Originally posted by WiltonRanch
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Originally posted by Blaithin View PostAnd by sufficiently dense to be economical you mean for the required amount currently used in most mainstream farming practices.
I was referring to the concentrations of the deposits. Needs to be rich enough that the energy input is justified. Not mining 1000's of tonnes of ore to get one tonne of phosphate. Or millions of cubic meters of sea water.
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Originally posted by AlbertaFarmer5 View PostNo, poor choice of words on my part.
I was referring to the concentrations of the deposits. Needs to be rich enough that the energy input is justified. Not mining 1000's of tonnes of ore to get one tonne of phosphate. Or millions of cubic meters of sea water.
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Originally posted by Austranada View PostA few years ago we imported some polymer coated urea from China similar to ESN. More recently got some ESN through Nutrien. Did some ammonia release rate tests to compare with sulfur coated urea,methylated urea and a couple other products. We found the ESN had the best stable release rate profile enabling higher rates of application with much less loss to leaching or volatilization. Now trying Neem oil coated urea. About 1 litre/tonne. Also slow release effect. Idea originated in India where most urea is neem oil coated because the govt subsidizes N fertilizer to approx 70% so they want efficient use. How's that compare to the rising carbon tax in Can't Nada.
Might have to get me some neem.
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Nitrogen stabilizers have been around for many years, more and more guys using them
There is ESN , super U , contain N , agrotain and a few others . Some can be used on dry N , liquid N and forms for NH3 . Some are reasonably priced , others very expensive.
Nitrogen management in western Canada is being used far more than some realize . It’s a good way to manage nitrogen effectively and prevent losses both from volatilizations and leeching .
Other products like humics and Ligno also help stabilize N fairly effective.
Combine variable rate tech that many are using and most farms in western Canada are way farther ahead than most would assumeLast edited by furrowtickler; Dec 20, 2021, 11:40.
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Originally posted by AlbertaFarmer5 View PostTweety,
A lot of what Gabe says defies the laws of physics, and needs to be taken with the appropriate sized grain of salt. But that doesn't mean the rest of it has no value.
The bible is almost entirely preposterously unbelievable impossible fairytales with no basis in reality.
But that doesn't mean that the golden rules have no merit.
He is bringing not much new to the table. He just figured out how to monetize the information. The best lies are wrapped in truth.
Tom4CWB, about 10 lbs an acre from lightning. Considering it didn't rain last year - much less then that.Last edited by tweety; Jan 9, 2022, 18:14.
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I’ve been reading his book and the impression I get is he’s akin to that guy pushing Jerusalem Artichokes. I’d like to believe what he claims and some is most definitely correct but it’s the utter bullshit that puts the plausible at question. I am no soil scientist but I know you won’t build soil om 5% in 20 years or less. It doesn’t work that way. I would like some actual university experiments and data to back up his claims cause I’d still like to see if his systems actually do what’s claimed. It would help my operation in a carbon constrained future. Another thing he pushes is to phase out fertilizer use, and I think this is a dangerous proposition. Sure, you can possibly get your soil working with diverse blends of plants to the point it provides all but if you have a 200 year plan like he claims your future generations will be screwed with mined out soils. All said his book is still a great read especially if you have half an idea and a bit critical. For someone wet behind the ears and a bit naive they might get led down the garden path.
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Here’s an article from Washington State university. Has some links to published papers which question and refute some of his erroneous claims. I also suggest listening to him talk on YouTube as there’s enough videos of him there. Make up your own mind. Myself I’ll try a couple experiments with what I know works but any of the other stuff is fantasy.
https://csanr.wsu.edu/regen-ag-solid-principles-extraordinary-claims/
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Originally posted by WiltonRanch View PostHere’s an article from Washington State university. Has some links to published papers which question and refute some of his erroneous claims. I also suggest listening to him talk on YouTube as there’s enough videos of him there. Make up your own mind. Myself I’ll try a couple experiments with what I know works but any of the other stuff is fantasy.
https://csanr.wsu.edu/regen-ag-solid-principles-extraordinary-claims/
But.
When he writes about the biomass production impossibility regarding organic matter increases, he only talked about the ABOVE GROUND PORTION OF PLANT MATERIAL. So in my view, he is missing at least HALF of biomass production. That would certainly change his theory that organic matter increases are impossible.
Roots are huge contributors to the tonnage of plant matter produced. I’m not really siding either way, but you simply can’t discount the roots!
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Originally posted by Sheepwheat View PostInteresting links! I read through it and found it awesome.
But.
When he writes about the biomass production impossibility regarding organic matter increases, he only talked about the ABOVE GROUND PORTION OF PLANT MATERIAL. So in my view, he is missing at least HALF of biomass production. That would certainly change his theory that organic matter increases are impossible.
Roots are huge contributors to the tonnage of plant matter produced. I’m not really siding either way, but you simply can’t discount the roots!Last edited by Sheepwheat; Jan 10, 2022, 21:05.
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Originally posted by Sheepwheat View PostWow I’m reading comments now. I don’t reailize they were there. The article is pretty contentious to quite a few people on there, who mention roots, and exudates of micro flora which make up to 40% of organic matter, once you get the, pumping! etc. Interesting stuff!
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Originally posted by AlbertaFarmer5 View PostIt is.
So we use bees to gather nectar from flowers. The supply is so difuse and such small quantities, that humans could never do it efficiently enough to get enough energy to be worth while, but millions of bees doing so is quite efficient.
Bats and seabirds have been accumulating phosphate in guana deposits from ( I assume) the sea animals they eat. Taking it from the environment where it is too difuse for humans to harvest economically, and concentrating it, asking nothing in return.
Could this be the future, encouraging an ecosystem where bats and birds can harvest phosphate and deposit it in the equivalent of hives for us to harvest. Perhaps, their prey or the predators could be tweaked to increase the yield, as we have done with every other domesticated species.
Keeping in mind that phosphorus is the 11th most abundant element on earth. We aren't going to run out, just run out of reserves that are sufficiently dense to be economical.
Modern agriculture is underpinned by a steady supply of fertilizer. However, one of the main ingredients of fertilizer, phosphorus, is running out, putting pressure and financial strain on farmers throughout the world. Now, with war in Europe causing additional supply disruptions, diminishing stocks of phosphorus may compromise the ability of the world to feed itself.
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