Scientific evidence increasingly demonstrates that synthetic fertilizers, while boosting short-term crop yields, are significantly compromising our soil’s long-term health.

Recent research reveals a disturbing pattern of soil degradation that should concern both commercial farmers and home gardeners. At the microscopic level, synthetic fertilizers dramatically alter soil biology.

The integration of AI into regenerative agriculture presents a promising avenue for addressing the complex challenges faced by farmers and agricultural designers in an era of climate change.
This article explores the potential of AI, specifically Large Language Models (LLMs), to revolutionize regenerative agriculture practices.

We are proud to announce that we are now part of a major project—the Ibri Structural Plan. In just one year Green Mawared has made significant strides in advancing sustainable agriculture and food security in Oman.

The Goumbook Regenerative Agriculture Venture Programme aims to empower and upskill researchers and students addressing agricultural challenges in the MENAT region. It focuses on solutions for hunger, nutrition, climate change mitigation, carbon sequestration, soil health, water scarcity, and more.

Regenerative agriculture is emerging as a key solution to the challenges faced by agriculture due to climate change. As agriculture suffers from extreme weather and contributes to about a third of global greenhouse gas emissions, regenerative practices offer a way to both adapt to and mitigate these impacts.

Green Mawared is pioneering a sustainable future with its innovative five-step roadmap to regenerative agriculture, aptly named ‘Green Mawared’s Sustainable Future: Roadmap to Regenerative Agriculture’.