CHAPTER ONE

INTRODUCTION

1.1 Background to the Study

The state of transport infrastructure globally plays a pivotal role in economic growth, social well-being, and environmental sustainability. However, while some regions are advancing with modern, sustainable transport systems, others are still grappling with inadequate, outdated infrastructure, resulting in various challenges. This global landscape is influenced by technological advancements, policy decisions, financial investments, and regional disparities in development.

About 40% of the global population still lacks access to reliable transport services. This is particularly pronounced in developing countries where limited transport infrastructure hampers access to jobs, markets, and basic services, thus contributing to economic inequality. Poor roads, inadequate public transport systems, and lack of access to efficient freight transport are significant barriers to growth in many low-income regions According to the World Bank (2022). The African Development Bank (AfDB, E2023) highlights that many African countries face chronic underinvestment in infrastructure, with an estimated $68 billion per year gap in infrastructure financing. This shortfall is particularly evident in the transport sector, where many roads are unpaved, railway systems are underdeveloped, and air transport remains expensive and unreliable. In contrast, high-income economies, particularly those in Europe and North America, have made significant progress in the development of transport infrastructure. The European Commission (EC) (2023) reports that the EU has one of the most advanced transport systems in the world, with an extensive road network, efficient rail systems, and robust public transport options in urban areas. For example, the high-speed rail network in countries like France and Japan provides sustainable alternatives to air and road transport, contributing to lower emissions and reduced traffic congestion (International Transport Forum, 2024). However, even in high income economies, challenges remain. The United States Department of Transportation (USDOT) (2024) noted that over 40% of U.S. roads are in poor or mediocre condition, leading to significant economic losses due to traffic delays, accidents, and the costs of road maintenance. The future of global transport infrastructure will be shaped by several factors such as population growth, urbanization, technological innovations, and climate change policies. As urban populations continue to grow—projected to increase by 2.5 billion people by 2050 (UN, 2018)—demand for transport services is expected to rise significantly. Cities will need to invest in smart, sustainable infrastructure to accommodate this growth while mitigating environmental impacts.

Approximately 40% of the global population still lacks access to dependable transport services, with the issue being most pronounced in developing nations. In these regions, inadequate transportation infrastructure limits access to employment, markets, and essential services, thereby exacerbating economic disparities (World Bank, 2022). Barriers such as deteriorated roads, insufficient public transport systems, and limited freight capabilities hinder economic progress in many low-income areas. According to the African Development Bank (AfDB, 2023), a major constraint in Africa’s development is the persistent underinvestment in infrastructure, particularly in the transport sector, with an annual financing gap estimated at $68 billion. This gap is evident in the prevalence of unpaved roads, underdeveloped rail networks, and costly, unreliable air transportation.

In contrast, high-income nations particularly in Europe and North America have made notable advancements in transport infrastructure. The European Commission (2023) notes that the European Union maintains one of the most developed transportation systems globally supported by extensive roadways, efficient railways, and comprehensive public transit services in urban areas. High-speed rail networks in countries like France and Japan offer sustainable alternatives to road and air travel, helping to reduce greenhouse gas emissions and traffic congestion (International Transport Forum ITF, 2024). Nevertheless, even in wealthier countries, transport challenges persist. The U.S. Department of Transportation (USDOT, 2024) reports that over 40% of the country’s roadways are in substandard condition, resulting in significant economic losses due to delays, accidents, and repair costs. The future of global transport infrastructure will be driven by urbanization, population growth, technological innovation, and environmental policies. With urban populations projected to increase by 2.5 billion by 2050, there will be substantial demand for sustainable, intelligent transport infrastructure to meet the needs of expanding cities while mitigating climate impacts (United Nations UN, 2018).

In Africa, the state of transport infrastructure and development in Africa has been a key factor influencing the continent’s economic growth, regional integration, and quality of life. Despite significant investments in recent years, challenges persist, including a lack of connectivity, inadequate funding, and poor maintenance of existing infrastructure. Roads are the dominant mode of transport in Africa, accounting for 90% of passenger and freight transport as argued by AfDB, (2023). However, the density of paved roads in Africa is low compared to other regions. According to the World Bank, 2020 only 53% of rural populations in Sub-Saharan Africa live within 2 kilometers of an all-season road, compared to 90% in East Asia and the Pacific (World Bank, 2024). Africa has an average road density of 204 kilometers per 1,000 square kilometers compared to 944 kilometers in South Asia as noted by AfDB, (2023). This limits access to markets, healthcare, and education, particularly in rural areas. Africa’s rail network is underdeveloped, with only 75,000 kilometers of railway lines serving the entire continent, and many of these are outdated and inefficient (African Union, 2023). For instance, most railways were built during the colonial era and lack modernization. Less than 20% of Africa’s rail lines are electrified, making them less competitive and environmentally unfriendly (International Transport Forum, 2024). However, some progress has been made. For example, Ethiopia’s Addis Ababa-Djibouti railway, completed in 2017, is the continent’s first fully electrified Trans boundary rail system, improving trade and connectivity between the two countries (China Railway Group, 2024). Challenges in Transport Infrastructure Development such as funding gaps, fragmented networks, and maintenance issues, technological and environmental concerns are devastating. Despite these challenges, Africa has made notable progress in transport infrastructure development such as continental initiatives, infrastructure investment.

