CHAPTER ONE

INTRODUCTION

1.1 Background of the Study

Globally, road infrastructure plays a fundamental role in economic development, particularly in facilitating agricultural marketing and trade. Well-developed road networks enhance supply chain efficiency, reduce transaction costs, and improve farmers’ access to local and international markets. According to the World Bank (2021), poor transportation infrastructure is a major barrier to agricultural commercialization, especially in developing countries where smallholder farmers struggle to transport their produce due to poorly maintained roads. In contrast, developed nations such as the United States, Canada, and Germany have benefited significantly from extensive and well-maintained road networks, which enable the smooth movement of agricultural goods, reduce post-harvest losses, and stabilize food prices. The Food and Agriculture Organization (FAO, 2022) further highlights that good road networks contribute to food security by ensuring a steady supply of agricultural products from surplus to deficit areas, reducing price volatility, and improving market integration. In regions where road infrastructure is weak, farmers often face income disparities due to limited market access and inadequate price negotiation power, making them vulnerable to exploitation by middlemen.

Despite the global recognition of road infrastructure as a critical driver of agricultural marketing, many developing nations continue to struggle with inadequate road networks, leading to inefficiencies in the movement and distribution of food crops. A study by the International Food Policy Research Institute (IFPRI, 2020) found that over 30% of agricultural produce in developing countries is lost due to transportation challenges, including delays, spoilage, and increased costs caused by poor road conditions. This is particularly evident in parts of Latin America and Asia, where farmers face significant difficulties in reaching commercial markets due to a lack of accessible roads. However, rural road improvement programs in countries like India and Brazil have demonstrated positive impacts, boosting agricultural productivity and increasing farmer incomes (World Bank, 2019). In contrast, Sub-Saharan Africa continues to experience severe logistical constraints, with over 60% of rural farmers lacking access to all-season roads (African Development Bank, 2021). Recognizing the importance of infrastructure development, global organizations such as the United Nations have prioritized road investments under the Sustainable Development Goals (SDGs), particularly in achieving food security and economic growth (UNDP, 2022). These global initiatives highlight that improving road infrastructure is not just a national concern but a critical factor in enhancing agricultural efficiency, reducing poverty, and ensuring economic stability worldwide.

In Africa, road infrastructure plays a crucial role in agricultural development, yet many countries still struggle with poor road networks that hinder the efficient transportation of food crops. Studies show that inadequate roads contribute to high transportation costs, post-harvest losses, and reduced market access for farmers (African Development Bank, 2021). According to the World Bank (2020), over 50% of rural communities in Africa lack access to all-weather roads, making it difficult for farmers to transport perishable goods to markets before spoilage. This situation has led to increased food insecurity, income disparities, and regional economic imbalances. In contrast, countries that have invested in rural road development, such as Ethiopia and Kenya, have seen significant improvements in agricultural trade and farmer incomes. A study by the International Food Policy Research Institute (IFPRI, 2019) found that road rehabilitation projects in Ethiopia reduced transportation costs by 25%, allowing farmers to sell their produce at competitive prices. These findings highlight the urgent need for African governments to prioritize road infrastructure as a key factor in agricultural and economic growth.

Nigeria, one of Africa’s largest agricultural producers, faces severe challenges in food crop marketing due to poor road conditions. Studies indicate that more than 70% of rural roads in Nigeria are either unpaved or in poor condition, making it difficult for farmers to transport their produce efficiently (Olomola, 2022). The lack of good roads increases travel time, raises transportation costs, and leads to high post-harvest losses, especially for perishable crops like tomatoes and vegetables. According to a report by the Nigerian Bureau of Statistics (2021), farmers in rural areas lose up to 40% of their produce before it reaches the market due to transportation inefficiencies. To address this issue, the Nigerian government has launched various road rehabilitation projects, such as the Rural Access and Agricultural Marketing Project (RAAMP), which aims to improve over 2,000 kilometers of rural roads (World Bank, 2021). These interventions have shown promising results, as improved roads have led to better market linkages, reduced costs, and increased agricultural productivity. However, the need for sustained investment in road infrastructure remains critical, as many farming communities still lack reliable access to markets, limiting their economic opportunities.

