Maxwell Murder
Member
Does anyone have anything negative to say about using greenlight during the dark period during flowering?
The flowering response is controlled by the phytochrome system, actually a protein that has two different states called "phytochrome red" and "phytochrome far red". Under normal lighting most of the phytochrome is in the far red state. Once lights are turned off phytochrome far red decays naturally (in a few hours) into phytochrome red, which will tell the plant it's flowering time if the "red" state persist (no red light shining on the plants) for a further 8 or so hours.
The dotted line is phytochrome far red and the solid phytochrome red:
AFAIK photosynthesis pigments (chlorophylls, carotenoids) are not involved in the flowering response.
The flowering response is controlled by the phytochrome system, actually a protein that has two different states called "phytochrome red" and "phytochrome far red". Under normal lighting most of the phytochrome is in the far red state. Once lights are turned off phytochrome far red decays naturally (in a few hours) into phytochrome red, which will tell the plant it's flowering time if the "red" state persist (no red light shining on the plants) for a further 8 or so hours.
The dotted line is phytochrome far red and the solid phytochrome red:
AFAIK photosynthesis pigments (chlorophylls, carotenoids) are not involved in the flowering response.
so does this mean that something like a blue light would work equally well for working during the dark period?
Noice!!! but im confused....there has to be a light source of certain potency to interrupt a dark cycle, correct?
so why do we obsess over even the most tiny of light leaks? or are these things not related?