Month: July 2023

In the recent past, regular seeds have been forgotten by growers who prefer feminized or autoflowering strains. However, they offer plenty of possibilities for breeders to experiment with.

With them, you can create the strain of your dreams. Find specimens that produce a particular terpene profile, a high you enjoy, or colours you love.

They are cheaper

Regular seeds are cheaper than feminized varieties and can be grown in any growing environment. They also have a higher yield and are more resilient against adverse conditions. They are particularly popular among growers who want to make their own seed stock. Regular seeds allow gardeners to separate the male plants from the females and collect pollen from each to produce a new batch of seeds.

Regular seed also provide greater genetic diversity, making them a good choice for breeders. This is especially important for those who wish to cultivate a specific strain with a particular phenotype in mind.

However, it’s not a good idea for novice growers to use these seeds because they are more likely to produce hermaphrodites. Germinating and vegging male plants can be stressful, and it’s easy to make mistakes that could result in a poor harvest. New growers should start with cheap seeds and gradually work their way up to more expensive varieties as they gain experience.

They are easier to grow

If you’re a beginner, growing regular seeds can be more difficult than feminized. Since regular seeds have a 50/50 chance of producing a male plant, you’ll need to separate the plants from the females and remove the pollen. This can be time-consuming and labor-intensive, but it’s important to do so to protect your crop from the male plant’s pollen.

Feminized seeds, on the other hand, produce a predominately female crop. This means you don’t have to worry about male plants ruining your crop or pollinating other plants, and they can be more predictable in terms of flowering times.

Another reason why regular seeds are more popular than feminized ones is because they’re easier to breed. They offer more genetic stability and provide the potential for new strain phenotypes. These traits are particularly important for growers who want to create their own unique cannabis strains. They also make excellent mother plants for taking clones. This makes them a great choice for intermediate growers.

They are more stable

Regular seeds are more stable than feminized ones. While feminized seeds guarantee that at least half will become female plants, with regular seeds this is a bit of a gamble. It’s not unusual for some of the plants grown from regular seeds to turn out to be male, which can be frustrating for growers who want to cull them and focus their efforts on their feminized counterparts.

However, for breeders that want to use their plants as mothers for clones, the 50% chance of male and female plants can be beneficial. Additionally, if you’re looking for an organic and natural experience, then regular seeds are the way to go as they are 100% unaltered by human hands. This can also lead to greater genetic diversity for those interested in breeding cannabis. For most growers, though, the stability of feminized seeds is the more appealing option. This is because it can lead to a more consistent yield and easier cultivation.

They are easier to breed

Regular seeds provide the flexibility of breeding and creating unique strains. They are also cheaper than feminized seeds, making them more affordable for new growers. However, it’s important to consider the goals of your crop before choosing a seed type.

Growing a successful cannabis crop requires careful observation and sexing of your plants. Sexing can be difficult for new growers, but with practice it becomes easier. With regular seeds, you have a 50/50 chance of producing male and female plants. Male plants produce pollen, which can be used to fertilize female plants and create new seeds.

The process of breeding can be time-consuming, but it can lead to a larger harvest and higher quality buds. Regular seeds are the preferred choice of experienced breeders, as they offer more genetic diversity.

Before feminized seeds existed, growers used regular seed to create their own strains. Regular seeds produce male and female plants, giving the grower full control over sex and the ability to take cuttings.

Amnesia Lemon regular is a true sativa cultivar that delivers bright, citrus flavors and uplifting effects. Its family tree includes Blueberry, which smells like ripe blueberries and delivers relaxing, sleepy effects.

Breeding

Before feminised seeds became popular, growers would experiment with different regular strains and create their own unique hybrids. This process can be time consuming and difficult, but it is worth the effort if you want to create your own cannabis strains with specific colours, morphologies, or flavour profiles.

Regular seed plants also provide good clones, which are sturdy and easy to grow. They can withstand changes in the growing environment, such as light cycles or sudden droughts, and are more resistant to fungi. They also have higher genetic stability and produce heavier yields for their first harvest.

Regular seeds are essential for breeders, as they produce both male and female flowers. They can be used to pollinate other female plants with male pollen, producing new hybrids and seeds. Feminized seeds cannot do this, as they only contain female chromosomes. This is why growers prefer regular seeds. They have the advantage of allowing them to create new strains with a wide variety of characteristics, including growth pattern, flower formation, aroma, THC/CBD levels, and resistance to pests.

Cloning

Many plants, such as mosses and liverworts, reproduce asexually and produce clonal offspring. This is called parthenogenesis. Even some animals, such as pigs, can be cloned by taking a small section of their cells and growing it into a new animal.

However, cloning is expensive and time-consuming. Moreover, it can lead to genetic incompatibilities and can cause problems with crossbreeding. This is why most growers prefer regular seeds over clones.

Seeds of Garcinia xanthochymus, a plant that has a thick aril coat, have the unusual capacity to clone themselves. Field tests showed that almost 15% of all seed fragments eaten by rodents germinated and developed into a full-grown plant. This cloning ability may be an adaptive strategy to counteract the negative effects of predation on seed dispersal and seedling establishment. However, this study did not test whether the cloning capability is genetically stable under field conditions. Hence, further investigation is required to assess this aspect.