In Cameroon, poor road infrastructure remains a major barrier to efficient food crop marketing, particularly in rural areas where agriculture is the primary economic activity. The country has an extensive road network, but a significant portion remains in poor condition, with rural roads being especially neglected (World Bank, 2022). According to the African Development Bank (2021), only about 30% of Cameroon’s rural roads are accessible throughout the year, while the rest become impassable during the rainy season, leading to severe transportation difficulties for farmers. This situation increases post-harvest losses and raises transportation costs, ultimately reducing farmers’ profits. The government has made efforts to improve road infrastructure through projects like the Transport Sector Development Project, which aims to rehabilitate key road networks to enhance market access (Ministry of Public Works, 2022). However, these efforts have been slow, and many farming communities still struggle to transport their produce efficiently. The impact of poor roads is particularly severe for perishable crops like plantains, tomatoes, and maize, which require quick delivery to markets. Without reliable roads, farmers in remote areas often sell their produce at lower prices due to the risk of spoilage, limiting their income and discouraging agricultural investment.

The situation in Tuba Subdivision, a key agricultural region in the Northwest Region of Cameroon, reflects the broader national challenges of poor road infrastructure affecting food crop marketing. Farmers in Tuba depend on agriculture for their livelihoods, but they face significant difficulties in transporting their produce to markets due to bad roads, especially during the rainy season when roads become muddy and nearly impassable (Nkwenti, 2023). Many farmers rely on motorcycles or old trucks, which are costly and unreliable, further increasing transportation expenses. The lack of proper roads also discourages traders from coming to buy directly from farmers, forcing them to sell at local markets where demand and prices are lower. Studies show that improving road networks in agricultural zones like Tuba could significantly boost productivity, reduce food waste, and increase farmer incomes (Ngwa & Tening, 2022). Some initiatives, such as community-driven road maintenance programs, have attempted to mitigate the issue, but they lack sustainable funding and government support. Addressing these road infrastructure challenges is crucial for enhancing agricultural trade, ensuring food security, and improving the economic well-being of farmers in the subdivision.

1.2 Statement of the Problem

In recent years, Cameroon has recognized the critical role of road infrastructure in enhancing agricultural productivity and market accessibility. The government has initiated several projects to improve the road network, aiming to boost economic growth and reduce poverty. For instance, between 2023 and 2027, plans are underway to add 1,415 kilometers of paved roads, increasing the total length from 9,885 kilometers in 2023 to 11,300 kilometers by 2027. Additionally, the Ministry of Public Works has identified 19 projects totaling 1,337 kilometers of roads, with an estimated budget of CFA42.1 billion allocated for maintenance in 2025 (Cameroon’s National Development Strategy, 2020; Ministry of Public Works, 2023 ). These efforts are complemented by collaborations with international partners, such as the Islamic Development Bank, to fund projects in key sectors, including road infrastructure. Despite these initiatives, challenges persist, particularly in rural areas like the Tuba Subdivision, where road conditions remain suboptimal, hindering efficient agricultural marketing and affecting farmers’ livelihoods.

The current state of road infrastructure in regions like the Tubah Subdivision continues to impede the efficient distribution of agricultural products, leading to increased transportation costs, post-harvest losses, and limited market access for smallholder farmers. This situation underscores the need for targeted research to assess the specific challenges faced by these communities. By focusing on the Tubah Subdivision, this study aims to provide empirical evidence on the impact of road infrastructure on food crop marketing, thereby informing policymakers and stakeholders in designing effective interventions to improve road conditions and bolster agricultural trade in the region.

1.3 Research Questions

1.3.1 Main Research Question

How does poor road infrastructure affect food crop marketing in Tubah Subdivision?

1.3.2 Specific Research Questions

• What is the nature of farm-to-market roads on food crop marketing in Tubah Subdivision?
• How do road maintenance conditions influence food crop marketing in Tuba Subdivision?
• How do transportation costs associated with poor road infrastructure affect food crop marketing in Tuba Subdivision?

1.4 Research Objectives

1.4.1 Main Research Objective

To analyze the effect of poor road infrastructure on food crop marketing in Tuba Subdivision.

1.4.2 Specific Research Objectives

• To examine the impact of farm-to-market roads on food crop marketing in Tubah Subdivision?
• To assess how road maintenance conditions influence food crop marketing in Tuba Subdivision.
• To evaluate the effect of transportation costs associated with poor road infrastructure on food crop marketing in Tuba Subdivision.