Investing in Regenerative Agriculture and Food
342 Ali Bin Shahid, one of the few who can model and calculate water cycle restoration
Dec 17, 2024
Ali Bin Shahid, an engineer and permaculture expert, discusses groundbreaking methods for water cycle restoration using mathematical models. He delves into the significance of quantifying abstract concepts like water flow and regeneration needs at landscape scales. Ali explains how integrated scientific insights can enhance rainfall and moisture retention strategies. He also highlights the urgent need for data-driven approaches to tackle ecological challenges, emphasizing the potential for financial and environmental benefits through sustainable practices.
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Quick takeaways
- Understanding the concept of slowing down water movement requires quantifiable metrics, emphasizing the need for precise data in water cycle restoration.
- Integrating engineering principles with permaculture offers a critical approach for quantifying ecological processes, allowing for a practical application of restoration strategies.
Deep dives
Understanding Slow Water Management
The concept of slowing down water movement in the landscape is explored as a crucial part of water cycle restoration. It emphasizes that while the idea of slowing water is commonly discussed, the specifics of what 'slow' means—whether it's quantified in kilometers per hour or in terms of hydrological processes—remain ambiguous. Practical measures to determine the degree of water flow in specific landscapes require quantitative methods, especially when addressing regeneration at a larger scale. Current approaches suggest that understanding and modeling these water flows can be achieved through numerical calculations, yet this practice is surprisingly underutilized in the domain of land management.
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