Ok, the past version of me would hate seeds in any run. But the new version of me is wanting to experiment and play with genetics a bit. So… I’ve been reading what I can, googling even more, and I think I have some basics down. I do want to make my own seeds now, and keep certain traits…
So… For starters. I have 5 seeds left of feminized Black Cream autos. Planted two, and one is showing just how purple she can become. I’m super excited about the color right now, but I have seen they were out of stock at seedsman (where I got these), and I want more! So, I definitely want to breed these genetics into my experiment
Next up, I have 4 seeds and a sprout of feminized Grandaddy Purple photos. Definitely want to bring this into the mix.
I guess the plan would be to get my little GDP sprout to mom size and make some clones.
Plant at least 2 more of the Black Creams, use colloidial silver to turn part of one male, and get them a private tent. Would that produce S1 seeds on the part male and F1 seeds on the female? I’d LOVE to make more seeds of this plant. And I wouldn’t mind keeping the auto gene for some seeds.
For the GDP clones, I know if use CS on one and turn part of it male, the resulting seeds would be S1, correct? And should be the same as the mom, right? If I pollinated a GDP clone with the pollen from the Black Cream, I believe I’ll get a mix of photos and autos based on the punnet square, but how do I know whats a dominant or recessive gene at this point? I’d LOVE to bring some of this purple to the GDPs, or bring the taste of the GDPs to the Black Creams, and I definitely want to make auto seeds with some.
In a nutshell…
Fem Black Cream auto (from seed) x Fem Black Cream auto (from seed) (treated with CS) will make F1? and not S1? and they should be identical to my initial seeds?
Fem Black Cream Auto pollen (from above) x Fem GDP (photo) clone will make something new, mix of photos and autos, correct?
Fem GDP Clone x Fem GDP Clone (treated with CS) will produce S1, identical to mom?
Sorry if the questions are rudimentary, trying to wrap my head around genetics isn’t easy!