Bifalgorithm post

Hey, good morning. Here it is, August 28th, 2026. And just a week ago today, coming out of the same cornfield, or almost the same cornfield, the same field, anyway, we talked about organic and inorganic nitrogen. And it set off a firestorm on Facebook. And I'm thinking, really, do these conventional farmers not know this? Did extension and our land-grant universities lie to them all these years? Is that possible? You just really need to know one thing. This beautiful corn came out of this field with these weeds. And a year with a lack of rain. What you need to know is in the best ground in Wisconsin, this is the state of Wisconsin, and right near our capital is a little place called Arlington and the university has a field station there which they conduct agricultural field experiments on. And on the best ground in the state of Wisconsin at Arlington, they will tell you at best only 40% of the nitrogen, the synthetic manmade nitrogen that you purchase and pay for and put on that ground and put yourself in debt. At best, 40% is used by the plant. The rest of it, the rest of it goes to the groundwater or volatilizes to the air. Organic nitrogen on the other hand compost. Organic nitrogen held by the roots of plants stays there until the plant calls for it. It is not water soluble. Synthetic man made nitrogen is water soluble. That's the difference of being that nitrogen atom being held by a carbon that bonded to a carbon atom. So that again is our lesson for the day. It is going to make the difference in climate change. We need to start putting this carbon in the ground. This oceans cannot hold any more carbon. We've used them up as far as carbon storage. So that's the lesson for today. Talk to you later.

Hey, good morning. Here it is, August 28th, 2026. And just a week ago today, coming out of the same cornfield, or almost the same cornfield, the same field, an…

Ideas in this flowchart

  • Discussion on Nitrogen in Agriculture
  • Organic vs Inorganic Nitrogen
  • Organic Nitrogen
  • Inorganic Nitrogen
  • Organic Nitrogen Properties
  • Inorganic Nitrogen Properties
  • Climate Change Impact
  • Organic Nitrogen Benefits
  • Inorganic Nitrogen Issues
  • Wisconsin Agricultural Experiment
  • Carbon Storage in Soil
Feed/

Hey, good morning. Here it is, August 28th, 2026. And just a week ago today, coming out of the same cornfield, or almost the same cornfield, the same field, anyway, we talked about organic and inorganic nitrogen. And it set off a firestorm on Facebook. And I'm thinking, really, do these conventional farmers not know this? Did extension and our land-grant universities lie to them all these years? Is that possible? You just really need to know one thing. This beautiful corn came out of this field with these weeds. And a year with a lack of rain. What you need to know is in the best ground in Wisconsin, this is the state of Wisconsin, and right near our capital is a little place called Arlington and the university has a field station there which they conduct agricultural field experiments on. And on the best ground in the state of Wisconsin at Arlington, they will tell you at best only 40% of the nitrogen, the synthetic manmade nitrogen that you purchase and pay for and put on that ground and put yourself in debt. At best, 40% is used by the plant. The rest of it, the rest of it goes to the groundwater or volatilizes to the air. Organic nitrogen on the other hand compost. Organic nitrogen held by the roots of plants stays there until the plant calls for it. It is not water soluble. Synthetic man made nitrogen is water soluble. That's the difference of being that nitrogen atom being held by a carbon that bonded to a carbon atom. So that again is our lesson for the day. It is going to make the difference in climate change. We need to start putting this carbon in the ground. This oceans cannot hold any more carbon. We've used them up as far as carbon storage. So that's the lesson for today. Talk to you later.

"Hey, good morning."

👍
0
0 comments0 shares

Sign in to view and post comments.