This technology is designed to address major production challenges caused by the declining benefits of low-temperature conditions and cold damage in food crops, as well as the unpredictable changes in natural climate. It follows the principle of "using nature to transform nature." Through extensive research and analysis, we have developed a method for the inducible and regulated expression of crop gene phenotypes. This approach includes simple and efficient techniques for seed treatment, planting, and sowing, specifically applied to corn, rice, wheat, and beans.
After multiple trials over several years and extensive field testing, this technology has proven highly effective. For example, maize can successfully pollinate and set seeds at temperatures as low as 14–16°C, even when the daily average temperature remains around 12–14°C. In Deqin County, Tibet, where the accumulated temperature is only 1,600°C, corn still thrives under these conditions. In general, crops grown using this method can emerge and head up to 12–24 days earlier than conventional varieties. Some varieties and sowing dates can advance their entire growth cycle by 20–30 days, resulting in yield increases of 20% to 100%. In Yuanjiangba, Yunnan, medium-maturing corn reached maturity in just 78 days from emergence to dry seeds. Wheat can mature 7–15 days earlier, with an approximate 20% yield increase. Additionally, the technology significantly enhances disease resistance and improves flowering and pollination under low-temperature conditions. Maize seedlings show increased resistance to shading, high temperature, and humidity, and are less prone to yellowing.
All the data indicate that this technology leads the world in terms of resilience, early maturation, high yield, and efficiency, while also meeting high-quality and non-polluting agricultural demands. When combined with suitable crop varieties, it enables crops to mature in cold mountainous regions and achieve better yields in other areas. It also supports intercropping systems such as winter corn with flue-cured tobacco or autumn corn with wheat, contributing significantly to agricultural restructuring and development.
Key technical points include:
(1) Different crops must be treated according to specific soaking and induction time methods.
(2) During planting, fine soil should be used to cover the seeds, ensuring adequate moisture without waterlogging. Proper soil management and consistent moisture, along with sufficient light, help ensure high yields and early stress resistance.
(3) In certain situations, plant regulators are necessary to further enhance yield and disease resistance.
(4) For rice and corn not treated with an inducer, different dosage forms of regulators are applied from the booting to flowering stage (and may be extended to the grain-filling stage in special cases), significantly improving cold tolerance and ensuring stable production levels compared to conventional methods.
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