Why Autoflowering Cannabis Seeds?

It almost sounds like a philosophical question, but indeed, what are autoflowering seeds? When mentioning the term autoflowering, we are talking about autoflowering cannabis. As the name suggests, this type of cannabis plant turns to the flowering stage based on the age of the plant itself. This is unlike the more typical photoperiod plants, which base their movement into the flowering phase on the hours of light it receives during a day.

In this article we will dive into the origin of autoflowering seeds, their characteristics, and we will highlight a few typical autoflowering strains that are great to add to your garden, when starting out with his variety of cannabis seeds.

The origin of autoflowering plants

Due to the nature of the cannabis industry, it is hard to find one solid theory that explains the true origin of autoflowering seeds. What we can say for certain, however, is that part of the puzzle of the original autoflowering genetics is Cannabis Ruderalis. This type of cannabis is found in the very harsh climates of Russia, central Europe and central Asia, making this species rather hardy, yet low in THC levels. Ruderalis was officially identified in the mountainous regions of South Siberia in 1924, by Russian botanist Janischewski. These ruderalis plants often grow along the mountain ridges and therefore cannot depend on a steady amount of light hours. This is why they evolved to grow based on the plant’s age. Looking for a wide range of OG strain seeds online like alien og seeds, og kush seeds and white fire og seeds.

It is to be believed that the Lowryder strain is one of the first autoflowering strains, containing genetics from a Mexican sativa called ´Mexican Rudy´ and a Russian Cannabis ruderalis plant. Another story appoints the origins of autoflower seeds to Finola, the first oilseed hemp variety, developed in Finland in 1995.

Whatever the one true story might be, it is clear that the large content of Ruderalis in early autoflowering cannabis strains, slowly but surely subsided. This can be attributed to the fact that more and more breeders started to uncover the traits that would make autoflower cannabis seeds such an interesting alternative to growing photoperiod plants.

Characteristics of Autoflowering cannabis seeds

Most cannabis destined for recreational and medicinal use is often high in THC levels. As said before, early autoflowering seeds would produce weed that would be low in that field, due to its Cannabis Ruderalis heritage. However, through rigorous crossbreeding with well known hybrids, we have ended up with Autoflowering seeds that spawn easy to grow cannabis plants, that can easily compete with many photoperiod plants when it comes to its powerful effects and big yields.

And autoflower plants have many advantages over growing photoperiod cannabis. One of its main features is the fact that this variety, on average, has a seed to harvest time frame of only 13 weeks. This consists of a vegetative growth of about 2 to 3 weeks after germination, and an average flowering stage of 8 weeks. Not only does this mean that you will be able to reap your shiny new buds quick, you will also be able to oversee multiple harvests in one growing season, when growing cannabis outdoors.

Not everyone is blessed with a Californian type of climate and when you grow outdoors, this can be an issue with many regular photoperiod plants. When you cultivate Autoflowering seeds this is not as much of an issue, due to its shorter life cycle, and its ruderalis genetics, making it hardy and less vulnerable in cold climates. Most of the autoflowering plants grow with a rather compact size, meaning that you can easily hide them if you so desire. Finally, if you grow autoflowers indoors, you can leave the lights on 24/7, as there is no need for a dark period in the light schedule.

Clone Marijuana Plants

One of the most essential skills of successful plant growers is having the ability to clone your most prized plants. One of the most reliable ways to have a bumper crop year after year is to clone the plant that has the highest percentage of attributes you are looking for. Marijuana plants will vary within each crop, so when you find the one that has the exact characteristics you are looking for, it is very beneficial to make a copy of that plant and take the element of variability out of the process.

Main Reasons for Cloning Plants

Marijuana plants are created from seeds that are produced by a male and female plant. Each plant produced from seed will carry some characteristics of the parent plants. Cloning plants is unnecessary to produce plants, but it removes the variability in plants which can give a more consistent and reliable harvest. That being said, there are some downfalls with cloning as well, which we will get into a little further on.

