Nh4No3
Nh4No3
I'm laughing my ass off petflora! Yes dan is correct. I choose not to advertise nute co. So I use initials. Too answer ur question, yes but not just N but No3 & Nh4No3
My bad rives, my only acces to internet is my phone, so no keyboard. I will keep tht in mind, just makes it easier. Hope u understand
I'm gonna try to sound intelligent here. Never studied biology so bare wid me.
No3= nitrate
Nh4No3=ammonium nitrate
As hydro growers we r in complete control of providing our girls everything they need to thrive. As such I want to control what I'm feeding her. My understanding is nute companies use Nh4No3 as a filler nitrate because it's less $. Urea which is urine is another filler nitrate. IMO nute co. Use just enough so u can get by widout adversely effecting flowers. Our plants need No3 to produce to flowers. When our plants recieve Nh4No3 it lingers in her body after we stop givin it to her & now we do not have complete control. Imo, silica also lingers for awhile after I stop givin it to her. When our girls get No3, it's immediately available & not stored away. Imo, thts why plants receiving higher levels of Nh4No3 mid/late flower will have tendency to grow rather than fill. There will be more leave to bud ratio. Have u made/ recieved clones after flowering? After rooted give a bump in nitrogen, she will crack through tht flower with a leaf. This ex. is givin to show nitrogens effect on flowering clone/plant. Now imagine when u reduce/stop feeding flowering plant which recieved high levels of Nh4No3?
Can anyone tell me if they noticed the silica immediately after usin it or did it take awhile?
Nh4No3
That's a pretty hot tip. Thanks.
Would the high N have anything to do with late to the party calyxes, or is that just another sat expression?
Now, what the hell is maxipad... got a link?
I'm laughing my ass off petflora! Yes dan is correct. I choose not to advertise nute co. So I use initials. Too answer ur question, yes but not just N but No3 & Nh4No3
My bad rives, my only acces to internet is my phone, so no keyboard. I will keep tht in mind, just makes it easier. Hope u understand
I'm gonna try to sound intelligent here. Never studied biology so bare wid me.
No3= nitrate
Nh4No3=ammonium nitrate
As hydro growers we r in complete control of providing our girls everything they need to thrive. As such I want to control what I'm feeding her. My understanding is nute companies use Nh4No3 as a filler nitrate because it's less $. Urea which is urine is another filler nitrate. IMO nute co. Use just enough so u can get by widout adversely effecting flowers. Our plants need No3 to produce to flowers. When our plants recieve Nh4No3 it lingers in her body after we stop givin it to her & now we do not have complete control. Imo, silica also lingers for awhile after I stop givin it to her. When our girls get No3, it's immediately available & not stored away. Imo, thts why plants receiving higher levels of Nh4No3 mid/late flower will have tendency to grow rather than fill. There will be more leave to bud ratio. Have u made/ recieved clones after flowering? After rooted give a bump in nitrogen, she will crack through tht flower with a leaf. This ex. is givin to show nitrogens effect on flowering clone/plant. Now imagine when u reduce/stop feeding flowering plant which recieved high levels of Nh4No3?
Can anyone tell me if they noticed the silica immediately after usin it or did it take awhile?