Africa’s state of transport infrastructure plays a critical role in economic development, regional connectivity, and public welfare. Although there have been notable investments, persistent challenges include inadequate maintenance, limited funding, and low connectivity. Roads remain the dominant mode of transport, accounting for about 90% of passenger and freight movements (AfDB, 2023). However, Africa’s paved road density remains significantly below global averages. The World Bank (2024) highlights that just 53% of Sub-Saharan Africa’s rural population lives within 2 kilometers of an all-weather road, compared to 90% in East Asia and the Pacific. The African continents average road density stands at 204 kilometers per 1,000 square kilometers, far below South Asia’s 944 kilometers (AfDB, 2023).

Africa’s rail network also reflects substantial infrastructural deficits, with only 75,000 kilometers of railway lines serving the continent. Many of these were constructed during the colonial era and lack modernization. Less than 20% of African railways are electrified, limiting their efficiency and environmental sustainability (ITF, 2024). Nonetheless, some progress has been made. For instance, the Addis Ababa Djibouti railway, completed in 2017, is the first fully electrified trans boundary railway system in Africa, enhancing trade and connectivity between Ethiopia and Djibouti (China Railway Group, 2024). Despite these developments, transport infrastructure across the continent continues to face funding shortages, fragmented networks, maintenance deficiencies, and growing environmental concerns.

Focusing specifically on Cameroon, the state of transport infrastructure in rural areas such as Ndop Central Sub-Division in the Northwest Region mirrors broader national challenges. While improvements have been made at the national level, rural zones remain marginalized due to resource limitations, environmental constraints such as seasonal floods, and weak maintenance systems. Cameroon has a road network of approximately 121,500 kilometers, but only 10% (about 12,500 kilometers) is paved (World Bank, 2024). Rural regions, including the Northwest, rely heavily on unpaved roads, which are highly susceptible to adverse weather. The World Bank (2025) reported that only 22% of Cameroon’s rural population lives within 2 kilometers of an all-season road considerably below the Sub-Saharan African average of 34%.

In Ndop Central Sub-Division, roads often become impassable during the rainy season due to erosion and flooding. Shiferaw (2023) found that rural roads in the Northwest experience annual deterioration rates of approximately 25%, primarily due to inadequate maintenance and extreme weather. The Bamenda–Ndop–Kumbo road, a crucial transportation corridor, has undergone some rehabilitation but continues to degrade, particularly during the rainy season, causing travel times and transport costs to rise significantly. The AfDB (2023) also notes that many river crossings in the area are served by makeshift or damaged bridges, further restricting mobility and economic activity.

In Ndop Central Sub-Division, the harsh realities of poor transport infrastructure are felt daily by residents. During the rainy season, roads become muddy and nearly impassable, isolating entire villages from markets, health centers, and schools. Farmers struggle to transport their produce, often watching perishable goods rot before they can reach buyers. Public transport is scarce, and when available, vehicles are frequently stuck in deep potholes or forced to take long detours due to collapsed bridges. In some communities, river crossings are made using wooden planks or makeshift rafts, risking both lives and livelihoods. These conditions not only delay movement but also drive up the cost of goods and services, deepening poverty and hindering local development efforts. The daily challenges faced by the people of Ndop reflect the urgent need for targeted investment and sustainable solutions in rural transport infrastructure.

1.2. Statement of the Problem

Rural roads in Cameroon’s, Northwest Region deteriorate each year due to inadequate maintenance and heavy rainfall. The road transport infrastructure in the study area is highly underdeveloped, creating a major barrier to socio-economic growth. For instance, the Bamunka Bridge, a crucial link to major farming areas, is often reported to be in poor condition, disrupting trade routes for key agricultural products such as rice, maize, and vegetables. The prevalence of unpaved and poorly maintained roads, compounded by environmental and socio-political challenges, have likely left rural communities isolated from essential services and markets.

This issue is particularly critical in Ndop agricultural economy, where inadequate transport infrastructure imposes significant economic and social burdens. Most roads in the study area are unpaved and experience rapid deterioration during the rainy season. Frequent flooding renders roads impassable, cutting off villages from markets and essential services. The lack of accessibility leads to increased travel times and higher transportation costs for both residents and farmers.

As a key agricultural hub, particularly for rice production, Ndop faces severe challenges due to poor transport infrastructure, which likely reduced significantly farmers’ profitability. Post-harvest losses in the Ndop Plain have been reported to reach up to 30%, as delays in transportation prevent farmers from delivering their produce to markets on time.

Additionally, inadequate funding likely further worsens the infrastructure crisis in the region, resulting in limited repairs and upgrades to roads and bridges, which remain and developed in a constant state of disrepair. Against this backdrop, this research examines the current state of road transport infrastructure and development in Ndop Central Sub-Division and its environs.

1.3. Research Questions

1.3.1 Main Research Question

How is the current state of road transport infrastructure in Ndop Central Sub-Division?

1.3.2 Specific Research Questions

1. What are the types of road transport infrastructure in Ndop Central Sub-Division?
2. What are the socio-economic impacts of the state of transport infrastructure in Ndop Central Sub-Division?
3. What are the strategies to improve on the current state of road transport infrastructure in Ndop Central Subdivision?

1.4 Main Research Objective

To examine the contribution of current road transport infrastructure on development in Ndop Central Subdivision

1.4.1 Specific Research Objectives

1. Examine the types of road transport infrastructure in Ndop Central Sub-Division.
2. Analyze the socio-economic impacts of road transport infrastructure in Ndop Central Subdivision
3. Strategies to improve on road transport infrastructure in Ndop Central Subdivision