The quality of marijuana plants comes down to potency, taste, and buds. When you grow a plant that hits high marks in each of these areas, then cloning that plant will allow you to have a consistent way to produce high-quality plants. When you clone a plant, you are building the code from the mother plant into the clone. This allows you not only to grow a plant close to the original, but to produce an exact copy. The genetics within the cloned plants will not change. It is also possible to keep a genetic line of a plant going for many years. One mother plant can produce many clones each week. This gives you the opportunity to reproduce your perfect marijuana plant many times over. Clones can be planted outdoors in Colorado or California, and they can also thrive indoors in grow rooms from Texas to New York – the choice is yours.

When you have a good harvest, you might think it would just be simpler to take seeds from the successful plants and grow more marijuana from them. While this can produce more plants, the THC levels within them will be lower. Each time a plant gives off seeds, the plants grown from those seeds will have lower levels of THC. If you want to all but guarantee yourself a successful growing season year after year, then cloning is a wonderful option. 

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Life Cycle of Cannabis Plants

As cannabis is becoming legal in many places, it is gaining social acceptance. Medicinal marijuana is now legal in 33 states, which allows patients to access the plant upon a physician’s recommendation. However, quality weed is costly. Some states allow medicinal users to cultivate their own cannabis seeds, which is much cheaper than buying it from a licensed dispensary.

In other places, like Washington and Oregon, recreational marijuana consumption is legal. Maine, Massachusetts, Colorado, and Alaska also allow any person of legal age to cultivate cannabis at home, but there is a limit on the number of plants a person can have. Try and grow indoor and outdoor big bud seeds, zkittles seeds and your favorite acapulco gold seeds.

If you are planning to grow cannabis, we suggest checking your state’s laws and doing some research on the cultivation process before getting started. In this guide, we will look at the life cycle of cannabis and the processes behind a successful harvest.

Why Is it So Important to Learn About the Life Cycle of Cannabis?

When cultivating cannabis, it is crucial to learn about the stages the plants go through during their life. Cannabis is considered an annual, meaning that it goes through a full life cycle (from seed back to seed) within a year or less. In most instances, cannabis concludes its life cycle within four to 10 months.

Basic knowledge forms the foundation upon which growing experience is built. By learning about the life cycle of cannabis plants, you will understand what they are doing and what they need at every stage.

Cannabis: Taste and Smell

Many marijuana growers prioritize maximizing their yields above all else, but more often than not, that is a costly mistake. Today’s discerning medical and recreational consumers are much pickier than their predecessors when it comes to the smell and taste of their cannabis. Growers from Nevada to Pennsylvania who make an extra effort to maximize taste and smell can typically get more money for their products, and they do not have to reduce their yields to do it.

Many factors influence smell and taste, ranging from what strains of marijuana growers choose to plant to how they cure the dried flower. We sell a huge variety of incredible weed seeds including medicinal, autoflowering, and feminized options. This article will offer a comprehensive overview of everything growers need to do throughout their plants’ life cycles to maximize taste and smell without decreasing yield. Best seeds online? Check out tropicana cookie seeds, kush mints seeds and white russian seeds.

Choosing Seeds

Some strains of chronic seeds are more aromatic than others and each strain smells a little different. That is because each strain has a different terpene profile.

What Are Terpenes?

Terpenes may not be as well-known as other plant components like THC and CBD, but they are just as important when it comes to producing a high-quality product. Scientists have identified over 100 unique terpenes in cannabis plants and as research continues, the number of recognized terpenes does too.

Thankfully, there is no need for growers to familiarize themselves with every terpene. Instead, they can learn about the terpene profiles of their favorite strains. Since terpene profiles are largely inherited and are not subject to much variation from environmental change, they can expect consistent results. Here are a few of the best-known terpenes found in popular strains to get growers started:

• Myrcene produces a sweet, berry aroma
• Limonene smells like citrus
• Terpinolene has a floral smell
• Caryophyllene produces a peppery aroma
• Pinene has a piney scent
• Linalool smells like lavender
• Evaluating Terpene Profiles

Each strain of marijuana has many terpenes. When researching which strains will produce the best aroma and taste to match a particular consumer or market’s preferences, look at the concentrations of different terpenes. It is the ones found in the highest concentrations that will impart their scents and tastes most strongly to the marijuana flowers.

