Scaling Soybean Production in Pakistan – Opportunities, Challenges & Strategic Directions

Prepared by: Muhammad Aslam Bhatti, Ph.D., Senior Consultant, Hjelle Consulting Group (HCG), USA

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Soybean was introduced in Pakistan in the 1960s, with extensive adaptability trials in the 1970s. Those trials showed Khyber Pakhtunkhwa (KP), Punjab and Sindh as most suitable for commercial soybean cultivation. Despite favorable agro-ecological conditions, soybean largely disappeared from mainstream cropping schemes by the early 2000s. Pakistan now imports large quantities of soybean seed and oil (~2.2 million tons of soybean gran and >151 tons of oil). By contrast, soybean was almost absent in Indian agriculture before the 1970s, then expanded rapidly in central India, and area under soybean cultivation has reached about ~9.5-10 million ha with production ~10-12 million tons (NAAS.org).

According to recent press reports, Pakistan aims to halve soybean imports by deploying climate-resilient varieties and projects local production could reach ~3 million tons by 2030. However, Pakistan’s soybean production remains modest despite suitable agro ecologies. Studies indicate constraints such as “lack of germplasm with specific maturity groups adaptable to various environmental conditions”.

Current Situation in Pakistan: Climate-Resilient Soybean Development

Pakistan’s soybean production is limited relative to potential; the major bottlenecks are unsuitable germplasm maturity groups, low adoption of high-yield and pest resistant genotypes, and poor marketing infrastructure. With rising imports and domestic feed/edible oil demand, enhanced climate-resilient varieties could contribute to import substitution and increased value-capture within the country. Research collaborations (e.g., China-Pakistan) are targeting heat-tolerant, climate smart soybean varieties suited to Pakistan’s warm, semi-arid zones.

Maturity Group Fit by Region in Pakistan

Selecting appropriate soybean Maturity Groups (MG) ensures timely flowering/maturity under local photoperiod & heat regimes. Current literature highlights Pakistan’s need for germplasm tailored to these regional demands. In Pakistan:

• Central Punjab / irrigated plains (warm, longer day-length): Mid-to-late maturity groups (MG IV–MG VI) may fit best to avoid early heat stress and to utilize late-season moisture.
• Southern Punjab / Sindh border regions (hotter, shorter growing window): Early maturity groups (MG I–MG III) are preferable to avoid terminal heat/humidity stress and shorter growing seasons.
• Rain-fed uplands / marginal zones (variable moisture): Very early maturity groups (MG I–MG III) and short-season varieties are advisable to escape drought/heat episodes.

Key Challenges

• Germplasm adaptability: Few locally-bred soybean lines have both heat/drought tolerance and yield competitiveness.

• Seed system & varietal turnover: Slow replacement of old varieties; limited access to certified seed.

• Pest & disease pressure: Soybean in Pakistan is vulnerable to insect pests, pathogens; low resistance in current varieties.

• Irrigation/soil constraints: Many areas face water-stress or low-fertility soils, reducing yields.

• Market & value-chain constraints: Weak linkages for processing, lower farmer incentives, dependence on imports.

• Regulatory/biotech barriers: Introduction of biotech (Roundup-Ready/insect protected) soybean requires regulatory approval, biosafety frameworks, and farmer acceptance.

• Climate risks: High temperatures, erratic rainfall, floods, and humidity pose yield risks and require resilient varieties and agronomic managment.

Potential of Biotech (Roundup-Ready) Soybean in Pakistan

Pakistan already imports large volumes of soybeans and soybean meal; a 2021 USDA-FAS report notes about 2.2 million metric tons of soybeans imported in 2020. Biotech soybean (glyphosate-tolerant “Roundup-Ready”) offers potential benefits: easier weed control, reduced labour/chemical costs, improved yields, and improved economics for farmers. However, adoption will require regulatory approval of biotech events in Pakistan; local adaptation of biotech lines to Pakistani maturity groups and climates; seed system readiness; farmer training; market/trade acceptance. If introduced successfully, biotech soybean could significantly boost productivity, reduce costs, and support Pakistan’s goal of import reduction.

Strategic Recommendations for Policy & Research

1. Accelerate breeding & seed system development – Invest in breeding programs focused on heat/drought tolerant soybean lines and region-specific maturity groups. – Develop partnerships (public × private) to release and rapidly deploy improved germplasm.

2. Adapt maturity group research by agro-ecology – Map Pakistani agro-zones and determine optimum MG fits; support research trials by region to validate performance.

3. Enable biotech adoption pathway – Establish clear regulatory and biosafety frameworks for biotech soybean deployment; engage stakeholders (seed companies, farmers, processors). – Pilot biotech soybean in controlled settings, evaluate agronomic/economic benefits, then scale production.

4. Strengthening market and value-chain linkages – Provide incentives for domestic processing of soybean into soybean meal and oil to ensure farmer demand and stable prices. – Support contract-farming or aggregation platforms to bind farmers into sustainable markets.

5. Promote climate-resilient agronomy & extension – Disseminate agronomic packages (irrigation scheduling, crop rotation, weed management) tailored for soybean under Pakistani conditions. – Train farmers on weed management (especially relevant with biotech adoption) and moisture‐stress management.

6. Monitor & evaluate yields and economics – Set up national monitoring of soybean yield trends, input costs, and adoption of improved technologies to guide future policy.

Expected Outcomes & Benefits

• Increased domestic soybean production, helping reduce import dependency (Pakistan’s stated objective to cut imports by up to 50 %).

• Enhanced farm incomes in appropriate zones, especially if soybean becomes a viable rotation crop under heat/drought conditions.

• Improved national edible-oil security, stronger value-chain in processing, and better feed-oil linkage for poultry/animal industries.

• Development of a resilient soybean sector aligned with climate change adaptation.

Conclusion

Pakistan is at a pivotal moment of establishing soybean-based cropping system (eg. soybean-wheat, soybean chickpea, soybean maize). There is scope to increase yields close to global averages by embracing climate-resilient varieties, production technologies, and exploring biotech soybean which can unlock significant value for farmers, industry, and national food security. A concerted strategy that aligns breeding, regulatory pathways, markets and agronomy will be essential for success.