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I think with rootzones....my observations been its the presence of both course and micro-bubbles. The micro bubbles being easier for the roots to assimilate, while the more course bubbles helping to agitate and displace the roots. This in turn promoting lateral suspension of the most primordial root tips.
IMO.....its this root buoyancy in the "root zone" that helps promote more bushy, lateral plant growth in the plants "leaf zone".
I think this is one reason you tend to see naturally bushy plants growing in the UC's & MPB's more often than not.
Disclaimer.....I make real world observations, I'm not a scientist....I'm a farmer.
Plant roots do not absorb any O from bubbles I do not care how small they are(from a commercial airstone) It is the bubble's surface to water is were the exchange is going on. Mostly done at the surface.
I disagree on the bushy plant statement. JK
Plant roots do not absorb any O from bubbles I do not care how small they are(from a commercial airstone) It is the bubble's surface to water is were the exchange is going on. Mostly done at the surface.
I disagree on the bushy plant statement. JK
this cats a fuckin clown, you just straight up say you blatantly disagree, then just leave it at that.
its like every post i see of yours is flat arrogant.
WHY do you disagree jk. You go into court innocent untill proven guilty. Come up with some facts so we can truly take heed to your statements and apply then to ourselves. if you cant do that then why bother saying anything at all jk?
shit you say consistently pisses me off when you should be spreading your vast amount of knowledge not just callin people out.
your a prick.
this cats a fuckin clown, you just straight up say you blatantly disagree, then just leave it at that.
its like every post i see of yours is flat arrogant.
WHY do you disagree jk. You go into court innocent untill proven guilty. Come up with some facts so we can truly take heed to your statements and apply then to ourselves. if you cant do that then why bother saying anything at all jk?
shit you say consistently pisses me off when you should be spreading your vast amount of knowledge not just callin people out.
your a prick.
J/k - In an aero setup, after spraying, do the roots absorb any Oxygen from the air? I was under the impression they did and this was a major advantage of that type of setup. While I agree that o2 exchange happens at the bubble surface, I also think there is more going on that what we invision :)
this cats a fuckin clown, you just straight up say you blatantly disagree, then just leave it at that.
its like every post i see of yours is flat arrogant.
WHY do you disagree jk. You go into court innocent untill proven guilty. Come up with some facts so we can truly take heed to your statements and apply then to ourselves. if you cant do that then why bother saying anything at all jk?
shit you say consistently pisses me off when you should be spreading your vast amount of knowledge not just callin people out.
your a prick.
Lost, have never run aero (besides the EZ Clone 120 I bought last week), but I know that believing that plant's roots can absorb O2 from the air while also taking up nutes/water was one of the main reasons I chose hydroton for my E&F setup(s).
I have no basis for this "understanding" except for an "Ask Lucas" thread where he specifically referenced this - I'd try to find the exact post, but the Cannabis World servers seem to be down.
Plant roots do not absorb any O from bubbles I do not care how small they are(from a commercial airstone) It is the bubble's surface to water is were the exchange is going on. Mostly done at the surface.
I disagree on the bushy plant statement. JK
JK i could of sworn you were a bubble man while fatman (when he was posting here) argued the opposite of you. I was trying to dig that thread up but i guess the mod deleted it.
lost,
i think those numbers ben posted are pretty hard. i've seen them quoted in academic papers all the way back to the 1930s. but i have no personal experience in checking DO levels. i got no meter!
Papa
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