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3 Basic Steps of an Accident Reconstruction

Accidents happen. Figuring out how and why an accident may happen is a scientific process. While testimony is a necessary part of determining what occurred, a thorough and data-based reconstruction of a collision can lend insight and provide information that may be otherwise missing from, or inconsistent across, testimonial accounts. Explico Engineering has a team of professionals skilled in performing accident reconstructions that aid in the analysis of cases covering a wide range of accidents that may occur in virtually all types of environments.  

The Three Basic Steps of an Accident Reconstruction

Performing a thorough and accurate accident reconstruction generally involves a systematic and consistent approach. The three basic steps consist of:

1. Data collection and evidence preservation
2. Analysis
3. Communication of findings

Data Collection and Evidence Preservation

Whether the accident happened within the past few hours or is years old, a thorough reconstruction will typically involve some collection of data from the field or other sources. In some instances, a detailed inspection of the site of the accident may be necessary. Additionally, inspections can be performed on other elements involved in an accident, such as vehicles, broken objects, or clothing, to name just a few.

Beyond this, inspections of exemplar items may also prove valuable. An exemplar is an undamaged vehicle/vessel/component that is identical to the make, model, and equipment associated with the accident-involved vehicle/vessel/component. Reconstructionists use state-of-the art technology to fully capture any relevant data and evidence from the exemplar, scene, or other elements of the accident. For example, the following tools frequently prove helpful in performing a thorough reconstruction:

1. Digital video and photography
2. Unmanned aerial imagery, i.e., drones
3. 3D Laser Scanning
4. Low light photography
5. Light metering
6. Headlight mapping
7. Sound pressure level measurements
8. Binaural or ambisonic audio capturing

In cases involving automobile collisions, whether passenger or commercial vehicles, a variety of tools can be used to extract information from accident-involved vehicles. Information can be collected from Event Data Recorders (EDRs or “black boxes”), security cameras, Lytx Drivecams, Heavy Truck ECMs, and several other sources. More recently, the prevalence of GPS tracking and infotainment systems may provide key information on vehicles, trucks and even recreational boats. In addition to information that can be obtained from physical inspections, reconstructionists have a variety of databases and other resources at their disposal containing relevant information relating to vehicles in a collision.

Understanding the sources of available data and evidence is an important element in the reconstruction of any event. Finding and consulting a qualified and experienced expert in reconstruction can prove very beneficial when determining and accessing all sources of useful data and evidence.

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Analysis

Having access to all of the available data and evidence is critical, but knowing what to do with it once it is collected is equally important. The available data and evidence must be considered together to determine what analysis tools are appropriate. Reconstructionists will utilize a variety of tools when performing an analysis of a specific event. These tools include hand calculations, spreadsheets, CAD drawings and layouts, and advanced 3D physics-based simulation tools.

When necessary, a 3D digital twin of the environment is created utilizing the information obtained during a site inspection. A digital twin of the environment, combined with collected data, calculations, and simulations, can be used to determine the time-distance relationship of various objects and vehicles/vessels associated with an accident, in addition to assessing issues of visibility. Ultimately, this data is synthesized to determine a full 3D dynamic understanding of what happened during an accident.

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Communication

Performing an accurate and thorough reconstruction of an event is all but worthless if the findings are unable to be simply and concisely communicated. Often, the most effective means to communicate the findings of an accident reconstruction is to show it. Fortunately, most of the techniques and tools used to perform the aforementioned data and evidence collection and analysis can be used and combined to create a full, physics-based representation of what happened in an accident (see video). Rather than generating an artistic rendering of an accident, these representations capture the science of a reconstruction and present it with incredible accuracy and clarity.