Pakistan's Agriculture: The Energy Challenge

“When energy becomes uncertain, everything built upon it becomes fragile.” Those words capture the growing reality across Pakistan’s rural landscape. Before sunrise, millions of farmers prepare their tractors, tube wells, threshers, and irrigation systems knowing that every liter of diesel and every unit of electricity now come at a punishing cost. Farming today is no longer only a battle against droughts, floods, pests, and unstable markets. It has become a battle against energy itself.

Agriculture remains the backbone of Pakistan’s economy. It feeds the population, supports rural livelihoods, provides raw material to industries, and contributes significantly to exports through cotton, rice, fruits, vegetables, and livestock products. Entire rural communities survive because farms remain productive. Yet modern agriculture is deeply dependent on energy at every stage of production. Diesel powers tractors and harvesters. Electricity runs tube wells and cold storage facilities. Fuel transports crops from villages to urban markets. Without affordable energy, modern farming simply cannot function efficiently.

The crisis has intensified rapidly in recent years. Rising global oil prices, inflation, electricity tariff increases, and currency depreciation have dramatically increased production costs for farmers. In many areas, irrigation alone now consumes a major share of farm expenses. Farmers who once managed profitable operations are now struggling merely to break even. Smallholders, who make up most of the Pakistan’s farming population, are particularly vulnerable because they lack savings, credit access, and financial protection against rising costs.

The consequences extend far beyond individual farms. When energy costs rise, food production becomes more expensive. Farmers reduce fertilizer use, delay irrigation, or cultivate smaller areas to control expenses. Yields decline, supply chains weaken, and food prices rise for consumers. In severe cases, some farmers abandon cultivation altogether or fall deeper into debt traps.

This growing energy burden also threatens national food security and rural stability. If farming becomes financially unsustainable, Pakistan risks declining agricultural productivity, increased food imports, higher inflation, and worsening rural poverty. The crisis is no longer simply about energy prices, it is about the long-term survival of the agricultural economy itself.

Rising Energy Costs and the Collapse of Farm Economics

Across rural Pakistan, one complaint now echoes through nearly every farming community: diesel has become unaffordable. What was once considered a routine production cost has turned into one of the biggest threats to agricultural survival. Modern farming depends heavily on machinery, tractors for plowing, harvesters for reaping, sprayers for pest control, and pumps for irrigation. These technologies increased productivity and reduced labor shortages, but they also tied agriculture directly to volatile global energy markets.

Every increase in diesel prices immediately raises the cost of cultivating land. A farmer preparing wheat fields in Punjab or transporting sugarcane in Sindh now spends significantly more on fuel than just a few years ago. The problem is particularly severe because farmers rarely control the prices they receive for their crops. Input costs rise instantly, while farmgate prices often remain stagnant or increase too slowly to offset expenses. As a result, many farmers are forced into painful choices: borrow more money, reduce cultivated acreage, or delay critical farming operations that directly affect yields.

Irrigation presents another layer of vulnerability. Although Pakistan possesses one of the world’s largest canal irrigation systems, millions of farmers still rely on tube wells powered by diesel or electricity, especially in water-scarce regions of Balochistan, southern Punjab, and interior Sindh. Rising electricity tariffs and diesel prices mean farmers increasingly cut irrigation cycles to save money. Yet insufficient irrigation weakens crop growth, lowers yields, and reduces farm income. Lower income then limits the farmer’s ability to purchase seeds, fertilizer, or fuel for the next season, trapping many households in a cycle of declining productivity and debt.

The energy crisis extends beyond cultivation itself. Fertilizer production depends heavily on natural gas, meaning higher gas prices quickly translate into more expensive urea and DAP fertilizers. Many farmers respond by reducing fertilizer application, but this weakens soil fertility and lowers long-term agricultural productivity. Transport costs also continue to rise as diesel-powered trucks move crops from rural farms to urban markets and export centers. For perishable products such as vegetables, milk, mangoes, and citrus fruits, expensive transport and inadequate cold storage increase spoilage rates dramatically.

Small Farmers at the Frontline of Pakistan’s Energy and Climate Crisis

The burden of rising energy costs in Pakistan’s agriculture is not shared equally. While large commercial farms possess financial reserves, machinery, storage systems, and easier access to bank financing, small farmers operate under extremely fragile conditions. These farmers—often cultivating only two to five acres of land form the backbone of Pakistan’s rural economy, yet they are also the most vulnerable to economic shocks. For them, every increase in diesel prices, electricity tariffs, or fertilizer costs can mean the difference between survival and collapse.

Smallholders typically lack savings, insurance, and affordable credit. Many already operate with thin profit margins and depend heavily on seasonal loans from local traders, commission agents, or informal lenders. When energy prices rise sharply, production costs immediately become unmanageable. Diesel for tractors, electricity for irrigation pumps, and transport expenses consume a growing share of their income. In many rural areas of Sindh, southern Punjab, and Balochistan, farmers now report that cultivating certain crops costs nearly as much or sometimes more than the income they expect to earn after harvest.

