Regular cannabis seeds are created when a male cannabis plants pollens a females. Male pollen is usually released from ripe flower buds and blown by the gust (or carried by a careful hand) until it reaches the receptacles on the females. The females have developed a deep ovulation period which allows them to release their young pollen easily. This process also ensures that when you buy new cannabis seeds, you get fresh male plants instead of female plants.
There are many reasons why some plants’ flowers suddenly turn towards the color of feminized when they’re grown under controlled conditions. Some of these reasons could be attributed to genetic defects, or possibly a sudden flowering response triggered by environmental triggers such as high humidity. But in most cases, the dominant reason behind feminization is the introduction of autoflowering or artificial estrogen during the flowering period. Autoflowering cannabis seeds, whether feminized or not, have an intense effect on the flowering time and result in greater resiliency to cross-pollination compared to regular cannabis seeds.
Cross-pollination can occur easily when marijuana plants are grown together in the same grow space. The distinct structure of the two types of plants enables cross-pollination to occur easily. Autoflowering and cross-pollution have also been blamed for increasing herbicide use and genetic modification of crops. Some strains of cannabis, including the Shorters Collection and St Athlete’s Club, have become highly resistant to herbicides over the years.
Since the Shorters Collection has a history of producing feminized seeds, many people believe that it was responsible for the creation of the Shorters Club strain. However, the seeds do not belong to this particular marijuana variety. Instead, they are thought to belong to the original Club Collection, which contain three different female plants all bearing the same morphs. This is why some believe the Shorters Collection to be the oldest strains of cannabis. In fact, some also believed that the strains were named after the members of the Shorters family who made the cannabis varieties. However, the truth is that all three female plants in the Shorters Collection belong to the same marijuana variety and they are all considered as regular cannabis seeds.
Cross-pollination has increased over time with the use of herbicides. This means herbicide sprayed gardens are more likely to contain hybrid seeds. Some farmers consider cross-pollination to be undesirable because it degrades the quality of their product. However, recent developments have made it possible to increase cross-pollination by using feminized plants. Autoflowering seeds have contributed to this improvement by introducing the process of cross-pollination between autoflowering and regular cannabis seeds. The increase in cross-pollination results in greater crop yields from a wider variety of plants.
Autoflowering or feminized seeds have been tested extensively over the past twenty years and show very promising results with respect to hydroponic production of high-quality cannabis. The results range from the successful production of the strain Ginchigold to the Indica and Blue Ridge mutations. All these strains have shown consistent results when used in hydroponic cultivation. All strains have high yield levels with a history of disease resistance. These results combine to make autoflowering cannabis seeds one of the most popular choices for anyone interested in growing high-quality cannabis.
When cross-pollinating between female cannabis plants, you increase the odds of having a successful crop. In theory, each marijuana plant should have only one generation per year. Because of this, cross-pollination allows the marijuana plant to spread its genes between generations. If you can successfully cross-pollinate your female cannabis with a male marijuana plant, the chances of success are very high. This is why so many people choose to use genetics to make their own marijuana crops.
There are two basic ways to cross-pollinate cannabis seeds, but not all seeds will have equal results. There is the traditional cross over where both parents transfer their genes to their children, and then there is what is called an independent cross, where one parent does not help and produces a single offspring without the other parent’s assistance. Selfing (inducing your own offspring) is an especially effective method to increase the likelihood of having a highly successful harvest. Hybrid strains are created by combining two parents together and then crossing their offspring, which is a highly effective method and can greatly increase the possibility of having a highly fertile harvest.