Year: 2023

Seed is a mature ovule comprising an embryo or miniature undeveloped plant and food reserves enclosed within a protective outer covering, known as a seed coat (testa). Open pollinated plants such as heirloom varieties usually grow true to type from seed.

Seeds disperse in many ways. Some have wings or barbs that attach to animal fur or feathers, and others float in water. Others have hard or thick seed coats that require physical or chemical stimulus to break a physical or chemical dormancy.

Definition

The seed of a plant is its embryonic beginning, enclosed within a protective coating and with some stored food materials. Seeds are the means of reproduction for all flowering plants. Seeds are also important as sources of many foods, including wheat, corn, beans and peanuts.

The embryo is surrounded by a nutrient tissue, called endosperm and a protective seed coat. The nutrient tissue is often composed of starch and proteins.

Seeds vary in size, shape and color. They may be discoid (having thick sides and rounded corners), ellipsoid, lenticular or ovoid. Some seeds are striped or patterned with lines or ridges. All seeds can grow into a new plant given the right conditions. This is known as germination. The first part of the new plant that emerges is called the radicle and is followed by a stem, then leaves called cotyledons.

Origin

Seeds represent one of the most complex and evolutionary successful methods of sexual reproduction in vascular plants. They evolved in the gymnosperms and angiosperms (which account for most biodiversity today). Other plants such as ferns, mosses and liverworts do not produce seeds but use water-dependent means to propagate themselves.

A seed consists of an embryo with stored food and a protective covering, called the integument. The integument may consist of one or two cotyledons, or in the case of some flowering plants, of a tissue derived from the nucellus called perisperm.

In a seed plant the male gametophyte is hidden in the pollen grain and the female gametophyte in the ovule. This arrangement is known as heterospory. Experiments have shown that a 2m:1p genomic ratio in the endosperm is critical for normal seed development.

Structure

Seeds may differ from one another in shape, size and surface but they have similar structure. They contain a fertilized mature ovule (embryonic plant) inside a protective coating called a seed coat.

The embryo develops into a new plant when the seed grows. This is aided by the food stored in the seed known as endosperm. The embryo may have only one cotyledon or seed leaf (Monocotyledons) or two cotyledons (Dicotyledons). There is a root part called radicle and a prospective shoot called plumule at either end of the embryonal axis.

There is also a seed coat, which can be smooth, wrinkled, ribbed or striate. The seed coat protects the embryo from microbes and the environment. It has a scar on the top called a hilum and a small pore called a micropyle.

Function

Seeds have an extraordinary ability to wait, often for a long time, until external conditions are suitable for them to sprout into new plants. Besides their genetic information, seeds also contain food stored in the endosperm or cotyledons.

The seed coat, a protective cuticle, may also play an important role in seed viability. It is a physical barrier against pathogen penetration and provides the seed with a degree of protection against harsh environments.

In some cases, the seed coat is colored or contains antifungal compounds, for example glucosinolates in brassicaceous crops. Studies of mutants impaired in the production of these seed coat pigments have revealed that genes involved are involved in synthesis and compartmentation of PA flavonoid compounds. Moreover, it is likely that the activity of seed DNA ligases is essential to maintenance of seed viability during storage and germination.

Dispersal

Some plants use animal dispersal to get their seeds to new places. Fleshy fruit or seedpods often have burrs or barbs that catch on animals’ fur, feathers or digestive tracts (endozoochory). Others have wings for wind dispersal.

Other fruits crack open when ripe and shoot their seeds out into the environment. Examples include apples, figs and gorse. This is known as ephemeral dispersal.

Many tree species that produce fleshy fruits rely on hitchhiking animals as their free “bus” for seed dispersal. All major groups of vertebrates including mammals, birds and reptiles act as animal dispersers. Even large carnivorous frugivores like our lions and jaguar can disperse tree seeds by simply brushing against them.

Growing a great crop requires planning and proper preparation. Choosing what seed type to grow is a crucial decision for home cultivators.

While feminized seeds guarantee only female plants, regular seeds have a 50% chance of producing male and female cannabis plants. This is ideal for breeders who want to create new strains as male plants produce pollen to fertilize female flowers.

Genetics

Regular seed is preferred by gardeners that enjoy the process of breeding their own strains. These growers will use male plants to pollinate female plants to create hermaphrodite seeds that can then be used to produce more of their favourite strains.

Since feminized seeds have been subjected to genetic tampering, they can become less stable over time. This can lead to a number of issues that aren’t always good for the plant. With regular seed, however, this isn’t a problem because the seeds will behave as nature intended and have a 50% chance of producing a male or female plant.

The genetics that come from regular seed are also more diverse, which can be beneficial for breeders looking to create new strains. This can help them find the right combination of genetic traits to create the ideal strain. Cloning can also be easier with regular seed because it will work better in comparison to feminized seeds, which tend to cause more stress throughout the growing process.

Price

With a little effort, growers can easily cultivate regular plants that produce quality buds. This type of cannabis requires the same best practices as other strains and will thrive when provided with adequate light, soil, and water.

SSSC’s regular photoperiod seeds are produced by expert breeders and contain pure genetics that are not feminized or hybridised. This ensures a 50/50 split of male and female plants that are ready for cultivation.

