GreenThumb2U2
New member
And when I returned half of them were flowering and the other half were not. here's a summary of the story:
Now at about six different genetic strands.
These six different genetic strains were placed in very small flowerpots when they were rooted clones.
Under a light cycle of 18 hours on six off and they started to takeoff growing then it was decided that it was better to move plants outside.
-so a declining light schedule to match summer solstice June 21 was to be the move out day.
-That current schedule was a reduction in light of approximately 30 min. a week, until it matched up with the Summer solstice, now with weeks before synchronization.
-Half of the plants are now flowering and the other half are not.
-This brings me to question are the plans flowering due to root stress from being in a tiny pot?
and/or
-some genetics have a different light cycle,right?
-So I have found some plants that will flower at about 14 hours of light and the other plants need to continue to drop the light cycle, to find out what point the other plans will Flower?
Now at about six different genetic strands.
These six different genetic strains were placed in very small flowerpots when they were rooted clones.
Under a light cycle of 18 hours on six off and they started to takeoff growing then it was decided that it was better to move plants outside.
-so a declining light schedule to match summer solstice June 21 was to be the move out day.
-That current schedule was a reduction in light of approximately 30 min. a week, until it matched up with the Summer solstice, now with weeks before synchronization.
-Half of the plants are now flowering and the other half are not.
-This brings me to question are the plans flowering due to root stress from being in a tiny pot?
and/or
-some genetics have a different light cycle,right?
-So I have found some plants that will flower at about 14 hours of light and the other plants need to continue to drop the light cycle, to find out what point the other plans will Flower?