So I’m new to OG but @DougDawson suggested I create a grow thread so I could meet my fellow Canadians and I was like heck, why not.
So I took a 10 year break from growing and I restarted recently and I’m just trying to grow out a bunch of genetics and see what I can get, ideally for a breeding project. I’m trying my best to stay on the ball and on top of my plants but I won’t lie, sometimes I’m struggling.
So, first off I’ll post some pictures of my babies in the solo cups, all 57 of them.
Very cool, amazing to see a new user to the site jump right in. Gonna sit down here on the grass and watch. You are going to fit in real well around here.
Solid soil amendments! Lovin’ it, I got me some power bloom, alfalfa, blood meal, bone meal, greensand for trace minerals. I find the solid materials are really easy to use.
And if you’re breeding, will you just pick your best ones and pollenate? Or will you be taking clones? (Clones of everything, or just the couple that stand out to you?)
PH Pen would be good. Other than that… looks like you’re doing great!
Thank you! I just transplanted some so another week or 2 was my plan. What do you guys think?
I plan to see what the best ones are and then reveg them. I know revegging is risky but I wanted a fast turnaround. Might take some “just in case” clones of the very best ones but I have a plant limit I need to abide by, legally. So I’m trying to maneuver carefully within that legal limit.
Just learning about PHENOS in the past few days .
Pheno being a particular/rare characteristic trait ? edited
And when you find a particular pheno. You can keep that plant and clone from it, expecting the same traits ?
I’m just curious. At what point does a cutting become a plant ?
If a person was to prune a plant and keep cuttings in a cup of wAter, are they considered to be part of your plant limit???
Phenotypes are combinations of traits, like how people in mixed race relationships can have children that look very different. When you cross strain A with strain B you will have a wide range of results if they’re not similar.