Best Regular Seeds Blog

Seeds are the most important food source for most animals and plants. They contain concentrated energy in the form of starches and fats.

Seeds are used to grow many kinds of flowers, vegetables, trees, and grasses. They are also important in plant breeding. Seeds are potent survivors and successful travelers, which is why weeds continue to pose such difficulties for gardeners and farmers.

Definition

Seed is the mature fertilized ovule of a plant that, given suitable growth conditions, will grow into a new plant. Seeds are a special feature of gymnosperm (conifer) and angiosperm plants, as opposed to more primitive ferns, mosses, and liverworts, which do not produce seeds. Most seeds are encapsulated in a protective outer covering, the seed coat. They also contain food reserves in the form of endosperm and cotyledons.

Seeds allow a plant to spread and colonize new areas of the world, as they can be dispersed by wind, water, or animals. Without seeds, many species of plants could not survive as they do now.

The seed concept is also used figuratively, as in the phrase “to show one’s seed.” This term refers to progeny and descendants, including children and grandchildren. It is also used in the Bible to refer to an entire nation, conceived as a family unit. The Bible also references the practice of measuring land by its seed capacity.

Function

Seeds are at the core of plant reproduction, enabling plants to disperse themselves in new environments. They are also a means of storing food and surviving harsh conditions.

Scientists study the different mechanisms that keep seeds dormant and then trigger germination in order to understand the ‘big picture’ of seed function. This includes the underlying genetic control of complex phenomena such as seed size, shape and embryo development and the synchronization of these events with the development of fruit.

The innate capacity of seeds to survive in a wide range of conditions is due to the complex interplay of different mechanisms. One of these involves the ability of a seed to repair DNA damage. Studies of the faba bean mutant E2748 have shown that an increase in the activity of a plant DNA ligase reduces the amount of DNA damage in seeds, prolonging their lifespan and potentially increasing the probability that they will germinate and produce seedlings.

Origin

The seed is a remarkable structure that distinguishes spermaphytes (including gymnosperms and angiosperms) from bryophytes, lycophytes, and ferns. It comprises an embryo together with a supply of nutrients for the embryo and a protective coat known as the seed coat. The seed is a key evolutionary innovation that enables vascular plants to reproduce without environmental water.

Twenty years ago two scientists chatting in the corridor of a university building debated whether or not they should commit to the new discipline of evolutionary developmental biology (“evo-devo”). They decided that if they did, they would focus on traits that represent key innovations in the plant kingdom and chose seeds as one such trait.

Seeds come in many shapes and sizes, but they are all adapted to dispersal mechanisms. The largest seed, that of the coco de mer tree, is about a foot long and weighs 40 pounds; it floats, making it easy to spread its seeds far and wide.

Beauty

Seed plants now dominate biological niches worldwide, and their ingenious ways of propagation, distribution, and dispersal offer a new source of beauty. From their bright colors to their fascinating shapes and intriguing textures, seeds reveal a whole world of beauty when examined under magnification.

Whether round or elongated, flattened or tapered, seed forms display a smooth flow of beauty, with different graceful and simple masses and curves that are pleasing to the eye. Surface reliefs, sculptural and geometric, may appear smooth to the unaided eye, but are revealed as textured surfaces with minute characters of surprising kinds when seen under magnification.

Unlock the hidden beauty of seeds with this sumptuous blend of seven soothing, antioxidant rich seed oils (Hemp, Plum, Cucumber, Chia, Blackberry, Tsubaki and Sea Buckthorn) to mix with your favorite moisturizer or apply solo to soothe driest skin. Apply with clean hands morning and evening or as needed to hydrate the driest areas.

The decision to grow feminized or regular seed often comes down to cultivation experience and primary harvest goals. Cultivators who prioritize efficiency and small indoor spaces may choose feminized seeds while those with plenty of space and a passion for breeding will prefer regular photoperiod strains.

Those who are just starting out on their cannabis journey should consider regular seed. They offer many advantages that feminized seed cannot.

Untampered Genetics

A favourite with old-school growers, regular seed offers unadulterated, pure genetics. These seeds are formed through crossing male and female plants and produce approx. 50/50 male and female offspring, allowing growers to cultivate both sexes for their breeding experiments.

We used a QTL mapping approach to identify genes responsible for variation in seed size and number in natural accessions of A. thaliana. Although a seed size–seed number trade-off was observed, the low correlation between these traits (r2 = 0.06) suggests that variation in both traits is controlled by separate genetic factors. Furthermore, the fact that QTL for seed size and number do not overlap and that distinct allelic effects are found at each of these QTL indicates that they are likely to be pleiotropic.

Feminized seed, on the other hand, is much more expensive as it takes time and money to develop and test feminized technology. It also runs the risk of hermaphrodite plants – which can be a real hassle for growers who use techniques like topping, fimming, and lollypopping.

Strong Yields

Unlike feminized seeds, regulars operate how nature intended. They have a 50% chance of emerging as either male or female plants. Whether you’re eliminating males or breeding them with your favourite pheno, you’ll get strong yields of smokable buds and new seeds.

Regular seeds are also the best choice for growers who enjoy producing their own marijuana seeds. They’ll get a natural balance of male and female plants, so you can use them to produce more seeds for next year’s crop.

