results of Addis Ababa’s source apportionment study including vehicle emission inventory conducted for this ASA, and consultations with relevant stakeholders. A set of transport air pollution mitigation measures are assessed, prioritized and recommended for Addis Ababa. -
Publication
Road Safety Management Capacity Assessment for Vanuatu
(World Bank, Washington, DC, 2021-06-01)This Road Safety Management Capacity Assessment (RSMCA) seeks to gain a broad understanding of the Government of Vanuatu's road safety management capacity to support its plans to improve road safety outcomes throughout the country. The RSMCA follows the seven critical road safety institutional management functions (Bliss and Breen 2013) to identify key challenges and provide recommendations for improvement in road safety management, and similarly addresses the Safe System pillars for the interventions level. The seven institutional management functions include: results focus, coordination, legislation, finance and resource allocation, promotion and advocacy, monitoring and evaluation, and research and development of knowledge transfer. The Safe System pillars include road safety management, safe roads and mobility, safe vehicles, safe road users, post-crash care, and safe speeds. The RSMCA’s alignment with both the road safety institutional management functions and the Safe System Approach in turn aims to help the Government of Vanuatu to prioritize targeted next steps to address road crash death and serious injury in the country. -
Publication
Flood-Resilient Mass Transit Planning in Ouagadougou
(World Bank, Washington, DC, 2021-06)Ouagadougou, the largest city in Burkina Faso, is growing rapidly, with the annual rate reaching 9 percent by some estimates, and with commensurate challenges for ensuring efficient mobility for its residents. Like many urban areas in Sahelian West Africa, Ouagadougou is also highly vulnerable to extreme hydro-meteorological events. In the context of the plans to develop an efficient, bus-based mass transit system in Ouagadougou in the medium term, the study aimed to characterize the spatial distribution and severity of flood risk affecting the planned system; and to identify, evaluate, and prioritize interventions that will increase its resilience. The study focuses on a pilot sector of 67 km, covering a large part of central Ouagadougou and its strategic infrastructures, at the intersection of the future planned mass transit system and the areas of the city a priori considered more flood prone (for example, near the major dams). By working with a local drone operator and an international flood modelling firm, the study constructed high spatial resolution digital elevation and digital terrain models for the area of interest (AOI), which served as inputs for developing a hydrological model. To further classify the road and future mass transit sections in order to prioritize interventions, the analysis applied the criteria of an area priority score and a flood criticality score, which together combine into an overall impact score. The importance of good planning and policy and regulatory actions vis-a-vis more structural engineering solutions is underlined by the fact that the top two measures singled out by the multicriteria analysis are so-called soft solutions - related to the maintenance and cleaning of the flood-related structures and the reinforcement of the waste collection system. -
Publication
Road Geohazard Risk Management Handbook
(World Bank, Washington, DC, 2020-10)This handbook outlines an approach to proactively manage the risks of geohazards on roads, road users, and the people living near and affected by road. This handbook is structured to support road geohazard risk management sequentially and systematically: Part I, Framework for Road Geohazard Risk Management, helps users understand the framework for road geohazard risk management, introduces some basic concepts, and provides context to the overall handbook; Part II, Institutional Capacity and Coordination, covers the institutional arrangements that are necessary for the successful implementation of geohazard management; Part III, Systems Planning, covers the systems planning aspects, pertaining to the identification, assessment, and evaluation of risks, along with raising awareness of disasters; Part IV, Engineering and Design, deals with the engineered solutions to address geohazard risks, giving examples of different solutions to particular risk types; Part V, Operations and Maintenance, focuses on the operations and maintenance aspects of geohazard management whether the maintenance of previously engineered solutions or the nonengineered solutions available to mitigate the impacts of geohazard risks; Part VI, Contingency Planning, addresses contingency programming issues, such as postdisaster response and recovery, and the important issue of funding arrangements; and Part VII, References and Resource Materials, contains the reference list and additional online resources. Additionally, this handbook includes standard templates for terms of reference (ToRs) that can be adapted for technical assistance projects for road geohazard risk management (see Appendix A) and an operation manual (OM) for the practitioners involved with road geohazard risk management (see Appendix B). -
Publication
Envisioning 5G-Enabled Transport
