jah ti očitno nimaš pojma.... hermije namerno delajo s to koloidno pi... da dobijo sploh hermija sj na optimalnih pogojih ne rata hermi... če se hermi sam oplodi je večji procent hermija v semenih če pa osemeni drugo žensko je manjši procent hermija vendar v obeh primerih naj bi bila samo ženska (feminizirana) semena
We start by manipulating the environment in order to find the plants that can handle the greatest degree of stress without any significant adverse effects. The more they can handle the better. This screening process is crucial for creating stable female seeds. Using two plants, one normal and one hermaphroditic female will give us the best result because we get recombination of genes from both the female parents, while self-pollination is basically inbreeding. Self-pollination is sometimes used to isolate traits in rare female clones that would otherwise be lost but it might also give rise to genetic depression, mutations and all sorts of physical disorders. In both cases the offspring will carry only female genes but the seeds from the selfed female would be genetically less diverse and might result in fewer healthy individuals. Naturally the normal female used in our cross would also have to be stress-tested and proven stable for good results. Once we have found a strong female candidate, we can start making feminised seeds. We need a catalyst to start the process and silver water is usually administered to the female plants at this point. The stress from the tiny but toxic silver particles is just too much for the female to handle, so she responds by reverting to the dual-sex state and starts producing male flowers.
http://www.seedsman.com/en/feminised-ca ... seeds-info