Whether you’re trying your hand at growing or looking to improve your cultivation techniques, regular seeds offer a great starting point for all growers. Our catalogue features a wide selection of high-quality regular strains that are sure to suit any taste. Choose the ones you like best and start your adventure today! Only available to adults over 18 years old. Check local laws for details. Germination times and plant to harvest time vary by genetics.

Unparalleled Genetic Stability

While feminized seeds have gained in popularity in recent years, many growers still prefer regular seed. This is primarily due to the natural ratio of male and female plants that regular seed produces. The ratio is a result of the fact that cannabis is a dioecious plant (like willow and yew). This means it has both male and female plants. During cultivation, the females will naturally pollinate the males. This results in seeds that are ready to be planted.

This process of natural reproduction is incredibly stable and allows for a wide variety of phenotypes. Feminized seed, on the other hand, has to undergo a lot of genetic tampering. Breeders typically spray the females with unpleasant-sounding chemicals in order to make them produce male pollen sacs. This makes the resulting seeds much more unstable, and as such, less capable of producing robust descendants. This can make feminized seeds more of a gamble for growers. Especially for those that plan on breeding their cannabis.

Breeding Experiments

For growers who wish to replicate clones in seed form regular seeds are essential. They can be backcrossed with the cloned parent as many times as required to produce offspring that closely mirrors the original genetics. This technique is known as ‘selective backcrossing’ and produces what is known as S1 seeds.

As they are free from human tampering, regular seeds have a 50% chance of germinating as either a male or a female cannabis plant. This makes them ideal for breeders who want to create their own cultivars.

Alternatively, they can be used to pollinate feminized seeds to produce the ultimate hybrids such as our award winning AK-47. This powerful indica is the result of crossing Afghanica and Skunk and is a popular choice for experienced cannabis smokers who enjoy deep relaxation. It is also an excellent choice for first-time growers who may not have perfected the art of sexing plants and risk ending up with a large number of male plants which will waste their precious growing space, time and nutrients.

Many growers choose to work with regular seeds, and it often comes down to cultivation experience and primary goals for the harvest. For example, a grower aiming for a specific ratio of male to female plants may select regular seeds.

As their name suggests, regular seeds have a 50% chance of producing either male or female cannabis plants. This can be advantageous for various reasons.

Breeding

Breeding involves combining parental plants to obtain offspring with desirable traits. The goal is to create new varieties that perform better than existing commercial cultivars for a specific crop or plant use, such as food, fuel, fiber, landscaping and eco-system services.

Breeders develop seeds using traditional methods and techniques that include observing seedlings for desired characteristics, making crosses, and evaluating the performance of offspring in field trials. They may also use cytoplasmic male sterility (CMS), a genetic trait that causes the plant to produce sterile pollen.

Unexpected off-types are observed and eliminated during the breeding process, well before preparations for commercial release. A case in point is the observation that hybrids of solanaceous plants such as potato and tomato, naturally produce a high level of steroidal glycoalkaloids that are toxic to insects and pathogenic fungi.

A solution was to cross the hybrids with their recurrent parents, a process called backcrossing. Ideally the result is seeds that carry all of the desired trait with improved genetic stability.

Cloning

Clones provide growers with exact copies of the mother plant. This can be a blessing or a curse. For a beginner, a clone skips the germination and seedling stage of growing, making it much easier to get started. However, clones may also be more susceptible to environmental factors such as temperature and humidity that can affect phenotype expression and cause an inconsistent harvest.

Clones are usually female plants and produce consistent, heavy yields. They can be a good option for growers that don’t want to risk hermies or male plants and just want stable high-yielding plants. However, if the clones come from an unreliable source, they can carry pests and diseases that can ruin your entire crop. Clones can also be expensive, especially if you’re starting from cuttings rather than seeds. Seeds, on the other hand, offer a wider variety of genetics and generally grow sturdier tap roots. This allows for a larger harvest in the long run.

Seed Saving

Seed saving is a practice that allows gardeners to save the seeds from their vegetables and flowers and plant them the following year. This helps gardeners keep their favorite varieties of fruits, vegetables and flowers available while also creating a strain of plants that thrive in their unique growing conditions.

Seed savers know that the success of their efforts depends on planning ahead. They take steps to avoid unwanted cross-pollination, such as separating annuals from biennials and perennials. They plot their gardens so that each planting of the same species doesn’t flower at the same time and cross-pollinate, or they hand pollinate with techniques like a blossom bag or row cover.

Seed savers also choose easy-to-save plants. Many heirloom vegetable varieties are self-pollinating and don’t require any additional work on the gardener’s part to fertilize themselves. They are a great place for beginner seed savers to begin.

Genetic Stability

Genetic stability is important to breeders because it means that the seed produced by a particular plant will have consistent traits from one planting to the next. However, how a seed is made and the conditions it’s kept in can have an effect on the genetic stability of a variety.

A recent study discussed the genetic stability of seven promising rice entries under different environmental conditions. The results of the analysis showed that the top three lines (line numbers 1, 3, and 5) had a high degree of genetic stability. Line number 2 came in second place, while the rest of the lines had a low degree of genetic stability.

This is a good indication that these seed lines can be grown under various conditions without the need for additional selection and hybridization. This is important for plant breeders, as it can help them save time and resources. Moreover, it can allow them to find the best breeding combinations faster.