Organic

While feminized seeds produce a 1:1 ratio of male and female plants, regular seeds will yield a mix of both. This makes them better for experienced growers who want to cultivate multiple harvests from a single plant. Regular seeds can also be ‘fused’ with other strains to create new hybrids with improved potency and vigour.

Using the Theory of Planned Behaviour (TPB) and Technology Acceptance Model (TAM), we investigated farmers’ attitudes towards organic seed use. The results show that a significant proportion of farmers have positive attitude towards the use of organic seed. However, use decreases with increasing farm size and production orientation.

The reasons for the decrease in organic seed use could be attributed to an insufficient supply of suitable cultivars or other factors. Nevertheless, the results suggest that farmers are willing to switch to organic seed in order to maintain their current level of production. This will be important for the future implementation of organic farming and phasing out derogations for non-organic seeds.

Price

Regular marijuana seeds are natural cannabis plants that haven’t been genetically altered. They will grow into either male or female marijuana plants, depending on the environmental conditions they are grown in. This makes them popular with growers looking to start breeding. They can also be a great choice for first-time cultivators, as they allow for mistakes during the cultivation process and will produce a greater number of smokable buds.

Feminized seeds, on the other hand, have been genetically modified to only grow female cannabis plants. This is why they are more expensive.

If you’re looking to save money on your next cultivation project, choose regular marijuana seeds. These seeds are less expensive than feminized varieties and are more forgiving during the growth cycle. They can be more tolerant of changes in photoperiod, watering, and fertilization. They also tend to be hardery and stress-resistant than feminized marijuana plants. On average, a pack of 10 regular seeds will yield 4-6 smokable buds.

A seed is an embryonic plant enclosed in a protective outer covering. It is the primary means by which flowering plants disseminate their offspring.

Seeds come in many shapes and sizes. Some seeds have fleshy appendages that entice animal dispersers; others have hooks, barbs, or sticky hairs that attach to fur or feathers.

Definition

Seeds are the primary means by which plants (especially angiosperms) disseminate their offspring and are the starting point for new plant growth. They consist of an embryonic plant embryo and food reserve enclosed in a protective outer covering or husk. The nutritive tissue inside the seed is called endosperm. The embryo is either monocotyledon or dicotyledon; in the latter, there may be one or two cotyledon leaves attached to the embryonic axis.

Seeds usually give a seedling a better start than a sporeling because of the larger food reserves in them and their multicellularity. They also have a more durable outer cover and are much easier to transport than spores. Many important foods come from seeds, including wheat, rice and corn (maize); beans, peas, peanuts and other legumes; and vegetables such as tomatoes, cucumbers and broccoli. Seeds are also a major source of cooking oils, lubricants and paints, and stimulants like juniper “berries” used in gin manufacture.

Functions

Seeds provide several functions for the plants that produce them. They protect and nourish the embryo or young plant, disperse a plant to new locations and help it start growing in the right conditions.

The first page on this seed worksheet is a beautiful illustration of a dandelion seed with an area for students to label the parts. The second page is a more independent activity that requires the kids to do some research on their own.

Have them work on this page in small groups. Have them look up what the cotyledons and endosperm are (these are storage tissue, like starch and protein, found in seeds). Then have them compare this to cotton and soybean seeds which are non-endospermic dicots. These use the cotyledons to perform the function of the endosperm in other seeds.

Germination

Germination is the resumption of growth in a seed or spore to transform it into a growing plant. It is the result of a sequence of events that includes water uptake, enzyme activation and metabolic changes.

In the first stage, a germinating seed absorbs water through an area of its shell or coating called the micropyle. This absorption hydrates the embryo and triggers enzyme activity to break down storage compounds that have been locked in the seed for years.

After enzymes break down accumulated DNA damage, the cells of a seed become active and begin dividing. Then a root emerges, followed by a shoot with pale green leaflike structures (cotyledons). This cotyledon enlarges and absorbs light energy to perform photosynthesis, generating the oxygen needed for cellular respiration.

Dormancy

Seed dormancy declares to seeds that it is time for them to stop growing, conserve energy and prepare themselves for freezing temperatures, dry weather, or water and nutrient shortages. This allows them to survive and thrive when conditions are more favorable.

Most seeds require a certain number of hours of “chilling” at temperatures below 0 degrees Celsius to break dormancy. This is a process that ensures the seeds have been sufficiently chilled and that the embryo in the seed has finished developing.

Genetic evidence suggests that a chemical called abscisic acid (ABA) is involved in the induction of dormancy during seed development. Experiments using seed pods from legumes and sections of corn cobs containing kernels have demonstrated that ABA is required at a particular point during embryogenesis to induce dormancy.

Dispersal

As plants are unable to select where their seeds land, they need to rely on seed dispersal for the spread of their offspring. This is typically passive, facilitated by wind, animals and gravity.

Many plants enclose their seeds in fleshy fruits that are attractive to animal dispersers, a process known as endozoochory. Others, such as the nutmeg (Myristica fragrans) tree, use bur and barb structures that catch on fur or feathers. Fossils such as those of a black bear scat or New Zealand moa coprolite demonstrate this type of hitchhiking.

Other seeds can be launched into the air by building up tension inside them, similar to how a catapult stores energy in a taut rope. These are called ballistic seeds. Try dropping a variety of seeds in front of a fan to see which travel the farthest.