NEW DELHI / MUMBAI — Global and domestic cotton production is projected to contract for the 2025–26 marketing season, driven by shifting weather patterns, shrinking cultivation acreage, and declining yields across key producing regions.
According to reports from the U.S. Department of Agriculture (USDA) and local regulatory bodies, such as the Committee on Cotton Production and Consumption (CCPC), both international output and major domestic yields are facing noticeable downward adjustments compared to the previous season.
Key Drivers Behind the Production Decline
Reduced Sown Area: A significant factor behind the projected drop is a decline in harvested area. In key producing nations, farmers have increasingly shifted land toward alternative crops like maize, sugarcane, pulses, and rice due to better relative price returns and rising input costs for cotton.
Adverse Weather & Yield Pressures: Uneven monsoon rainfall and excessive wet spells during critical flowering and boll-development stages have caused flower shedding and increased pest vulnerability in key regions, depressing yields per hectare.
Tighter Stocks and Rising Consumption: Despite lower total production, global and regional demand from textile mills remains robust. As a result, end-of-season closing stocks are forecasted to tighten substantially, exerting upward pressure on raw cotton and yarn prices.
Impact on Global Trade and Textiles
The drop in harvest output comes at a time when global cotton consumption is steadily recovering, pushing stocks-to-use ratios down. Major textile-producing countries are expected to rely more heavily on imports to satisfy domestic mill operations, while international exporters navigate tighter supply conditions.
To counter potential supply deficits and support local manufacturing sectors, governments are actively monitoring market arrivals and extending duty exemptions on imported raw fiber. Meanwhile, policy interventions and productivity initiatives are expected to take center stage in upcoming seasons to stabilize output.