After several poor seasons, Pakistan's cotton crop is recovering. According to the Pakistan Cotton Ginners Association (PCGA), 1,696,451 bales had reached ginning factories by August 31st, nearly 27% more than the 1,335,632 bales delivered a year earlier. One field-based estimate suggests total output could reach about 7.5m bales, compared with roughly 5.6m last season. The rebound has revived an old debate: is Pakistan's cotton problem mainly about seed, or about how the crop is grown, researched and governed?
Sajid Mahmood, head of the transfer of technology department at the Central Cotton Research Institute (CCRI) in Multan, told Business Recorder that this season's arrivals were 360,819 bales ahead of last year's. Sindh delivered 1,139,374 bales, up almost 31%, and Punjab 557,097, an increase of about 19.7%. Sanghar district alone supplied 757,845 bales. There are 332 ginning factories now operating, and unsold stock stood at 158,569 bales, against 200,700 a year earlier.
The early signs were already positive in mid-August. The PCGA's report of August 18th showed 1,113,513 bales delivered by August 15th, 25.48% more than the 887,401 at the same point in 2025. At that stage, Punjab's arrivals had risen by only 2.61%, while those of Sindh and Baluchistan combined had jumped by 41.8%. The number of active ginneries had grown from 244 to 268. Arrivals are only an early indicator of the harvest, not a measure of final production.
The good news comes with risks. Mahmood said continuous rain had delayed crop maturity in Sindh and slowed deliveries there, although picking should accelerate as conditions improve. If the weather stays kind, he expects yields of 1.25-1.5 bales per acre in Punjab and about 2.5 in Sindh. But he also warned of emerging pink bollworm infestations. He urged farmers to scout their fields more closely, and the CCRI issued new advisory guidelines for September.
The 7.5m-bale estimate, published by one analyst, is explicitly not an official forecast. It is based on reports from extension staff, progressive farmers and other stakeholders describing healthy fruiting, good boll-setting, more favourable weather and lighter pest pressure. The estimate could still change, depending on boll retention, pest attacks and losses during picking. Planting also fell short of plans: Punjab sowed about 2.6m acres against a target of 3.2m, while Sindh planted around 1.35m.
The most striking problem is the difference in productivity between the two provinces. According to PCGA figures for 2025-26, Punjab harvested around 2.63m bales and Sindh about 2.915m. When these totals are divided by planted area, Punjab yielded roughly 0.84 bales per acre and Sindh about 2.10, about two and a half times as much. The same analyst argues that a difference this large cannot be explained by seed varieties alone.
On this view, seed sets a crop's genetic potential, but sowing dates, plant density, water, irrigation timing, nutrition, temperature and pest control determine how much of that potential is achieved. The analyst distinguishes three levels: the yield a variety could produce under ideal conditions, the yield attainable with good management in a given environment, and the yield farmers actually harvest. Pakistan's main shortfall lies in the gaps between them. Raising Punjab's yield to 1.5 bales per acre would add about 1.72m bales, while lifting Sindh's to 2.5 would add around 540,000. That extra cotton would raise farm incomes, supply more domestic fibre to textile mills and reduce imports.
Muhammad Rafiq Chaudhry, founder of the International Cotton Researchers Association and former head of technical information at the International Cotton Advisory Committee in Washington, questioned several other common assumptions. Speaking at an international web conference hosted by the Cotton Research Institute in Khanpur on August 6th, he argued that yield results from the interaction of boll density, boll weight, lint percentage, seed weight and fibre traits. He said conventional crossing has reached its limits. In its place he proposed "directed breeding", in which scientists identify a desired trait, locate the genes behind it, build the right combinations and engineer the target plants.
He also challenged some popular remedies. In his assessment, F1 hybrids, which need complex seed multiplication systems, have shown no consistent yield advantage over elite conventional varieties in commercial fields. Crossing long-fibre Gossypium barbadense with high-yielding Gossypium hirsutum tends to produce offspring that revert to one parent or the other rather than combining both strengths. He added that spinners value fibre uniformity more than length, because modern high-speed machinery runs more efficiently on even fibre.
His examples on pest control were equally pointed. Cotton accounts for only about 3.9% of global pesticide sales by value. He attributed farmers' heavy reliance on chemicals to government subsidies in the 1970s and 1980s. He cited Syria in the late 1990s, where farmers achieved average yields above 1,200kg of lint per hectare across 250,000 hectares with between zero and one insecticide spray per season. He also described ginning as a neglected link in the chain: saw gins damage fibre, while alternative methods such as differential, cage and Templeton ginning never became commercially viable. Seed systems, whether private as in America, grower-owned as in Australia or publicly certified as in Egypt, must preserve genetic purity.
Institutional reform is also on the agenda, with renewed proposals for an independent Cotton Board that often cite America's as a model. Created under the Cotton Research and Promotion Act of 1966, the American board is funded by a compulsory levy on growers of $1 per bale plus 0.5% of the cotton's value, along with charges on importers. According to the US Department of Agriculture (USDA), the levy raises about $70m-80m a year. In the current 2026-28 term, the board has 10 producer members and seven importer members. Certified industry bodies nominate candidates, the USDA checks their eligibility, and the Secretary of Agriculture appoints them to staggered three-year terms.
The main lesson from the American model, its analysts say, is a clear division of authority. Cotton Incorporated runs programmes under contract to the board, with a 2026 budget of $85.1m, including about $13.97m for agricultural research and $9.87m for research and development. Audited accounts are published, an independent evaluation is carried out every five years under the 1996 Farm Bill, and levy money cannot be used to lobby government. Industry pays for research and helps set its priorities, but government scientists remain public employees under public management. If Pakistan creates its own board, it will need to settle who collects the money, who appoints members, who approves budgets and who manages research institutions, before a good harvest makes the case for reform seem less pressing.