Egypt's young researchers revolutionize agriculture with trichoderma!

Egypt's young researchers revolutionize agriculture with trichoderma!

In the world of modern agriculture, the use of biological innovations and precision agriculture in Egypt has increasingly proven itself. The young Egyptian phytopathologist Ayther AMR, a master student at the University of Cairo, is at the top of these developments. With his commitment to the plant protection research team at the Agricultural Research Center, he works together with the private company Project Future Egypt to redesign agriculture in his country by adapting biological solutions to local conditions. A highlight of his work is the use of useful Trichoderma tribes that represent environmentally friendly alternatives to conventional chemical pesticides, such as Daily News EGYPT reports.

The challenges in the Egyptian desert environment should not be underestimated, but Amr brave bravely greenhouse attempts, in which he successfully used two trichoderma strains on tomato plants. These plants were previously infected with botrytis cinerea, a fungus that damages both food and ornamental plants. The attempts showed that plant health can be significantly improved: with mildly infected plants, fungal activity could even be completely stopped. Even with advanced infection, the disease strength fell by over 60% compared to untreated plants. This is a clear sign that the right management and the support of technology can be key to success.

innovative techniques and IoT

Another interesting aspect of Amr's research is the use of an advanced climate control system that is operated by IoT technology. This system monitors important environmental factors such as moisture, temperature and ventilation in real time in order to create optimal conditions for plant growth. However, AMR emphasizes that these technologies alone are not sufficient; It's about creating the best conditions for nature. After the visible success in greenhouses, the team plans to expand the attempts in open fields in several Egyptian regions. Maybe the innovative method has soon established itself in Beni Suef, Minya or Sohag, which convinces farmers and supports healthy soils.

Trichoderma, which uses AMR so successfully, is a helpful mushroom that plays a crucial role in agricultural soils. It not only promotes plant growth, but at the same time inhibits plant pests and activates the immune responses of plants, as is recorded in pmc. These multifunctional properties make Trichoderma an important player in sustainable agriculture. With over 1,900 identified mushrooms within the plant health strategies, it impressively shows how microbes can increase efficiency and productivity in agriculture.

The future of agriculture

With a view to the upcoming challenges, AMR plans to work with Chinese partners in the future in order to transfer his approaches to different countries in Africa and Asia. The goal? The development of advanced bioformulations that are specially adapted for different climatic zones. This could significantly refine the technology and optimize for large -scale use in the field. The engagement in research makes it clear that sustainable agriculture is far more than just a trend; It is a necessity to meet the challenges of global nutritional security.