The Cassava Mirage & The Hunger Index

The Presidential Initiative on Cassava (PIC), launched in 2002, was Nigeria's most ambitious agricultural industrialization program. Its goals were extraordinary: increase cassava area to 5 million hectares, harvest 250 million tonnes annually, produce 37.5 million tonnes of processed products, earn $5 billion from exports, and replace 20% of wheat flour with cassava flour in bread. The government mandated that flour millers incorporate 10% cassava flour. By 2006, Nigeria was indeed the world's largest cassava producer at 54 million tonnes. But the processing capacity never materialized. Of the millions of dollars allocated, approximately 80% went missing through corruption, and the remaining 20% was spent on dozens of overpriced, non-functioning processing plants. The expansion of production without processing capacity created a surplus that crashed cassava prices, bankrupting farmers who had invested in expanded cultivation. When Obasanjo left office in 2007, the initiative was abandoned. Nigeria's share of world cassava exports remained 0.001%. The cassava bread policy, which had been enforced by presidential fiat, disappeared from bakeries within months.

In 2012, Agriculture Minister Akinwumi Adesina launched the Growth Enhancement Support (GES) scheme — the most technologically sophisticated agricultural intervention in African history. The GES used an electronic wallet (e-wallet) system to deliver fertilizer and seed subsidies directly to farmers' mobile phones, bypassing the corrupt government procurement and distribution system that had lost an estimated ₦776 billion ($4.8 billion) to corruption over four decades. By 2013, over 14 million farmers were registered, and 5 million were using e-wallets to obtain subsidized inputs from 2,500 registered agro-dealers. The government claimed it ended 40 years of fertilizer corruption within 90 days of Adesina's appointment. Banking sector lending to agriculture rose from 0.5% of total portfolio in 2009 to 5% by 2014. Private sector commitments of $5 billion were made for domestic fertilizer production. Adesina won the World Food Prize in 2017 and became President of the African Development Bank. But the GES was politically dependent. When Jonathan lost the 2015 election, the ATA was dismantled. The e-wallet system was not institutionalized. And by 2025, fertilizer corruption had returned in new forms, with the same middlemen and political networks reconstituting under different program names.

In 2015, the Central Bank of Nigeria launched the Anchor Borrowers Program (ABP) to provide credit, inputs, and market linkages to smallholder rice farmers, with a target of 1 million farmers. The program became famous for the 'rice pyramids' of Kebbi State — vast displays of bagged rice that symbolized Nigeria's rice production potential. A 2021 academic study of 226 rice farmers in Kebbi State found that ABP beneficiaries achieved a mean technical efficiency of 0.98 compared to 0.81 for non-beneficiaries — a 17% efficiency advantage. Beneficiaries produced a mean output of 5,504.4 kg/ha compared to 3,267.7 kg/ha for non-beneficiaries. The Lagos-Kebbi 'Lake Rice' partnership created a visible market link. But the ABP also accumulated massive non-performing loans. Side-selling — farmers selling subsidized inputs or pledged harvests to other buyers instead of anchor companies — was rampant. Political capture directed loans to favored states and ethnic constituencies. By 2023, the CBN was struggling to recover billions in ABP loans. The rice pyramids were real, but the financial pyramid beneath them was fragile.

By 2024, Nigeria was home to 230 agritech startups — a tenfold increase from 23 in 2022. ThriveAgric had assisted over 500,000 farmers and facilitated 1.5 million metric tonnes of grain production, raising $56.4 million in 2022. Farmcrowdy pioneered digital agriculture crowdfunding. Hello Tractor connected farmers to smart tractors via mobile app. Releaf built proprietary palm nut processing machinery with $4.2 million in seed funding. ColdHubs provided solar-powered cold storage that extended produce shelf life from 2 days to 21 days. These were genuine innovations. Yet in 2025, Nigeria ranked 115th out of 123 countries in the Global Hunger Index, with a score of 32.8 ('serious' food crisis). Seventy percent of the population was food insecure. Twenty-nine point four million Nigerians were in Phase 3 acute food insecurity. The price of imported rice had risen 844% since 2016. Garri — the poor man's staple — had risen 542%. The agritech startups had not failed; they had simply not scaled fast enough to outrun the macroeconomic hurricane caused by fuel subsidy removal (petrol up 860%), naira devaluation (638% since 2016), and climate shocks. The gap between agritech potential and food security reality is the defining paradox of democratic Nigeria.

Nigeria is the second-largest producer of tomatoes in Africa and the fourteenth-largest in the world, with an annual production of approximately 2.3 million tonnes. Yet Nigeria is also the thirteenth-largest importer of tomato products. The reason is post-harvest loss. Between 40% and 60% of Nigeria's tomato crop decays before it reaches the market. For fruits and vegetables overall, losses are estimated at 50% annually. For tubers like cassava and yam, losses reach 35–60%. For grains, the figure is 5–20%. The Nigerian Stored Products Research Institute estimates total post-harvest losses at approximately $12 billion annually. The causes are structural: inadequate storage capacity, poor rural roads, lack of cold chain infrastructure, and primitive processing. Nigeria has only 171 medium and large-scale storage facilities for a population of 220 million. ColdHubs and other agritech solutions have begun addressing this — extending shelf life from 2 days to 21 days with solar-powered cold rooms — but coverage remains minimal. The post-harvest loss scandal explains why Nigeria grows what it cannot eat and imports what it could have processed.

In 1999, Nigeria's fertilizer application rate was approximately 0.5 kg per hectare — among the lowest in Africa. By 2024, total fertilizer consumption had more than doubled from 893,000 MT (2010) to 1.86 million MT. Urea consumption exceeded 1 million MT annually since 2020. The number of fertilizer blending plants exceeded 50, up from a handful in the 1990s. Nigeria had transitioned from net importer to net exporter of urea, shipping to Brazil, the United States, and Senegal. Yet application rates remained at just 13% of the global average. The reason was not supply but distribution. Despite installed capacity of 6.3M MT urea and 6.0M MT NPK, effective demand was only 3M MT — a 1.4M MT gap. Farmers in the North-West consumed 73.8% of all fertilizer, while the South-South consumed just 1.4%. Counterfeit seeds and diluted fertilizer products undermined trust. And the CBN's 2018 forex restriction on NPK imports, while stimulating domestic blending, created supply bottlenecks. Nigeria had built the factories but not the last-mile delivery system.

Since the 1990s, Nigeria has lost approximately 350,000 hectares of arable land annually to desertification — an area larger than Lagos State every two years. The Sahara Desert advances southward at 0.6 km per year in some areas. Lake Chad, which once supported 30 million people across Nigeria, Niger, Chad, and Cameroon, has lost 95% of its volume since 1963 — from 25,000 km² to less than 1,500 km². Between 1941 and 2000, annual rainfall decreased by 2–8mm across most of Nigeria. The 1972–73 Sahel drought killed millions of cattle and triggered famine across Northern Nigeria. The 1983 drought was the worst in 40 years, destroying 300,000 livestock. The 2012 floods destroyed 1.4 million acres of farmland and caused $16.9 billion in damage. Climate change is not a future threat to Nigerian agriculture; it is the present reality that explains why yields remain stubbornly low despite billions in investment. Sorghum yields in the North are half their potential. Maize yields are one-third. And rice, which needs reliable water, is increasingly vulnerable to both drought and flood.