When it comes to seed selection, regular is a great choice, and can save you from the cost and hassle of purchasing a feminized version. Regular seeds are known to have a longer photoperiod and can produce better yields than feminized varieties. However, there are a few things to consider when buying a regular seed.
Feminized vs regular
There are a lot of things to consider when choosing between a regular seed and a feminized seed. Generally speaking, a feminized seed is best for beginner growers, and a regular seed is better for experienced growers. Both have their pros and cons, but it’s hard to deny that a feminized seed is a good idea.
A feminized seed is a type of genetically modified cannabis seed. These seeds contain 99% female chromosomes. They can also have slightly higher THC content. However, this is not a guarantee.
Feminized seeds are also known to be safer than their non-feminized counterparts. Some of these seeds have been created by artificial stress. This stress causes the plant to produce male pollen sacs. The female chromosomes are then used to make the feminized seed.
Regular seeds are created through crossing of males with females. This is a more complicated process, requiring more germination to account for the males. It also has a chance of producing hermaphrodites.
In comparison to feminized seeds, regular seeds are cheaper and easier to grow. Unlike feminized seeds, the quality of the seeds may not be as high. While the quality of the seed will always depend on the quality of the mother plant, it’s possible to find a good clone from a reputable seed bank.
Autoflowering vs photoperiod
When choosing between regular seed autoflowering vs photoperiod cannabis, it’s important to know what your goals are. For beginners, autoflowers are the way to go. However, more experienced growers will be better off with photoperiod seeds.
Photoperiod plants are much larger than autoflowers and produce a bigger yield. The longer vegetation phase will also help you get a better harvest. They are easy to grow and manage.
However, photoperiod seeds will require serious attention to lighting regimes. If you’re not experienced in this area, you may have trouble with your grow. In addition, the plants require separate rooms for vegetative and flowering phases.
Photoperiod strains take a longer time to flower. Depending on the environment, they can take up to seven months to finish the cycle. During the vegetation phase, the plants can take up to eight weeks.
In contrast, autoflowers are shorter in the vegetation stage and can take up to two months. Although these plants don’t require as much light and environmental control, they still have a limited number of days to flower. This means that they will be stressed and produce less bud if you’re not careful.
Autoflowers are easier to grow and maintain than photoperiod seeds. It’s possible to clone your plant for an additional week before it starts flowering.
Cross-breeding
Cross-breeding regular seed varieties is becoming a popular method of producing new strains. There are risks, however, so it’s a good idea to do your homework before embarking on this venture.
The process involves two parent plants and can take several generations to perfect. When done correctly, the result is a stable, genetically stable seed variety. It can be a boon for growers, as they can produce a greater yield.
In order to achieve this, breeders use back-crossing. This technique involves crossing two parent plants with close relatives. Getting offspring that have traits from both parents is the most effective way to accomplish this.
To produce a hybrid, a male plant is crossed with a female. During this process, the pollen from the male plant is collected and used to fertilize the female. Once this is accomplished, the seeds from the pollinated female can be harvested. Depending on the plant being bred, the characteristics of the offspring can range from a smaller, less potent plant to a bigger, more potent one.
A backcross is a process in which a seed is crossed with the same seed but with a different chromosome. This process is often used to fix a trait. However, it can also change a plant’s growth, and may not be desirable for certain strains.
