Un-Seeded Marijuana Seeds
Regular Marijuana Seeds are used to produce the best quality marijuana that only a select few have ever tried. 100% chemical and un-altered, regular marijuana seeds will breed from a single male and single female plant and will produce male or female offspring only. They produce about fifty percent males and fifty percent female offspring and are some of the most pure genetics on the planet. They may not be available in every single state, but they are widely available.
Regular marijuana seeds have not undergone any artificial breeding methods; therefore, the genetics remain the same as that of their parents. While most hybrid seeds have been crossbred to enhance the possibilities of producing stronger, faster growing marijuana strains, regular marijuana seeds retain their true genetics. The females do not tend to produce super feminized seeds while the males do tend to produce super feminized seeds.
Some marijuana growers buy regular marijuana seeds because they can be propagated easily. Other growers buy these same plants from a breeder because they are in limited supply. If a grower is looking for a fast start then they should consider crossing two strains to achieve that effect. In fact, some hybrid plants cross breed so well that even the best traits are apparent! Genetics is one of the reasons that make it difficult for many growers to consistently get their plants to produce the results that they desire.
Many experts believe that the reason that un-sexed marijuana seeds can be so potent is due to early breeding procedures. Before plants were crossed with each other when growing in small groups, pollen and sperm was separated. When plants were crossed in the later stages of their life, those plants that sowed successfully produced more pollen than did the others. The pollen taken from these plants would eventually become the plants that we know of as regular marijuana seeds today. When pollen is collected and stored over time it can take on an almost “identical” appearance to the product we know of as feminized seeds.
What if you could breed a completely new plant with every regular marijuana seed? What if you had the power to choose every plant that would produce feminized weed seeds? Growers that are seeking a totally different crop from what they are growing are now able to grow everything from blueberries to tomatoes and even kudzu! All thanks to the ability to use feminized weed seeds!
Many of us have tried to cross a number of strains with regular marijuana seeds such as the Strain 11, Lemon Weed and Mr. White, but none of them have been successful. It appears that only a few of these plants actually work, but all of them are very expensive to grow and maintain. The most successful of these hybrids is the Original Purple Coneflower which contains a feminizing gene that produces two sets of chromosomes. These two sets of chromosomes produce the exact same characteristics of the Regular Coneflower but have a different color pattern in the blooming stage.
While all of these hybrid marijuana seeds have different appearances, they all have one thing in common and that is they are all made from a cross between the Regular Coneflower and the Lemon Weed. If the genetics of each separate strain can be combined to create a completely new hybrid, then why not do it for all of the regular weed seeds available? Why limit yourself to only a couple of choices when you have the ability to introduce into your garden all of the new varieties that science has created?
Creating un-sexed marijuana seeds is also much easier than you think. The easiest way to do this is to start with a male plant and a female plant. Crosses will be easy to make during cross pollination, so you won’t need to wait for the perfect time of year to get them in. Cross pollination will also make it much easier to determine the gender of each plant. Just check the two plants for telltale signs like blooms or buds. If you find a set of buds that look the same as each other, that is a sure sign that they came from the same mother and should be classified as one species.