I am wondering, has there been any research on the effect of changing the total length of day been conducted? What is the real trigger of flowering, shortened day or lengthened night?
We live on this planet with a 24-hour day, so we naturally assume our plants days have to be 24-hours schedule as well. But, a plant in continuous light has no night! Night apparently is not required for the plant to live. In fact, the plant thrives in comparison to a plant in an 18/6 light regiment.
So, we change the light regiment to 12/12, so the plant flowers. What makes it flower, the 12 hours of light OR the 12 hours of night? What happens if it gets 13/12 or 15/12? How about 24/12 or 36/12? Changing a plant from vegetative to flowering (flowering) or from to flowering to vegetative (regeneration) takes 10 days to two weeks, before the plant shows a response to the new light regiment. Maybe we could use a 100/12 cycle?
This could substantially improve efficiency I would think.
Help!
We live on this planet with a 24-hour day, so we naturally assume our plants days have to be 24-hours schedule as well. But, a plant in continuous light has no night! Night apparently is not required for the plant to live. In fact, the plant thrives in comparison to a plant in an 18/6 light regiment.
So, we change the light regiment to 12/12, so the plant flowers. What makes it flower, the 12 hours of light OR the 12 hours of night? What happens if it gets 13/12 or 15/12? How about 24/12 or 36/12? Changing a plant from vegetative to flowering (flowering) or from to flowering to vegetative (regeneration) takes 10 days to two weeks, before the plant shows a response to the new light regiment. Maybe we could use a 100/12 cycle?
This could substantially improve efficiency I would think.
Help!