knowcannabisknowpeace
Cannabeizen
This is a question I’ve been pondering over for some time, but have been too lazy to do the proper research,…
So; If the stomata are the mechanism by which the plant inhales Co2 and they are solely located on the under side of the leaf, given that Co2 actually “falls”, how can we improve how much Co2 can get to the underside stomata?
If we use a fan, aren’t we losing usable Co2, since the plant can only uptake Co2 while the lights are on, meaning our fans/air outtake would come on as well.
Possibly it's an obvious answer, use an air conditioned light, and close up the tent and let the regulator go. Or, I've seen plastic or rubber tubing with laser drilled holes along the tubing, which one drapes around the entire tent, or I guess an individual plant?
Simply; How can we improve how much Co2 can get to the underside stomata? Or is it not necessary if you have good moving air from a fan? Still close up the tent? Thoughts?
Keep fighting the good fight, KCKP.
So; If the stomata are the mechanism by which the plant inhales Co2 and they are solely located on the under side of the leaf, given that Co2 actually “falls”, how can we improve how much Co2 can get to the underside stomata?
If we use a fan, aren’t we losing usable Co2, since the plant can only uptake Co2 while the lights are on, meaning our fans/air outtake would come on as well.
Possibly it's an obvious answer, use an air conditioned light, and close up the tent and let the regulator go. Or, I've seen plastic or rubber tubing with laser drilled holes along the tubing, which one drapes around the entire tent, or I guess an individual plant?
Simply; How can we improve how much Co2 can get to the underside stomata? Or is it not necessary if you have good moving air from a fan? Still close up the tent? Thoughts?
Keep fighting the good fight, KCKP.