(World Bank, Washington, DC, 2020-06)The transport industry has entered a period of rapid advancement, and the pace of change is only increasing. The proliferation of electric vehicles, rapid advances in autonomous vehicles, the advent of the sharing economy and digital platforms, advances in big data and machine learning, and rapidly evolving business models, such as eCommerce and Mobility as a Service (MaaS), are causing profound changes throughout the sector. The development and rollout of fifth-generation (5G) mobile broadband has the potential to not only support, but accelerate these revolutionary changes as today’s digital transport solutions evolve and entirely new opportunities become viable. 5G presents a variety of benefits over previous generations of wireless connectivity, including greater bandwidth, lower latency, capacity to dedicate resources for critical functions, potential for greatly expanded numbers of devices, and easy sharing of data. In some cases, we see dramatic and exponential gains from previous technologies. Each of these 5G features will have an impact in the transport sector, contributing to transport-specific applications. Of these, three key opportunities present themselves: (1) revolutionary advancements in the potential connectivity of vehicles, (2) an increase in the number and ubiquity of connected devices, and (3) improved data availability for transport operations and management. When applying these new technologies to transport, changes can be expected across the sector, with—to some extent—no corner left untouched. While impossible to foresee all potential applications, the study predicts three likely and significant changes: (1) the rise of connected and autonomous vehicles, (2) increasingly smart and efficient logistics, and (3) improved urban transportation with the implementation of MaaS platforms. Figure E.1 highlights some of these key impact linkages between 5G and the transport sector. 5G-enabled vehicles will differ from those in use today, with business models in the transport sector expected to differ significantly from the current paradigm. Connected and autonomous vehicles (CAVs) will bring together a series of changes impacting the sector, including connectivity, electrification, autonomy, and new business models such as MaaS. While the connectivity provided by 5G represents only one enabling facet of this equation, it fundamentally changes the overall potential scope and viability of the model. -
Publication
Information and Communication Technology for Disaster Risk Management in Japan: How Digital Solutions are Leveraged to Increase Resilience through Improving Early Warnings and Disaster Information Sharing
(World Bank, Washington, DC, 2019-11-14)Breakthroughs in information and communication technology (ICT) increasingly offer new tools to support disaster risk management (DRM). Due to the rapid advancement of computing and communication devices, ICT’s capacity to improve the DRM framework became a critical factor to strengthen resilience. As a nation with high levels of disaster risk and technological development, Japan has developed several forward-looking ICT for DRM. This report highlights the application of ICT for DRM in two specific areas: Early Warning System (EWS) and Disaster Information Management System (DIMS). The analysis of eight Japanese case studies of ICT solutions for DRM across various sectors, hazards, and levels of governance gives insight into their development, selection process and enabling environments, and provides case-specific lessons and recommendations. This report is intended as a reference tool for global DRM practitioners seeking to develop an enabling environment for applying ICT solutions toward resilience. The lessons learned from the Japanese case studies are intended to support practitioners and decision-makers in other countries to envision and explore ways to better leverage ICT to strengthen resilience. While valuable information can be extracted from the analysis, each case is contextualized within its particular social, political and environmental framework: our recommendations should be adapted to local needs and capacities. -
Publication
Technical Brief on Resilient Infrastructure Public-Private Partnerships: Policy, Contracting, and Finance
(World Bank, Washington, DC, 2019-10-17)While all infrastructure public-private partnerships (PPPs) inevitably deal with financing, construction, regulatory, demand, and operational risks, among others, projects in disaster-prone regions must additionally develop commercially and technically viable solutions for managing disaster and climate risk. This technical brief highlights key considerations and good practices for structuring resilient infrastructure PPPs through Policy and Legislation; Contracting and Disaster Risk Allocation; Procurement, Monitoring, and Payment; and Insurance. The brief was developed based on country case studies on Japan, India, and Kenya as well as a literature review. -
Publication
Managing Risks for a Safer Built Environment in Malawi: Building Regulatory Capacity Assessment
(World Bank, Washington, DC, 2019-06)In a rapidly urbanising world, Malawi remains one of the least urbanised countries in Africa. Approximately 16.7 percent of Malawi's population live in urban areas. Nevertheless, the country is urbanising at a moderate rate of approximately 3.7–3.9 percent per year. If growth continues at this rate, by 2030, approximately 20 percent of the population will be city dwellers, reaching 30 percent in 2050. This urban growth has the potential to improve economic opportunities and living conditions across Malawi. This is particularly significant given that approximately 69 percent of the population are living under the international poverty line of 1.9 US Dollars/day in purchasing power parity terms. However, challenges are also associated with this shift and concentration of population. With urbanisation comes a substantial amount of new construction. In Malawi, much of this new construction has occurred in cities and towns with limited capacity to ensure the structures in which people live, work and gather are safely sited and built to withstand chronic stresses (i.e. fire and spontaneous collapse) and disaster shocks (i.e. earthquakes and floods). In Lilongwe, for example, estimates indicate that 76 percent of residents live in informal settlements. These settlements are generally characterised by a lack of access to publicservices, tenure insecurity and inadequate housing. Malawi is impacted by a wide range of hazards, particularly droughts, floods, landslides, wildfires and earthquakes. Malawi is also vulnerable to recurrent and chronic risks. Large building fires in recent years include the LL and Mchinji Markets and the Mulanje Bus Depot in 2016 and the Area 13 and Zomba Market in 2018. In many ways, Malawi is at a crossroads: the regulatory decisions made now will significantly impact the longterm safety, productivity and resilience of the built environment in rural and urban areas. With its low base and moderate rate of urbanisation, Malawi is wellpositioned to formulate plans to maximise the benefits and to manage the challenges of urban agglomeration.