As a result, some farmers are making painful decisions to leave portions of their land uncultivated. Others are abandoning farming entirely. Young men migrate toward cities in search of construction work, factory jobs, or daily wage labor. Entire villages are slowly losing their working-age population. This rural migration carries long-term consequences that extend beyond agriculture. Once younger generations disconnect from farming, traditional agricultural knowledge disappears, rural economies weaken, and food production capacity declines over time.

The crisis becomes even more severe when combined with climate change. Pakistan remains among the countries most vulnerable to climate disasters, including floods, droughts, extreme heat, and unpredictable rainfall patterns. The devastating floods of 2022 destroyed crops, livestock, irrigation systems, roads, and rural infrastructure across large parts of the country. Recovery has been slow, expensive, and incomplete for many farming households. Rising energy costs now make rebuilding even harder. Farmers already weakened by climate shocks are forced to spend more simply to resume cultivation, pushing many deeper into poverty and debt.

Despite these challenges, renewable energy is beginning to offer some hope. Solar-powered irrigation systems are gradually expanding across rural Pakistan, especially in regions with abundant sunlight and unreliable electricity supply. Farmers using solar tube wells report major reductions in irrigation costs because sunlight replaces expensive diesel or grid electricity. In some areas, irrigation expenses have reportedly fallen by more than half after adopting solar systems.

However, the transition remains uneven. Solar technology still requires substantial upfront investment, often beyond the reach of small farmers. Limited access to financing, weak technical support, and poor rural infrastructure continue to slow adoption. Moreover, solar energy currently addresses only part of the problem. Heavy machinery, harvesting equipment, and transportation systems still depend largely on diesel fuel. Renewable energy may not solve every challenge facing agriculture, but it represents one of the few realistic pathways toward reducing the crushing energy burden on Pakistan’s rural economy.

Building an Energy-Resilient Future for Pakistan’s Agriculture

Pakistan’s agricultural energy crisis cannot be solved through temporary fixes or isolated policies. The challenge is too deeply connected to food security, rural livelihoods, inflation, and climate resilience. What is needed instead is a long-term national strategy that treats agriculture and energy as inseparable parts of the same economic system. Without coordinated action, rising production costs will continue pushing small farmers into debt, reducing cultivated land, and threatening national food supplies.

The priority must be immediate relief for vulnerable farmers. Smallholders cultivating less than 12.5 acres need targeted fuel and electricity subsidies that are transparent, time-bound, and linked to verified land ownership records. Broad subsidies often benefit large landowners disproportionately, while targeted support can protect those most at risk of financial collapse.

At the same time, Pakistan urgently requires a national agricultural energy transition program focused on renewable energy. Solar-powered irrigation systems decentralized rural mini-grids, energy-efficient cold storage facilities, and concessional green financing can gradually reduce agriculture’s dependence on expensive diesel. Agriculture should no longer be treated as a series of disconnected problems involving irrigation, transport, or storage separately. It must be viewed as a complete energy ecosystem.

Fertilizer price stability is equally critical. Sudden increases in urea and DAP prices during sowing seasons create enormous uncertainty for farmers. Long-term gas pricing agreements for fertilizer manufacturers and strategic fertilizer reserves could reduce price volatility and improve planning certainty for rural producers.

Investment in transport and storage infrastructure is also essential. Pakistan loses a significant share of fruits, vegetables, milk, and meat products due to inadequate cold chains and inefficient logistics. Expanding energy-efficient refrigerated transport and solar-powered rural storage systems would reduce food waste and improve farmer incomes.

Finally, no reform can succeed without awareness and training. Farmers need practical education on solar technology, energy efficiency, financial management, and climate-smart farming practices. Information delivered in Urdu and regional languages through local extension systems can help rural communities adapt more effectively to the growing energy challenge.

Conclusion

Pakistan’s agricultural future will increasingly depend on one critical question: can farmers access affordable and reliable energy? The answer will shape not only rural livelihoods, but also national food security, inflation, exports, and economic stability. Rising diesel prices, expensive electricity, and volatile fertilizer costs are no longer isolated economic issues, they are reshaping the entire structure of agricultural production across the country.

The central lesson from this discussion is clear. Modern farming cannot survive if energy becomes permanently unaffordable. Small farmers, already struggling with climate shocks, water scarcity, and weak market access, are being pushed toward debt, migration, and land abandonment. When cultivation declines, food prices rise, rural unemployment increases, and dependence on food imports grows. In this sense, the agricultural energy crisis is not just a rural problem; it is a national development challenge.

At the same time, there is still a pathway forward. Renewable energy, especially solar-powered irrigation and rural energy systems, offers hope for reducing long-term production costs and improving resilience. However, technology alone is not enough. Pakistan needs coordinated policy support, targeted subsidies, green financing, modern storage infrastructure, and farmer education programs to make the transition possible.

Ultimately, energy security and food security are now deeply interconnected. A country that cannot provide affordable energy for its farmers will eventually struggle to feed its people. Protecting agriculture therefore means protecting the energy systems that keep rural Pakistan alive.

Please note that the views expressed in this article are of the author and do not necessarily reflect the views or policies of any organization.

The writer is a former Pakistan Ambassador and Permanent Representative to FAO, WFP and IFAD and can be reached at nriyaz60@gmail.com

Related Stories