Month: February 2023

Regular seeds are a firm favourite for old-school growers and beginners alike. They offer unadulterated, pure genetics produced through breeding both male & female parents.

Regular seeds have a natural proportion of male and female plants, producing approximately 50/50 offspring. They are therefore the perfect choice for growing, breeding and hybridisation experiments.

Cheaper

Many growers prefer to use regular seed rather than feminized, because they’re cheaper. Feminized seeds, on the other hand, are typically expensive because they’re genetically modified to only produce female marijuana plants.

They’re also more difficult to breed, and they don’t produce the resinous flowers that male plants produce, which is why many growers like to keep some males around to breed new strains.

However, if you’re looking to become a better cultivator and want to experiment with breeding your own strains, then regular seeds are a great way to go. They’re affordable and allow you to practise your growing skills, which will eventually lead to better results. In the end, you’ll be able to explore different genotypes and phenotypes and see what works best for your crop.

More Stable Genetics

In the world of plant breeding, stable genetics are considered the holy grail. To achieve this, a breeder must cross parents that share similar genetic information over a period of many generations.

A typical genetic breeding technique is called backcrossing. This involves crossing a male and a female together, producing F1 seeds which are then crossed with another parent (or recurrent parent) to produce an F2 generation of seed that is more stable than an F1.

Stable genetics are also the foundation for a variety being able to reproduce itself and its offspring reliably. Creating stable strains requires a significant investment in time, capital, and patience.

Less Risk of Hermaphroditism

If you buy regular seeds, there is a more or less a 50/50 chance that you will end up with males or females. This randomness can make your plants more prone to hermaphroditism.

Hermaphroditism is one of the most common symptoms that cannabis plants show when they are under stress. It is the result of a combination of genetic and environmental factors, including a small interruption in the normal 12-hour light cycle and high or low temperatures.

To reduce the risk of hermaphroditism, maintain good environmental conditions in your grow space, perfect hygiene and check your plants regularly for insects and mites. Also, water your plants frequently with a balanced nutrient solution and at the end of flowering, carefully check your trichomes to avoid missing the harvest deadline.

Better Yields

Despite the fact that only half of regular seeds end up being female, it’s generally easier to get high yields from them than feminized ones. This is because female plants will have a higher chance of producing healthy buds when they’re exposed to the right amount of sunlight and water, as well as nutrients and nutrient solutions.

In addition to this, regular seeds are a good source of genetic material for breeders who want to create a new strain. They can also be used as a source of mother plants for taking cuttings/clones, which are another way to reproduce strains.

Ultimately, the choice between regular and feminized seeds is up to each grower. It’s important to understand what you’re looking for and to consider all your options carefully.

More Diversity

Unlike monocultures, regular seed contains more diversity, making it better suited to building resilience in food systems. More species also mean more varieties of foods and more opportunities for cross-pollination, so that more plants have the chance to survive and thrive.

While these benefits can be valuable, the broader issue is that more emphasis on soil-based factors can come at the expense of other important aspects that also matter for seed’s ability to flourish. For example, organizations that prioritize soil-related factors over other dimensions and competencies that matter for seed’s success can miss out on opportunities to better support the needs of people of color and women, whose presence and contributions are critical in shaping a diverse and resilient global workforce.

Therefore, it is essential that organizations pay attention to the needs of the “seed” and remove barriers to success that might be blocking them from reaching their full potential. This can be done by redoubling efforts to till and tend their fields, focusing on systemic biases and improving systems, processes and organizational practices that help create a more inclusive and equal workplace.

There are different types of marijuana seeds available for growers, including regular and feminized. Each seed type has its own pros and cons that depend on your goals.

The most common reason for choosing regular seed is to breed new strains. However, there are many other uses for them as well.

They are cheaper than feminized seeds

Many growers value the vigor, purity and stability offered by regular seed. The fact that they are the original seed and produce offspring with similar properties makes them popular among genetic purists.

Feminized seeds are a good choice for beginners, as they make the cultivation process easier by eliminating the need to sex out male plants. They also allow you to practice growing cannabis, which can help you hone your skills in the long term.

Autoflowering seeds are another option for newbies, though they tend to be more difficult to grow than feminized seeds. They can become hermaphrodites, which can lead to higher stress levels and lower yields.

In addition, they can be more expensive than feminized seeds. However, they can be worth the extra cost as a result of their vigour and ability to produce smokable buds. They can also be a good investment for growers who are interested in breeding new strains or maintaining genetic diversity.

They are a good choice for in-breeding

If you want to in-breed a strain, regular seeds are an ideal choice. These seeds are much cheaper than feminized seeds, and they allow you to get a natural proportion of male and female plants.

In-breeding is a great way to improve the genetics of your cultivar and increase its yield. It also allows you to create new and unique phenotypes.

Another advantage of using regular seed is that it is a more environmentally friendly option than feminized seeds. This is because it is much less likely for a plant to hermaphrodite than with feminized seeds.

Regular seed is also a good choice for breeding as it is the males that produce the pollen needed to pollinate the female plants. This can be done with fresh pollen or cold-stored for later use.

