By : Husnain Aftab1, Anas Ahmad2, Hanzlah Mansoor
Pakistan must urgently scale up the use of digital technology in its agricultural sector to withstand escalating climate shocks, according to young researchers who warn that the country’s farming system is running out of time to adapt. The call comes as Pakistan continues to recover from the 2022 floods, which submerged nearly a third of the country, displaced more than 33 million people, and wiped-out entire seasons of wheat, cotton, and rice. Experts say the disaster exposed how vulnerable Pakistan’s agriculture-dependent economy remains to climate extremes, and how far behind the country is in adopting tools that could prevent similar losses.
Agriculture, researchers note, is not a peripheral sector but the backbone of the economy. It employs nearly 37 percent of the national labor force, contributes close to a quarter of GDP, and supports millions of rural families with little economic safety net beyond their land. Wheat, cotton, rice, and sugarcane are not simply export commodities; they represent the difference between families eating through the winter and going hungry. When climate shocks strike, the damage does not stay confined to the farm it ripples into food prices, import bills, and broader economic stability. This vulnerability is compounded by Pakistan’s near-total dependence on the Indus River basin, one of the most heavily irrigated agricultural networks in the world, now under mounting strain from erratic monsoons, shrinking glaciers, and unpredictable rainfall. When floods do not destroy standing crops outright, prolonged heatwaves and droughts erode yields more gradually, creating instability for a population of over 240 million people who depend on domestic agriculture for food security.
Against this backdrop, researchers are pointing to climate-smart digital agriculture as a necessary response rather than an optional upgrade. The concept is straightforward: use digital technology deliberately to make farming simultaneously more productive, more resilient to climate shocks, and less environmentally damaging, rather than treating these as competing goals. In practice, this means soil-moisture sensors and satellite imagery that tell farmers precisely when and how much to irrigate, replacing outdated fixed schedules that waste scarce water. It means mobile-based early-warning systems that alert communities to floods, heatwaves, or pest outbreaks days or weeks in advance, giving farmers time to prepare rather than simply absorbing losses. It also means AI-based advisory platforms recommending the right seed variety, sowing date, or fertilizer mix based on real-time local conditions, along with drone and satellite monitoring that tracks crop health across large areas to catch problems early. None of this is experimental similar systems are already reshaping outcomes in India, Kenya, and Bangladesh, countries with comparable climate vulnerabilities and smallholder-dominated farming. The tools exist; what Pakistan lacks, experts argue, is the scale of adoption.
That adoption gap is where the urgency lies. Despite growing awareness, the overwhelming majority of smallholder farmers across Punjab, Sindh, Khyber Pakhtunkhwa, and Balochistanremain disconnected from digital agricultural tools. This is not a failure of willingness, experts stress, but the result of structural barriers. Smartphones, reliable connectivity, and sensor equipment remain financially out of reach for many small landholders already operating on thin margins. Even where technology is available, limited digital literacy prevents effective use, and farmers are often hesitant to abandon generations-old practices for unfamiliar platforms. Most existing tools are also built in English and designed for conditions elsewhere, rather than localized into Urdu or regional languages and tailored to Pakistan’s specific soils and crop varieties. Pilot projects do exist, but they remain small and fragmented, lacking the institutional backing needed to scale nationally.
Experts identify three pressures making this decade decisive. First, climate change appears to be outpacing adaptation efforts, with each major flood or drought setting communities back years while the intervals between shocks shrink. Second, the underlying technology has matured to a point of genuinely low-cost deployment, with rural mobile penetration rising sharply and satellite and sensor data becoming cheaper. Third, Pakistan’s young population among the youngest in the world — is increasingly comfortable with smartphones and digital platforms compared to earlier generations, creating a narrow window in which rising digital literacy and urgent agricultural need could be aligned before it closes.
Researchers are calling for a coordinated policy response built around several pillars: public investment in affordable rural connectivity, government-backed advisory platforms in Urdu and regional languages, structured partnerships between Agri-tech startups, universities, and farmer cooperatives, and training programs that build digital literacy alongside the extension services farmers already trust. They caution that the cost of inaction is measurable, reflected in lost harvests, mounting rural debt after every flood, and a widening gap between what Pakistan’s agricultural sector could produce and what it actually delivers. Climate-smart digital agriculture, they argue, is not a luxury reserved for wealthier nations; for a country as climate-exposed and agriculture-dependent as Pakistan, it is a necessity whose time has arrived. The question, researchers conclude, is no longer whether this transformation is needed, but whether Pakistan’s institutions, policymakers, and young researchers will act quickly enough for it to matter.
Written by : Husnain Aftab1, Anas Ahmad2, Hanzlah Mansoor
1. Department of Climate Change MNSUAM husnainaftab09@gmail.com
2. Department of Agronomy MNSUAM anasahmad48064@gmail.com
3. Department of Climate Change MNSUAMhanzlahuaar21@gmail.com
