Best Regular Seeds Blog

Regular seeds produce male and female plants, and offer growers and breeders the opportunity to cook up unique crossbreeds. They also provide excellent cloning materials.

Feminized seeds give you a higher percentage of female plants, so you can rest easy knowing your crop won’t end up with a whole bunch of useless males that will eat all your water and nutrients.

Stable Genetics

Regular seeds work just like they should, germinating as either female or male plants and producing clones that are of high quality. They allow growers to experiment and create the strains of their dreams using a process called breeding, by crossing specimens that produce particular terpenes or highs, for example.

It is important to note that a plant’s genetic stability is character dependent, meaning it is not the case that all characters have a similar response to developmental noise. The consistent differences observed between different characters suggests that the degree of stability is related to a character’s functional importance within the plant.

Breeding is a lengthy process that requires countless generations to produce desirable traits, known as phenotypes. These phenotypes are what we recognise as the characteristics of a strain, such as growth, flowering, colour or psychoactive effects. This means that without regular seeds, cultivators would have a much more difficult time producing their dream cannabis strains.

Easy to Breed

It takes a little more work to breed regular seeds, but it’s well worth the effort for many growers. With feminized seeds, you have an equal chance of producing male plants or females, but with regular seeds it’s far more likely that you’ll end up with the desired ratio if you follow good breeding practices.

Growing a predominately female crop is easier to manage and will help you avoid the potential problems that male plants can cause, such as pollination. It also makes it easier to weed out male plants if necessary.

In addition, cloning is much more successful with regular seed. This allows you to duplicate a specific specimen with exact genetics, which can be especially helpful if you are trying to find the perfect phenotype for your purposes. This can be anything from a unique flavour profile to exceptional potency or colours. Regular seeds don’t suffer from the same kind of genital modification that feminized seeds do, so they are the better choice for breeding.

Less Expensive

Regular marijuana seeds are a great option for experienced growers looking to cultivate a variety of cannabis strains. They aren’t genetically modified, feminized, or crossed with a Ruderalis strain to enable them to flower automatically. They are also used for cloning, which allows growers to make an exact genetic copy of a specimen they like the terpene profile or colour of.

However, despite their advantages over other varieties, they do come with a price. As with all seed types, half of them will germinate as male plants, which means growers will need to weed them out.

In comparison, a pack of feminized seeds run the risk of producing male plants only about a third of the time. This makes them a better option for small-scale indoor operations or those who are legally capped on the number of plants they can grow.

More Resistant

The seeds of regular cannabis plants produce male and female weed. In most cases, a grower can expect to get about 50% female and 50% male marijuana plants. Male marijuana plants, which aren’t smokable, grow pollen sacs that will fertilize female marijuana plants during flowering. Having to cull 40% of your plants isn’t a good use of growing space or nutrients.

The genetics of regular seed mean that the plants grown from it are more resistant to diseases than feminized and other varieties. This makes them a good option if you’re planning to plant outdoors or in conditions that may be exposed to extreme temperatures, pests, or stress.

The level of resistance is defined as either resistance (restricts or slows the development of the disease compared to susceptible varieties under similar environmental conditions and pest pressure) or tolerance (shows some symptoms but no significant losses in yield). Resistance varieties have a higher yield and potency than those that aren’t resistant.

Seeds offer a powerhouse of nutrients. They are rich in protein, vitamins, minerals and dietary fiber.

On windy days, you might see dandelion seeds spinning around like helicopters. That is because seed dispersal is important to help plants reproduce. Seeds need to be scattered in places where they can get adequate sunlight, water and space for growth.

What is a seed?

Seeds are reproductive structures that disperse and can survive for long periods of time. They have three main parts: an embryo, endosperm and a seed coat.

The embryo is the result of a fertilization of an egg cell by two sperm cells. The endosperm is the nutritive tissue that is stored within the cotyledons of the embryo. The seed coat is made of maternal tissues and it protects the embryo.

In flowering plants, the ovaries of some flowers produce hard or fleshy fruits that enclose seeds. Other structures that enclose seeds include the fruit-like drupes of some shrubs and berries of some trees. Nuts are also a type of seed. Some gymnosperms do not form ovaries and therefore their seeds are exposed. These are often called “naked-seeded” plants.

Some seeds, such as those of the coco de mer palm tree, float in the ocean and help them disperse. Other seeds are attached to animal fur or feathers for dispersal by animals.

What is a seed’s function?

Seeds provide food to an embryo and a means for dispersal to a new location. They may be eaten by birds or rodents; carried away by water, wind or other currents; swept from a parent plant by mammals; or dispersed by their own mechanisms such as hooks and barbs that cling to fur or feathers or sticky hairs that stick to surfaces.

Many seeds have a hard seed coat that must be broken before they can imbibe (soak in) water. This is accomplished by scarification, which includes mechanical methods such as soaking in hot water or poking holes in the seed with a pin; and chemical methods such as treating seeds with chemicals that break down the coating.

A mature seed has a network of void spaces that allow for gas exchange between the outside air and its internal endosperm or embryo. This network is fine-tuned at the genetic and metabolic levels. Seeds come in a wide variety of shapes, from bean-shaped (reniform) to kidney-shaped — either square or oblong, all sides equal or longer than wider — and egg-shaped (ovate or obovate, broader below the middle). The embryo has one or two cotyledons or seed leaves (depending on whether it is a monocot or dicot) and a prospective shoot called the plumule.

