The science behind #soil carbon capture is squishy. What if we loved the soil less for the #carbon it captures and more for the #food it can grow? The #organic movement is rooted in healthy soil. Soil is also a hot topic in #regenerative agriculture. Let's be clear: Soil is important. But let's see it for what it IS rather than what it is NOT. 🥕 🍄 Healthy soil IS ... : - fertile, productive ground, and - a living ecosystem, which is more - resistant to disease and - water efficient, which means it is - more resilient (especially in times of drought). There is also a link between the health of the soil and the nutrient density of the crops produced. 🧚♀️ ✨ Healthy soil is NOT... : - a carbon capture "magic wand" that will save us from our carbon sins. (Please don't come for me with your pitchforks). This is tough because many programs, like the Farm Bill, want to pay farmers for their soils' carbon capture. "Rather than fixate on soil carbon ... the Farm Bill should focus on making agriculture more efficient. Helping farmers produce more food on existing farmland could save carbon-rich forests and peatlands from being cleared to meet demand for crops and livestock." And this is where healthy soil can really shine. https://lnkd.in/dpE6M4Vk #sustainableagriculture
Healthy soil in itself is the good - imagine a universe where a liter of compost is worth more than it's weight in some galactic ore ;) I'm saying this as it seems that organic life is much rarer than metals for example.
Co-founder and CEO at Elm AI | AI, Impact, Supply Chains | Cornell Tech
6moThis is the first I have heard of soil being used as a carbon sink, but the science behind it's ability to store carbon (or the lack thereof) is quite interesting. I agree that if we still can't measure or understand those aspects, feels a bit pre-mature to index on that, instead of more mature initiatives like improving agricultural throughput using soil chemistry!