Pakistan's agriculture sector is showing signs of recovery after weather-related setbacks, but policymakers, researchers and growers increasingly argue that long-term resilience will depend on adopting artificial intelligence, modernising farming practices and strengthening investment in research rather than relying on conventional methods alone.
The articles present a sector at a crossroads. While agriculture expanded by 2.89 percent during fiscal year 2025-26 despite severe flood damage, they contend that climate change, water scarcity, declining productivity and outdated production systems continue to threaten one of the country's most important economic sectors. Together, they advocate a broad transformation built around digital technology, climate-resilient seeds, mechanisation and policy reforms.
According to the Economic Survey cited in the articles, agriculture contributes 23.4 percent to Pakistan's Gross Domestic Product and employs more than one-third of the national workforce. The crop sector recovered with growth of 1.44 percent after contracting the previous year, supported by higher production of wheat, rice and sugarcane. Sugarcane production rose by 6.2 percent, wheat increased by 4.3 percent and rice also recorded growth despite reduced cultivated area, while cotton and maize declined because of changing cropping patterns and flood-related impacts. Livestock remained the strongest-performing segment, expanding by 3.75 percent and accounting for 14.6 percent of GDP. The articles note that milk and meat production increased despite lower green fodder availability, while forestry, fisheries and poultry also recorded positive performance. Higher fertiliser use reflected increased farming activity, although phosphate consumption declined because of higher costs.
Against this backdrop, artificial intelligence is presented as a potential catalyst for change. One article argues that AI-powered mobile advisory systems can provide farmers with real-time, localised guidance throughout the crop cycle, reducing dependence on conventional extension services. Using smartphone applications, image recognition, satellite data and machine learning, farmers could receive immediate advice on crop diseases, nutrient deficiencies, pest infestations, irrigation schedules, fertiliser requirements and market conditions.
The technology is described as particularly valuable for early identification of crop diseases such as cotton leaf curl virus, whitefly infestations, wheat rust, rice blight, citrus canker, mango anthracnose and tomato leaf miner. Farmers would be able to photograph affected plants and receive recommendations on suitable pesticides, biological controls, application timing and dosage, helping reduce crop losses, optimise pesticide use and improve productivity.
The articles also highlight AI's role in weather forecasting and irrigation management. By combining information from satellites, weather stations, soil sensors and historical climate records, digital platforms could provide field-specific forecasts covering rainfall, irrigation timing, heatwaves, frost risks and harvesting schedules. Such guidance, they argue, would improve water management, reduce production costs and strengthen resilience to increasingly unpredictable climatic conditions.
Another emphasis is accessibility. AI-driven advisory services capable of communicating in Urdu, Punjabi, Saraiki and other regional languages through voice or text are presented as a way of extending technical knowledge to farmers with limited literacy. The systems could also recommend customised fertiliser applications based on soil analysis, forecast crop yields, estimate production costs, monitor profitability and provide market intelligence on commodity prices and optimal selling periods.
Alongside technological innovation, growers interviewed in the articles call for structural reforms. They urge governments to invest more heavily in research, develop climate-resilient seed varieties, expand mechanisation and introduce long-term agricultural policies focused on productivity and profitability. Proposals include subsidised fertilisers, guaranteed pricing for major crops, improved packaging and storage, greater value addition and stronger support for climate adaptation.
Representatives of farming organisations argue that agriculture remains fundamental to food security and rural livelihoods while lacking sustained policy attention. They call for increased research funding, accountability in seed development, regulation of agricultural input prices and pricing mechanisms that adequately compensate growers for rising production costs. Some also advocate wider adoption of solar-powered tube wells, tax relief for precision farming equipment and investment in temperature-controlled storage facilities to reduce post-harvest losses.
The government's priorities broadly reflect similar themes. During consultations ahead of the federal budget for 2026-27, Prime Minister Shehbaz Sharif described agriculture as central to economic recovery and highlighted efforts to modernise the Pakistan Agricultural Research Council in collaboration with the Chinese Academy of Agricultural Sciences. He called for stronger coordination between federal and provincial governments, greater emphasis on climate-resilient hybrid seeds, mechanisation, horticulture, value addition and higher per-acre yields.
The meeting also reviewed measures intended to support farmers, including concessional loans of up to Rs1 million for small-scale farmers, crop-loss insurance and risk coverage through the State Bank of Pakistan, along with draft proposals for a National Animal Health Act and a National Breeding Policy to strengthen the dairy and livestock sectors. The prime minister additionally directed the formation of an expert committee on agricultural reforms, called for a comprehensive cotton production strategy for Balochistan and instructed the issuance of the notification for the reconstituted Cotton Board.
Taken together, the articles portray a sector recovering from recent climatic shocks while confronting deeper structural challenges. They suggest that sustaining future growth will require a combination of technological innovation, stronger research institutions, modern farming systems, coordinated policymaking and continued investment if Pakistan is to improve productivity, strengthen food security and enhance rural incomes.