Improve Nitrogen Use Efficiency in Farming with Nano-clay
Improve Nitrogen Use Efficiency in Farming with Nano-clay
Engineered Nano-clay for Agriculture Application
Tags: The University of Queensland, Australia, Agriculture & Food, Science & Exploration
The natural nitrogen cycle's inefficiencies are exacerbated by agriculture's increased nitrogen demands, traditionally met through fertilizers that lead to economic and environmental costs. Clay-based soil amendments offer a solution by improving nitrogen use efficiency, reducing nutrient pollution, and greenhouse gas emissions. These amendments enhance soil fertility, nutrient retention, and crop yields while minimizing nitrogen leaching and nitrous oxide emissions. They represent a simple, cost-effective strategy for restoring degraded soils and protecting groundwater. The technology is pivotal in agriculture, promoting environmental sustainability and technical effectiveness in crop production.
IP Type or Form Factor: Process & Method; Material
TRL: Not specified
Industry or Tech Area: Agriculture; Nanotechnology
