Posted on

f1 hybrid cannabis seeds

Poly-hybrids derive from mixing completely different hybrids with each other. For example, Master Kush and Durban Poison produce offspring called F1(A); AK-47 and White Widow produce an offspring called F1(B). When F1(A) and F1(B) have a lovechild, it will be coined as a poly-hybrid.

Contents:

F1 stands for a “first generation hybrid”. When two strains with completely different genotypes breed, for example, a Master Kush with Durban Poison, their offspring will be an F1 hybrid. When this hybrid is bred together with another F1 hybrid from the same batch (a sister or a brother), it creates an F2 hybrid. When this process is repeated, it creates an F3, then F4, and so on. After F5, the plants can be considered as IBL.

BACKCROSSES

Landrace varieties originate from regions where cannabis plants have been growing for a very long time in the wild—centuries, or even millennia. This naturally creates stable, robust genetics that produce a homogeneous offspring. This means that the landrace strains from a particular area will develop very similar growth patterns, appearance, and chemical composition. Hindu Kush or China Yunnan are examples of pure landrace strains.

IBL stands for “inbred line”, meaning that after several generations of hybridising a specific lineage, the strains become almost like a different family of strains. Skunks were hybridised and selected for their very pungent and potent nature, and after many generations, they developed into the Cheese family, which can be called an IBL.

Breeding cannabis is a complicated art that can be performed in plenty of ways. Here, we describe the common terms surrounding various cannabis genetics and how they came to be. We decided to keep it short and concise, as all the scientific minutiae can be very complex.

Our beloved marijuana strains are produced using several different breeding methods. Check out the terminology used to describe the unique genetics of different cannabis varieties.

STEP 7:

Allow the male pollen to reach the pistils of the female plants. This process only takes a moment to happen, which will be indicated by the white hair turning marron brown almost instantly. Successfully pollinating can be done by hand or in an open room. From this point on, the hard work is done and now the plants will spend all their energy, producing strong, viable seeds.

By Stoney Tark

What Should I look For?

Once you have established the end result on paper and what traits you are bringing forward, then the way to sift through your regular seeds should be to look for those traits in the plants you will select from. Some breeders may only be able to work with a small space and growing over 20+ seeds at a time to find one keeper is not practical or logistical.

Harvesting the seeds should be done with a professional approach with correct labelling. If you are producing a small batch of seeds for testing reasons, or aiming for thousands of seeds then make sure you have labelled the final storage bag with what male was used with what female. When reproducing first generation lineage, you must have an identical copy of the original stock that was used, otherwise compatibility and variation may differ.

By growing the plants under a vegetative cycle of 18/6, you will now wait until the point of the plants revealing their sex. This is usually after the 5th week of the growing stage, as male plants can often show male preflowers before female plants. Take clones of the numbered plants and number the clones the same. This way you can keep on producing more seeds without losing the original male and female.

If you already have decided which female is the best plant in your grow room, then the stage of smoking all the potential females and testing each for quality, quantity, flavour, appearance, aroma, taste, effect, bag appeal,terpene profiles and cannabinoid profiles is not required. Otherwise this is the part where you can discover what is special and worth keeping, and which phenotypes do not express the characteristics you are looking for.

By knowing this, researchers can attempt to produce ever-changing offspring that display these characteristics stronger than the parents. F1 hybrid breeding is being used to produce plants that can better treat Alzheimer’s disease, mental disorders, lung cancer, breast cancer, HIV, brain cancer, ALS, skin disease and many more problems that medical marijuana is attempting to cure or alleviate. Many

This requires a new process which can be done by simply crossing plants with a different population while avoiding self-fertilization. While it may be the simplest way, it usually involves removing all male plants from the population, which can still be time-consuming, but there are also other methods of achieving this. While it may be time-consuming, it is still one of the most commonly used methods in agriculture and plant breeding today. To give you an idea,

What is a F1 Hybrid? Cannabis Genetics Explained

What is a F1 Hybrid? Cannabis Genetics Explained

Once more careful observations were made by Mendel and genetic traits recorded in the pea plants, the Austrian friar was able to use this newfound knowledge to produce pea plants that gave more peas and better quality peas. This concept of Mendelian inheritance is still what fuels modern-day genetic breeding, including F1 hybrid breeding.

While it may be the simplest way, it usually involves removing all male plants from the population, which can still be time-consuming, but there are also other methods of achieving this. While it may be time-consuming, it is still one of the most commonly used methods in agriculture and plant breeding today. To give you an idea, ninety-nine percent of all corn plants, 80% of sunflowers, 95% of sugar beets and 60% of onions that are produced in the United States each year are strictly F1 hybrids.

This helps to produce a homozygous plant from a heterozygous starting plant. This process creates doubled haploid cells from haploid cells which eliminate the need for genetic recombination.

than simply letting two Marijuana Strains cross-pollinate, the basis for most plant breeding. To ensure that you do not get offspring that shows the traits of one dominant parent, scientists carefully control the pollination of Marijuana Strains.