By Agrobroadcast Team.
A Nigerian researcher based at a leading agricultural research institute in France, Dr. Mubarak Mahmud, has developed a new biological pathway that could enable cereal crops to benefit from nitrogen in the air, a breakthrough that may significantly boost global food production.
The innovation focuses on harnessing atmospheric nitrogen and converting it into a natural form of fertiliser that plants can use.
If successfully applied in agriculture, the discovery could reduce farmers’ reliance on chemical fertilisers while improving soil health and increasing crop productivity.
Nitrogen is one of the most essential nutrients for plant growth. However, most major cereal crops including maize, wheat and rice cannot naturally use nitrogen from the atmosphere.
As a result, farmers around the world depend heavily on synthetic fertilisers to maintain yields, a practice that can be costly and environmentally damaging.
Dr. Mahmud’s research offers a promising alternative by exploring biological processes that could allow crops to access nitrogen more efficiently, potentially transforming the way staple foods are produced.
Mahmud’s research seeks to tackle this challenge by developing a biological mechanism that would allow cereal crops to access nitrogen directly from the air.
The approach could increase crop yields while reducing the environmental impact of heavy chemical fertiliser use.
Agricultural Scientists say the breakthrough could significantly improve cereal production, especially in developing countries where expensive fertilisers limit farmers’ ability to increase yields.
Experts note that allowing crops to obtain nutrients naturally from atmospheric nitrogen could also help cut greenhouse gas emissions associated with fertiliser production and overuse in agriculture.
Experts say the breakthrough could advance climate-smart and sustainable farming practices worldwide.
While additional trials are required before large-scale use, early findings point to a promising path for more environmentally friendly cereal production.