What is a seed’s purpose?

Seeds serve to keep a species in existence until it is able to reproduce and form a new plant. Different mechanisms in seeds keep the embryo inside the seed alive until conditions are right for it to grow into an individual plant and replace the parent plant.

An outer covering called a seed coat protects the embryo inside. It also stores food, which is supplied by a substance called endosperm. This supply of food supports the embryo until it can sprout and start to make its own food.

Seeds come in a wide variety of shapes and sizes. They can be discoid (flat and elongated), ellipsoid, globose or subglobose (inflated but not fully round), lenticular or ovoid (inflated but not rounded), and reniform. They may be striped with parallel or longitudinal lines or ridges, oily like coconuts or yews, and have other appendages such as wings, a raphe, or caruncles (soft spongy outgrowths of the funiculus, as in corydalis). The surface of the seed coat may be smooth or roughened, wavy or retticular.

What is a seed’s role in nature?

Seeds are an important development in plant evolution. They allowed flowering plants (angiosperms) to spread and dominate biological niches on land, unlike mosses, ferns, and liverworts that reproduce using other means.

All fully developed seeds contain an embryo with stored food and a protective seed coat. When the embryo is alive and environmental conditions are right, the seed will “wake up” and grow into a full-sized plant (radicle, plumule, and leaves). This process is called germination.

Cecilia Zumajo, a graduate student in the New York Botanical Garden’s Pfizer Plant Research Laboratory, is studying how genes regulate seed development. In particular, she is interested in how seeds develop their pericarps, or seed coatings. Her work suggests that some of these structures evolved in response to environmental stresses, such as cold and drought. Other structures are adaptations for specific modes of dispersal. For example, hairs on some seeds help them travel by wind. Others have barbs or hooks that latch on to animal fur and feathers, or are carried away by water.

Before Dutch Passion brought the world feminized seeds, regular seeds were the only option. These are the natural offspring of pollinated cannabis plants.

They grow into both male and female plants in a 50% ratio. Male plants can be discarded or used to breed. They are genetically more stable and do not turn hermaphrodite under stress as feminized seeds can.

They are cheaper

Regular seeds are cheaper than feminized seeds, and they allow growers to create their own unique strains. They can also be crossed to create new hybrids with specific characteristics. This is a popular option for cultivators who want to produce a high-quality product.

Feminized seeds have a greater chance of producing female plants, but this can be problematic for growers. This is because male plants will pollinate the females and cause them to produce seeds. This can affect the yield and overall quality of the cannabis produced.

Regular seeds, on the other hand, have a 50/50 chance of producing male and female plants. This can be a huge advantage for commercial growers who require a specific ratio of female to male plants. The male plants can also be used to fertilize the females and improve their yields.

They are easier to grow

Regular seeds are more stable than feminized varieties, which makes them easier to breed and create new strains. They also have a higher germination rate, making them an excellent choice for growers who want to cultivate multiple harvests. They are also useful for preserving old-school strains that have never been made into feminized form.

Regular cannabis seeds produce a mixture of male and female plants, which is ideal for commercial growers who want a certain ratio of each plant type. Feminized seeds, on the other hand, only produce female plants, and will not produce any male or hermaphrodite plants.

Compared to feminized seeds, regular seeds are less expensive and easier to manage. They also produce a larger yield and better quality buds. Additionally, they produce more vigorous plants that are more resistant to stress.

They are more resistant

Regular cannabis seeds produce plants that are more resistant to diseases and insects than feminized seeds. These plants also yield a heavier crop. This makes them a better option for veteran cultivators. One example of a high-quality regular seed is Bruce Banner, which has THC levels up to 29% and produces heavy crops. Another strain that is ideal for veteran growers is Tropic Thunder, a tropical indica with fruity tones and a harvest of up to 21 ounces.

Like other photoperiod marijuana strains, feminized and regular seeds will produce both male and female plants. To get the highest yield possible, you must remove all male plants before they pollinate. Otherwise, you will end up with a low-yielding crop. Alternatively, you can use your male plants to create new strains by cross-breeding them with your desired specimens.

They are more stable

Regular seeds are a popular choice for growers who want to breed and create new strains. Since they don’t undergo any special treatment, they are more stable than feminized seeds and can produce both male and female plants. This means that you will get a high yield for your first harvest and plenty of seeds to grow the next crop.

Feminized seeds are a great option for commercial growers who want to harvest buds at a specific time of year. They also make cultivation easier, as you won’t have to worry about male plants. However, they can be less predictable and may produce male plants on occasion. This can be a problem for some growers, who choose to plant a few regular seeds with their feminized ones or purchase single-sex seeds to prevent the production of male plants.

They are easier to breed

Regular seeds allow growers to breed cannabis plants that meet their specific growing needs. They can be crossed with other strains to create new hybrids that offer unique terpene profiles and potency. The resulting plants are usually more durable and can endure stress and harsh conditions. They also tend to have a more stable genetics, making them easier to work with.

Feminized seeds are ideal for commercial growers who want a certain ratio of female to male plants. However, they can still produce hermaphrodites that may contaminate the crop. This is why some growers choose to plant a few regular seeds with their feminized seeds to prevent the accidental production of hermaphrodites.

Additionally, experimenting with regular seeds is an excellent way to learn the differences between the sexes of a plant and how to create unique crossbreeds. This will help you become a more confident breeder in the future.