BongRipkenJR.
Active member
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BUT variation is a good thing if you are looking for a mother. Not so good if you want an exact replica
I want to make money but im not super greedy lol. Maybe $100 per cut split 50/50 with a dispensary as a safe place to sell/buy them?
for the general icmag hobby breeder starting with the mother plant cherry pie and working in some OG parentage your going to find results alot faster and with less time and space than a multiple selfing project with large numbers.
It would be a huge step forward to start out with an ounce of seeded cookies. Grow 100+ of those, set aside the best 5+, self the 5+, rank them based on how their progeny performs, then repeat, releasing seed from the one who's progeny scored highest.
Oh you are too kind/generous...that's the spirit homie !! Put some up on Craigslist too and charge double
While there would be nothing wrong with doing this, I don't see how it would be any faster, and it certainly wouldn't be more useful if your goal is to nail the Cookie profile traits in seeds.
I guess it depends on what the goal is. If you wanted to recreate the Cookies, you could do it the way you outline, using what are thought to be (that's a problem right there) the parents of the Cookies. But why? It's already been done. The serendipitous allele combo that has created such a buzz is already extant.
If your goal is to produce seed that produces plants that closely resemble the Cookies cut, the following is about as good a strategy as you could come up with:
It would not take much work, it would be quick (indoors you could get pretty good results in a year), and would produce reliable results for the end user that wanted Cookies.
What would be really cool about doing it that way is that you would end up with something that could actually be useful in creating new awesome lines.
Although the downsides of this kind of breeding, lack of vigor, finickyness etc would be a problem if you were just wanting to produce Cookies, they don't matter so much if you are going to outcross.
If someone did what Tom suggested, and used the results to cross with some proven, reliable parents from different lines, you would certainly find some real winners to work with. The homozygousity of the inbred cookies would allow for repeatable, predictable outcomes in the offspring, and the filial generations to follow would fall into a simple, easy to understand Mendelian distribution (more or less).
Heterosis and transgression would abound, and any extra special results would be but a few generations from true breeding, vigorous, easy to grow lines.
I see so many demonizations of various breeding techniques. There is no inherently wrong breeding technique, only the improper application of the techniques in the context of the goals of the breeder.
If the goal is preservation of diversity, then yeah 1:1 matings and founder effect bottlenecks are inappropriate. Open, panmictic pollinations of large populations are more appropriate.
If you want to maintain high diversity and ability to adapt, but move towards a higher frequency of certain traits, then the "move the curve over" effect of mass selection is appropriate, especially with massively polygenic quantitative traits of high heritability.
When the goal is producing seed that will be reliably very homogenous for certain traits (a bottlenecking), then the vicious slash and burn inbreeding (positive associative mating) that Tom suggested is the ticket.
As I noted before, the homozygous result of this inbreeding can then be subjected to dissortative (or negative assortative) matings that can lead to trangressive elite phenotypes, and heterosis. You can then work on preseving, bottlenecking, hybridising etc. Then repeat. And repeat again etc.