TGTDE
2022 COE Winner
Having trouble confirming my suspicions so I’m bringing it here for some much appreciated opinions / help.
Are feminized seeds more likely to grow up to be similar in qualities to its mother than regular seeds? (I realize they won’t grow to be the exact same like a clone does.)
Why I’m wondering is: If I went on a large pheno hunt and found a prized (for example) Mango Haze that I fall In love with and want to preserve. (For the purposes of this example let’s pretend this phenotype that’s found only shows up in 1 out of 100 mango haze plants grown from regular mango haze seeds.) If you were to then use two clones of this 1/100 pheno to make feminized seeds would this phenotype be easier to find in the resulting feminized seeds so that if I ever had to stop growing or my mother plants got infected, ruined in a fire, stolen, etc the seeds could be a form of insurance policy? I realize they won’t, or may not be identical to the mother but would maybe 3/10 look and smoke very similar to her? Instead of having to try and refind the originally very rare 1/100 phenotype?
Any input is appreciated
Are feminized seeds more likely to grow up to be similar in qualities to its mother than regular seeds? (I realize they won’t grow to be the exact same like a clone does.)
Why I’m wondering is: If I went on a large pheno hunt and found a prized (for example) Mango Haze that I fall In love with and want to preserve. (For the purposes of this example let’s pretend this phenotype that’s found only shows up in 1 out of 100 mango haze plants grown from regular mango haze seeds.) If you were to then use two clones of this 1/100 pheno to make feminized seeds would this phenotype be easier to find in the resulting feminized seeds so that if I ever had to stop growing or my mother plants got infected, ruined in a fire, stolen, etc the seeds could be a form of insurance policy? I realize they won’t, or may not be identical to the mother but would maybe 3/10 look and smoke very similar to her? Instead of having to try and refind the originally very rare 1/100 phenotype?
Any input is appreciated