Growers can choose from a range of high-quality regular cannabis seeds, including popular varieties like Amnesia Lemon and Harlequin x Bubba Kush. These strains offer the potency, rich terpene profiles and outstanding yields that growers are looking for. Using regular marijuana seeds also allows for breeding, allowing for the development of new phenotypes and cultivars that may not be available as feminized or autoflowering strains. This can be a great choice for experienced cultivators who want to create their own signature strains. These new phenotypes can be used for medicinal or recreational purposes.

Availability

Regular seeds preserve the genetic stability of the parent plants, offering a wide range of cultivars with diverse phenotypes that cannot be found in feminized strains. This genetic variation is especially useful for breeders as it allows them to create new strains with desirable traits.

The Herbies Seeds collection includes a diverse selection of regular cannabis seeds for experienced growers. Choose from top breeders like Dutch Passion, Dinafem, and DNA Genetics. Our seeds feature an array of flavors, aromas, and effects that appeal to the most discerning smoker.

Some of our most popular options include Chemdawg regular, a legendary cultivar praised for its robust growth and potent effects. Or, try Tropic Thunder regular for a mellow indica experience with fruity notes that taste like a cocktail at sunset. As with all cannabis, it is important to maintain the proper cultivation environment for these varieties. Choosing the right temperature, humidity, lighting schedule, and airflow will ensure maximum yields and quality buds.

Growing

Regular seed plants require sexing to identify and remove male plants before they pollinate the females. This process takes time and energy, but it ensures that growers get a harvest of only high-quality buds. It also helps avoid the waste of growing medium, nutrients, and light that comes with male plants.

Regular seeds also offer genetic stability, which is ideal for breeding and creating new strains. They also allow for phenotype variation, which are the different expressions of the genetic strain’s characteristics.

When grown properly, regular seeds can produce a high-quality harvest with exceptional flavor, aroma, and effect. However, they can be more difficult to cultivate than feminized seeds. They need to be sexed carefully to prevent hermaphrodite plants from pollinating the females, and they need to be kept in optimum environmental conditions. This can make them a risky choice for novice growers. However, experienced growers can minimize these risks by sexing their plants regularly and using the best cultivation techniques possible.

Regular seeds produce both male and female plants, so it is important to identify them early and remove any that are males. This is a more difficult task than with feminized seeds and can result in a smaller harvest if not managed properly.

Choosing between feminized and regular seeds depends on your cultivation needs, experience level and purpose. We’ll explore the benefits of both so that you can make an informed decision.

Stable Genetics

When you cross two different varieties of the same plant, the seeds will produce plants that combine the best characteristics of their parents. These plants are known as hybrids and are often referred to as F1 hybrids. Hybrids were developed to meet specific garden challenges like surviving shipping and disease-resistance, but they can also offer consistency in size and shape and higher yields.

Breeders will stabilize a strain over several generations to ensure that the next batch of seeds will grow the same as the last. To do this, they must select healthy mother plants and mate them to create hybrid offspring. Then, they must repeat this process to produce a stable parent line. This takes time and patience, but it can save growers a lot of grief in the long run. Stabilized seeds will also produce a much larger harvest of female flowers when you take cuttings or clones from them. This is a big advantage over feminized seeds, which can have a low success rate when taken from bag seeds or “special cuts.” The health of the maintenanced mother plant can play a major role in how stable or unstable the next batch will be.

Breeding

For growers who prefer to focus on yield rather than breeding, feminized seeds are an excellent option. Feminized seeds produce only female plants so growers don’t have to worry about identifying and removing male plants in the pre-flowering phase. Feminized seeds also have a lower risk of going hermaphrodite as the result of stress-inducing techniques like topping, fimming, lollypopping, or defoliation.

However, regular seeds offer a higher genetic diversity and are the ideal choice for breeders who want to create new strains from scratch. These seeds are photoperiod, so they require a change in the light cycle to initiate flowering. Regular seed is also preferred by growers who enjoy making their own marijuana seeds from male plants that can be separated from the females and pollinated with the harvested pollen. This process is called crossbreeding and is an essential part of creating new strains from scratch. This is especially useful for cannabis growers who want to customize the terpenes, high, and flowering speed of their favorite strains.

Genetic Variation

Genetic variation is an important factor for breeders. As each plant produces both male and female plants, regular seeds contain a mixture of genetics that can be used for breeding purposes. These genes can also provide growers with an opportunity to cross their favorite strains and create new varieties of marijuana.

A gene is a sequence of DNA that codes for certain traits. Each gene can present two alleles, which are variant forms of a particular trait. Different alleles can result in the same physical trait, but they may be expressed differently depending on environmental factors.

Seeds from regular cannabis plants are able to reproduce and produce male plants, which can be used to pollinate the female plants. This allows growers to cultivate their own seeds, which can be more affordable than purchasing feminized seeds. Regular seeds can also give growers a wider range of genetics, making them ideal for growing multiple varieties of marijuana.

Price

Regular seeds are a staple for breeders who love exploring the different traits of their favorite strains. They are the best choice for experimenting with hybrids as they allow you to create male and female plants, which is essential for breeding.

Our Moby Dick regular seeds come from the infamous White Widow and Haze parent, displaying the most desirable traits of each. This colossal marijuana hybrid reaches heights of up to 11.5 feet and produces massive yields. The potency of this weed is legendary, providing an intense cerebral experience that boosts your creativity and productivity. Its euphoric touch gradually fades into a relaxing body buzz, letting you unwind and rest.

This strain is a great option for intermediate growers and up. Moby Dick reg seeds are resilient and fairly easy to cultivate. However, sexing your crop is a must to avoid unwanted cross-pollination.