A good rule of thumb for in-breeding is to keep the ratio of male to female plants to around 50%. This will enable you to have a healthy and consistent crop.

They are a good choice for breeding new strains

If you want to create new strains, regular seeds are the way to go. This is because they offer more stable plant genetics than feminized seeds.

They also give you the chance to create a diverse range of genetics, which could produce different phenotypes and effects. This is especially helpful for cultivators who like to mix their own strains.

You can even take older heirloom strains and breed them together to create your own custom genetics. This can be a great way to get your hands on strains that have never been available before.

Dutch Passion, Sensi Seeds, and Mr Nice are a few of the seed banks that have helped preserve some classic weed strains. They have a wide variety of regular seeds, so you can try out some old-school favorites.

They are a good choice for beginners

Regular seed is an excellent choice for beginner growers because they are a lot easier to work with. They do not require any special sexing and you can keep mother plants for taking cuttings/clones.

Another benefit of using regular seeds is that they produce plants that are more stable than feminized ones because they have not been genetically modified. This means that you can pass their genetics on to future generations without worrying about them becoming less stable.

The other advantage is that these seeds are also a lot cheaper than feminized ones. While this may not be a huge deal for some, it is still a big advantage for beginner growers because they can get started with cannabis cultivation and learn how to grow marijuana plants without the cost of breeding.

Another benefit of regular seeds is that they produce plants with a larger variety of phenotypes. This means that you can create strains with specific traits, such as high, taste or effects, that you find attractive and interesting.

Seed is a plant spore that produces a new plant when it germinates under proper environmental conditions. Each seed consists of an embryo (the fertilized ovule), endosperm, and a seed coat or coats.

Seeds are found in a variety of shapes and sizes. Some have fleshy appendages that entice animal dispersers to eat them; some have hooks, barbs, or sticky hairs that attach to fur or feathers; and some have wings for wind dispersal.

What is a seed?

A seed is the reproductive structure of a plant that disperses and can survive for some time. It contains an embryo, a food reserve and some kind of protective outer covering called the seed coat.

The seed coat protects the embryo and encapsulates the endosperm, which serves as the initial food source for the embryo. It also protects the seed from disease and insects, which might cause it to germinate before it is ready.

In most seeds, germination depends on specific conditions that must be met for the seed to germinate. These conditions include temperature, moisture and sunlight.

There are many different kinds of seeds, with various functions. Some are edible, like sesame seeds and peanuts; others are commercially valued for their oils (such as canola).

Germination

When all of the proper conditions are in place, a seed will start to germinate. This process can be very quick for some seeds (such as cabbage, kale, and cauliflower) or very slow for others (such as pepper, eggplant, and fennel).

During germination, seeds go through different stages, from dormancy to emergence. During dormancy, the seed is covered with a protective layer called the seed coat.

After a period of dormancy, the seed will take up water and begin to swell. It may even break open!

Then, the cells in the embryo will start dividing rapidly and a root called the radicle will emerge. The root will then grow down into the soil, looking for water and minerals.

Once the roots are strong, they will send up leaves that will use sunlight to make food and help the plant stay healthy. These leaves will eventually grow to be a full-size plant. When a plant reaches this stage, it is considered to have “established.”

Perennation

The term perennation is used to describe the ability of some organisms, such as plants, to survive periods of unfavourable conditions. During these times, organisms develop perennating organs that store enough nutrients to sustain them and produce one or more new plants the following year.

These organs are different in form but commonly include tubers, rhizomes and corms. They are modified plant structures that can distend to store carbohydrates, nutrients and water for future use in the next growing season.

They are usually located below ground and may have adaptations such as insulating characteristics from plant litter or snow cover that provide additional protection against winter frost damage. These changes in structure can increase the storage capacity of these organs to allow them to persist for long periods under harsh winter weather conditions.

Seeds are small, often negligible and eminently suited to perform a number of functions that are not always obvious. These include multiplication, survival during seasons of stress (perennation), dormancy and dispersal.

Dormancy

Seed dormancy is a state in which seeds are prevented from germinating even under conditions that are favourable for germination. These conditions include temperature, water, light, gas, seed coats and hormone structures such as auxin and ABA.

Dormancy occurs in many species in response to environmental cues that are divergent from those that trigger germination. Such environmental cues may be seasonally characteristic or integrated by the seed over time and are triggered by a combination of different physiological mechanisms.

In response to these divergent environmental signals, plants have evolved multiple behavioural and genetic strategies for maintaining control of their progeny seeds. These include maternal-derived hard outer tissues such as the seed coat and pericarp (the fruit tissue surrounding the embryo) that act to suppress progeny dormancy, as well as mechanisms for gene imprinting and silencing.

These mechanisms elicit a gradual increase in the proportion of nondormant seeds over time, and after-ripening removes dormancy. The mechanism by which afterripening terminates dormancy is not entirely understood, but a signal specific to afterripened seeds activates ABA catabolism. This enables GA synthesis to begin and the events that elicit germination to subsequently take place.