Cotton 2025: Comprehensive analysis of production trends, challenges and climatic effects

Cotton remains a vital driver of Pakistan’s agricultural economy and a key pillar of the textile sector, shaping both rural livelihoods and national industrial output.

The 2025 cotton season presented a series of unprecedented challenges—from extreme temperatures to water shortages—that affected productivity across the country. This article offers a comprehensive analysis of last year’s cultivation trends, production results, and the impacts of adverse weather, alongside practical recommendations to improve profitability, crop stability, and quality for the upcoming 2026 season.

In 2025, approximately 5 million acres were cultivated with cotton across Pakistan, yielding a total production of 5.6 million bales, translating to roughly 1.12 bales per acre.

The average yield per acre was around 13 maunds, or 520 kilograms. Significant variations in production were observed across the provinces (production data, according to Pakistan Cotton Ginners Association): Punjab recorded about 2.7 million bales from 3.5 million acres, equivalent to approximately 0.77 bales per acre and an average yield of 9 maunds (360 kilograms) per acre; Sindh produced roughly 2.9 million bales from 1.3 million acres, or 2.23 bales per acre, with an average yield of 26 maunds (1,040 kilograms) per acre; while Balochistan yielded approximately 178,000 bales from 200,000 acres, corresponding to 0.89 bales per acre and an average yield of 10.35 maunds (414 kilograms) per acre.

During the 2025 season, Pakistan’s cotton crop faced severe climatic and water-related challenges.

In several areas, temperatures rose to extreme levels, reaching as high as 50°C in some locations, resulting in significant fruit shedding. Untimely rainfall, and in some regions flooding, adversely affected soil moisture and water availability, impacting cotton growth.

The climatic stress led to stunted plant height, limited boll size, and smaller bolls, ultimately reducing per-acre yield.

In Punjab, unfavourable temperatures delayed early sowing, which commenced in the last week of March or first week of April, affecting early developmental stages of the crop.

In Sindh, water shortages during sowing exerted additional pressure on crop growth and productivity. Fortunately, pest incidence was relatively low last season; however, the intensity of heatwaves further exacerbated boll shedding and constrained overall production potential.

For the upcoming 2026 season, implementing practical measures is crucial to achieving a more profitable, stable, and high-quality cotton crop. Preferably, triple-gene seeds should be used for early sowing to enhance crop productivity, while single or double-gene seeds and other suitable varieties may be employed for seasonal sowing.

In achieving optimal yield, approximately 25 percent of improvement derives from high-quality seeds, 60 percent from effective management practices—such as modern irrigation systems (drip or sprinkler), timely pest and disease control, proper nutrient and fertilizer management, monitoring of bolls and squares, and digital tracking—while the remaining 15 percent stems from strategic measures against climatic risks, reduced input costs, and the provision of practical resources.

Upgrading outdated ginning machinery and establishing an efficient marketing system are also essential measures to stabilize and make cotton production more profitable.

Additionally, full implementation of the Cotton Control Act and providing farmers with training on best management practices are indispensable. These initiatives will not only improve crop quantity and quality but also safeguard farmers’ efforts, enhance overall productivity, and strengthen cotton’s critical role in the national economy.

Furthermore, enhancing cotton production is not solely dependent on agronomic practices but also on strengthening institutional support and farmer engagement. Extension services, timely access to quality inputs, and capacity-building programs play a pivotal role in enabling farmers to adopt advanced cultivation techniques.

Encouraging collaboration between research institutes, provincial agriculture departments, and private sector stakeholders can facilitate the introduction of resilient cotton varieties, efficient irrigation solutions, and integrated pest management strategies. By creating an ecosystem that combines technical guidance, resource accessibility, and market-oriented planning, Pakistan can ensure a sustainable increase in cotton yields, improve farmers’ profitability, and maintain the global competitiveness of its textile industry.

Copyright Business Recorder, 2026