Imported cotton seed: hope or risk?

Pakistan’s cotton sector is once again at a critical juncture. Production remains well below the level required to meet the needs of the country’s textile industry, while poor seed quality, climatic stress, pest pressure and declining productivity continue to constrain crop performance. In the current season, Pakistan’s cotton production is estimated at around 5.0–6.0 million bales from approximately 2 million hectares, while cotton imports remain essential to meet the requirements of domestic textile mills.

Against this backdrop, Pakistan is considering greater access to foreign cotton germplasm, including high yielding varieties and hybrids from Ethiopia, Greece and China. The proposal deserves serious consideration, but it should not be treated either as a guaranteed solution or as a threat to domestic breeding.

The real question is whether foreign genetic material can deliver measurable advantages under Pakistani agro ecological conditions.

Pakistan urgently needs access to new genetic material capable of addressing low productivity, weak seed quality, climatic stress, diseases and insect pests. The production problem, however, is not limited to acreage or water availability. A narrow genetic base, poor quality seed, Cotton Leaf Curl Virus, whitefly, pink bollworm, extreme heat, imbalanced nutrient management and declining fibre quality all affect both farm productivity and textile competitiveness.

The appropriate response, therefore, is neither to close the door to imported germplasm nor to open it without safeguards. Pakistan needs a scientific, transparent and risk based system under which foreign genetic material is tested first and commercialized only after it demonstrates clear value.

This approach is particularly relevant because Pakistan has already moved towards conditional importation of hybrid cottonseed. Under the framework reported in 2026, imported hybrid seed is to undergo two years of successful cultivation across different cotton zones and obtain certification before commercial imports can proceed. The challenge now is to ensure that such trials generate independent scientific evidence rather than becoming a formality for commercial entry.

Ethiopian cotton material may be of particular interest because cotton is cultivated there under relatively hot conditions and, in some areas, with limited irrigation. If imported material carries traits for heat tolerance, drought tolerance, early maturity or improved boll setting, it could have potential in parts of Southern Punjab and Sindh.

There is already evidence that Ethiopian hybrid material is being tested in Pakistan. Reported field trials in Punjab and Sindh have shown promising early results, although these results require independent verification through replicated and multi-location trials before they can support broader commercial conclusions.

Environmental similarity, however, should not be confused with genetic suitability. The response of Ethiopian material to Cotton Leaf Curl Virus, whitefly, pink bollworm, local soils, irrigation regimes and Pakistan’s specific heat patterns must be established through controlled testing.

Greek cotton material also deserves evaluation, particularly for potentially useful traits such as fibre length, strength and maturity. However, Pakistan has limited independent and detailed published evidence on the performance of Greek material under its own agro climatic conditions.

Greek cotton has developed under Mediterranean conditions that differ from those of Pakistan. Temperature patterns, night time heat, photoperiod, soil conditions and pest complexes are not identical. A variety that performs well in Greece cannot automatically be assumed to perform similarly in Southern Punjab or Sindh. Greek material should therefore initially be treated as experimental and breeding germplasm rather than as proven commercial seed.

Chinese cotton genetics may offer significant potential because China has invested heavily in hybrid breeding, yield improvement, fibre quality and adaptation to different production environments. Pakistan has already had practical experience with Chinese cotton material. Trials of single and triple gene Chinese Bt cotton varieties have been conducted at the Central Cotton Research Institute, Multan, to evaluate high yield, long staple and disease resistance under Pakistani soil and climatic conditions.

This experience demonstrates an important principle: the value of foreign genetics cannot be determined by its performance in the country of origin. It must be measured under Pakistani conditions. Chinese material should therefore be compared with locally approved varieties for seed cotton yield, lint yield, boll weight, ginning outturn, fibre length, strength, micronaire and response to diseases and insect pests.

Claims regarding virus or pest resistance should also be independently verified under local pressure.
Pakistan’s cotton growing areas are highly diverse. Southern Punjab, including Multan, Bahawalpur, Rahim Yar Khan, Muzaffargarh, Dera Ghazi Khan and Khanewal face high temperatures, heat stress and increasing water related pressure. Sindh has its own combination of temperature, irrigation, salinity, humidity and pest challenges. Central Punjab experiences greater monsoon influence, higher humidity and different irrigation conditions.

