Nepal Bio Science Research Laboratory -NBRL

We spend a lot of money on inputs like Urea, DAP, and Potash. But here's a question every farmer should ask: Is my plant actually absorbing it?

Here's the science part: Plants are picky eaters. They can't absorb granular fertilizer. They need nutrients in a specific "ionic" form (think of it like a liquid tea). Soil microorganisms are the chefs that cook that tea.

If the soil biology is weak, the kitchen is closed. Here’s what happens to your investment:

🖌️You lose 40-60% of your Nitrogen.
🖌️70-80% of your Phosphorus gets locked up and becomes unavailable.
🖌️You see more yellowing and deficiency issues.

The only way to plug this leak is to support the microbes. When the biology is active, it cycles those nutrients right to the plant's roots. You get more from every kilo you apply.

This isn't just about saving money on fertilizer (though that's a big part of it). It's about building a soil that can handle drought, store carbon, and grow better crops for the long haul.

The future of farming isn't just about how much we put in. It's about how much the plant actually gets out.

Dr. Ingham bridged microbiology and regenerative agriculture, revealing the living foundation beneath our feet. Her vision transformed farming from chemistry to biology, empowering a global movement to heal the soil. Her legacy grows on in every microbe, every farmer, every acre restored. Rest in peace, Dr Ingham.🇳🇵☘️🇳🇵

Thank you to all participants for a productive consultation in Kaligandi Rural Municipality (Feb 5-6) The collaborative discussions with local government representatives, administration, engineers, and stakeholders have strengthened our roadmap for practical scientific climate action and eco-agriculture to manage local resources for soil soil restoration.