The reason males are thrown away is because allowing them to fully bloom would significantly decrease the potency of the females plants.
I assume you mean the level of THC and/or CBD? Could you be more precise, what you mean with "potency"?
The THC precentage is maybe falling, but are you sure that CDB is decreasing?
And you say it's decreasing in the flower, but the flower is only one part of the plant.
Does the the female plants total amount of CBD decrease after it has been pollinated?
As my example above showed, male plants could have, what it's seems to... more CBD then females.
If I buy ten seeds and it become five female and five male plants - how is the mathematic... if we want to have the most benefit outcome for making medical cannabis oil, with more CDB procentage (and maybe with THC in ratio around 1:1) than for example the Rick Simpsons oil.
Should i throw five plants away, with all that weight and mass, when tehy COULD have almost (or higher) procentage of CDB than females. Why don't throw away the females instead?
I want to know, have a source for that... if the female plant loses it's CDB when it's pollinated. Is there a question about that THC degrading to CDB...??? I have no idea.
I read:
"Does the pollination of the female hemp flower lower the percentage and/or amount of CBD in that flower? Am I correct in assuming that a part of what could have been flower material with high CBD content is transformed into seeds with very low CBD content? And so in pollinated flowers the total amount of CBD is lower as opposed to unpollinated?"
One person answer:
"Yes, it will lower the yield per acre because unseeded hemp produces large amounts of new flowers (aka sinsemilla) thereby increasing the harvest yield and total CBD. Although, the amount resin per gram flowers may remain the same; it's not so clear and lacks solid data."
I'm confused.
Here is the link:
Dutch pilot experiment: LEGALLY growing organic female hemp flowers high in CBD
https://www.icmag.com/ic/showthread.php?t=281632