A genotype that performs well in Southern Punjab may not perform equally well in saline areas of Sindh or under the more humid conditions of Central Punjab. This makes multi-location testing essential rather than optional. Imported material should therefore be integrated into the existing scientific testing framework rather than evaluated through isolated commercial demonstrations.
One of the most important weaknesses in the current cotton debate is the tendency to treat yield as the primary measure of success. For the farmer, higher yield matters.

For the textile industry, however, yield without acceptable fibre quality may provide limited value.
Imported varieties should therefore be assessed for seed cotton yield, lint yield, boll weight, ginning outturn, fibre length, fibre strength, uniformity, micronaire, maturity and contamination. Resistance or tolerance to major diseases and insect pests should also be measured. A variety producing more seed cotton but inferior lint may not improve the competitiveness of Pakistan’s textile industry. The objective should be higher economic value per acre, not simply higher biological yield.

The economics of hybrid seed deserve equal attention. Hybrid seed can carry a higher upfront cost and may require farmers to purchase fresh seed each season. Higher seed costs may also be accompanied by different requirements for fertilizer, irrigation and crop protection.

The correct question is therefore not simply whether an imported hybrid produces more bolls or more seed cotton. The question is whether the additional yield and fibre value generate a higher net return after accounting for seed, royalty, irrigation, fertilizer, crop protection and other production costs.

Before commercial approval, each imported genotype should have a basic economic profile showing seed cost per acre, expected yield advantage, lint quality and market value, additional input requirements, royalty or technology fees, irrigation requirements, crop protection requirements and expected gross margin and net income per acre. Farmer profitability should become a formal component of varietal evaluation rather than an issue considered after commercialization.

The greatest long-term value of imported cotton genetics may not come from direct commercial cultivation. A foreign genotype may fail to outperform a local variety in overall yield but still possess one valuable trait. It may offer heat tolerance, drought tolerance, virus resistance, early maturity, better fibre strength or improved adaptation to a particular environment.

Such material can be crossed with locally adapted germplasm to develop new varieties suited to Pakistan. This is why imported seed should also be viewed as a source of genetic diversity. Pakistan should not become permanently dependent on foreign hybrids. The objective should be to use international germplasm to strengthen domestic breeding capacity and develop locally adapted varieties.

Pakistan’s own research institutions already possess breeding capacity. The Central Cotton Research Institute, Multan, for example, has a long running hybrid development programme and reports experimental hybrids with yield advantages over standard commercial varieties. The policy challenge is to connect this domestic capacity with carefully selected international germplasm rather than treating the two as competing alternatives.

Imported genetic material also carries risks that cannot be ignored. Seed may introduce seed borne pathogens, new pests or weed seeds. Genetically modified material may require additional regulatory assessment, including event identification, environmental risk assessment and consideration of gene flow.

Speed in approving useful material is desirable, but speed should come from an efficient regulatory process, not from eliminating scientific safeguards. The current requirement for multi-year testing and certification provides a useful starting point. The next step should be to make the testing process transparent, scientifically rigorous and publicly accountable.

The debate should not be reduced to a choice between foreign seed and local seed. The real issue is performance under Pakistani conditions. A foreign genotype should not receive preference simply because it comes from a country with higher cotton productivity. Likewise, a local variety should not receive protection from competition simply because it was developed domestically. The standard should be evidence.

Pakistan needs varieties that can withstand heat, water stress, diseases and insect pests while producing fibre that meets textile industry requirements and generating an economically viable return for farmers. That is a much higher standard than simply importing seed.

Imported cotton seed from Ethiopia, Greece and China represents a potential genetic opportunity for Pakistan, but it is not an automatic solution to the cotton crisis. The country should neither reject foreign germplasm outright nor grant it unrestricted commercial access. It should test it rigorously, compare it transparently and commercialise only what demonstrates a clear advantage.

The immediate priority should be a credible testing system that combines yield, fibre quality, climate resilience, pest and disease response, input requirements and farmer profitability. The longer-term objective should be even more ambitious: use the best available international germplasm to strengthen Pakistan’s own breeding pipeline and develop varieties that are genetically suited to the country’s changing climate and production systems.

Pakistan does not simply need more cotton seed. It needs better genetic choices, stronger evidence and a breeding system capable of converting useful genetics into profitable cotton production. That is where the real opportunity lies.