I have already watched so much videos of you, i just want to thank you. I think its amazing that your sharing all this knowledge with us for free! keep up te good work man! Much love from the netherlands

@DeBaccoUniversity

Ай бұрын

You are welcome and be sure to share the channel with others!

So glad I found this channel and I can’t wait to grow this year thank you ❤

@DeBaccoUniversity

5 ай бұрын

You are so welcome and be sure to tell others about the channel as well!

GreateWhite seems to be the best microbial fungi solution .

@DeBaccoUniversity

5 ай бұрын

It is certainly one of the most expensive.

Another beautiful piece of work by you and the team 🫵🏻😘👍🏼

@DeBaccoUniversity

5 ай бұрын

🤗Thank you for noticing!

@SkunkPunch73

5 ай бұрын

@@DeBaccoUniversity you and your teams work is always very hard not to respect and support as it is a incredible source of knowledge. Please forgive any mistakes in punctuation or grammar my dyslexia is a bit of a pain. Wishing you all a fantastic day/year ahead 🫵🏻😘👍🏼

Great Video Thank You🙂👍

@DeBaccoUniversity

5 ай бұрын

No problem 👍

👌👌🤘🤘

@DeBaccoUniversity

5 ай бұрын

Thanks!

And the worms love to take a ride on the hole teller

@DeBaccoUniversity

5 ай бұрын

Isolated soil disruption.

@thomashemingway8835

5 ай бұрын

@DeBaccoUniversity that's not fair. All the worms should get a ride.

The top two inches ARE where most breakdown occurs, it is NOT anaerobic afterwards. That's absolute nonsense. I literally scope soil almost every single day, if it was anaerobic... I'm 100% certain id see that, along with others, under my bright field biological microscope. Except, he's wrong and there are aerobes present for tens of feet if we let it. Living roots, and adequate biology allows for this to occur.

@DeBaccoUniversity

5 ай бұрын

Would you agree that oxygen content decreases as you go down a soil profile? Living roots respire (consume oxygen and produce carbon dioxide) and if the water table is high this will reduce oxygen content which is why trees in a flooded area die since their roots can not breath.

@B01

5 ай бұрын

@@DeBaccoUniversity Oh there's absolutely a reduction in oxygen! But not to the point where it would be considered strictly anaerobic. Bacteria release glues, which bind soil particles together and organic matter. Fungi attach to these newly formed pieces called microaggregates and bind them into macroaggregates. When this occurs, we get that cottage cheese or brownie mix type of soil that we love to see. The chunky but not breaking to bits type that is the most healthy. Due to this natural biological mechanism, we are able to receive aeration in places we otherwise wouldn't be able to. Add roots, worms, grubs, isopods and all sorts of other aerators, and it's easy to see why we never need perlite outdoors in a heavy system with the proper biology😇 Obviously if something's in the way preventing it, that would be an exclusion. Water would be a pretty great example of that, where it absolutely would be anaerobic