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Agricultural Cultivation and Protection

Technology-Powered Sustainable Agriculture
  • With global population exceeding 8 billion, humanity faces unprecedented existential challenges: rampant urbanization devours millions of acres of arable land annually, accelerating soil degradation and climate disruptions threaten food security, while nearly 800 million people worldwide continue to suffer from chronic hunger.
  • Even more alarming, arable land is diminishing at a rate of 1% annually, posing an increasingly severe threat to food security.
  • World Population Surpasses
    8 Billion
  • 800 Million Facing
    Hunger
  • Arable land is shrinking by
    1% annually

Achieving the Leap from Sustenance to Nutritional Security
Is a Major Challenge in Agricultural Cultivation and Protection

The Use of Chemical Agents Is Threatening Food Security and Safety

The World Bank finds that global agricultural losses from soil degradation reach hundreds of billions of dollars annually, with overreliance on fertilizers and pesticides acting as the hidden driver of this ecological crisis. While chemical agents eliminate pests, they also destroy 90% of the soil's beneficial microbial defense system, and over 70% of pesticide residues infiltrate the human food chain through ecological cycles.
Solution
In this global effort to save soil, we pioneeringly decode plant natural immunity genes and utilize cutting-edge biotechnology to produce natural active substances. These wisdom-derived gifts from nature not only activate crops' innate resistance to drought, floods, and diseases but also restore the optimal microbial balance in soil, enabling farmland to regain an autonomous ecological defense barrier and achieving an agricultural revolution from chemical dependence to ecological self-healing.
Increased Yield Beyond Fertilizers

While nitrogen fertilizers have fueled explosive crop growth, they have also severely disrupted ecological balance. Algal blooms are choking waterways, methane emissions from fertilizer decomposition rival the exhaust of 250 million cars, and the FAO warns that millions of hectares of fertile land are turning into saline deserts each year. Humanity is paying a steep price for the illusion of high yields.

Solution
In response to this challenge, we draw upon billions of years of natural evolutionary intelligence, utilizing advanced biotechnology to develop innovative solutions such as novel nitrogen-fixing agents and growth-regulating active molecules for agricultural cultivation and crop protection. These innovations reduce fertilizer dependency, enhance yields, and protect every inch of fertile land with precision technology.

Our applied research demonstrates that these novel nitrogen-fixing agents significantly increase crop root nodule formation rates, enhancing plants' nitrogen absorption capacity, thus reducing fertilizer use and environmental burden. Meanwhile, growth-regulating active molecules markedly boost plant photosynthesis, improving crop resilience and enabling them to better withstand adverse conditions such as drought and pests.

Leveraging innovative bio-manufacturing technology, we are committed to driving the transformation of 1.5 billion hectares of global farmland, enhancing agricultural productivity while safeguarding ecological balance.

Ensuring Every Harvest Brings More Green to the Earth and More Hope to Humanity

© MicroCyto Biotechnology (Beijing) Co., Ltd. All Rights Reserved.
ICP License No. 京ICP备2023002263号-1 Privacy

© MicroCyto Biotechnology (Beijing) Co., Ltd. All Rights Reserved. ICP License No. 京ICP备2023002263号-1 Privacy