Germinating autoflower seeds is an important first step on your grow journey. Keeping sterile conditions and controlling the environment will propel your plants toward success. Autoflower seeds can be germinated using common techniques; what happens after germination makes the autoflower process slightly different. By giving your seedling a healthy, stress-free start, you establish a strong base for high yields.

Should you germinate autoflowering seeds differently?

When people think of temperature, they usually think of the air around them. When germinating autoflower seeds, growers must also be conscious of the soil temperature. The best way to germinate autoflower weed seeds is in an air temperature of 21°C – 28°C (70°F – 82°F). The ideal soil temperature would be between 20°C – 30°C (68°F – 86°F). You can achieve this with controllable heat mats, but they aren’t necessary on every occasion.

The main difference for growers germinating autoflower seeds compared to photoperiod seeds is that autoflowers should be placed into the final container once sprouted. Photoperiod seeds are commonly transplanted into larger pots as the roots reach the bottom of the container. Some hypothesize that with autoflower strains, this action initiates flowering. By using the larger final pot right away, autoflower plants get maximum vegetative time.

Find a step by step germination guide for your autoflowering seeds in Robert’s Grow Bible below!

Should I germinate autoflower seeds in the dark?

All seedlings require light. Actively germinating auto seeds, however, prefer the dark. Not all seeds from the plant kingdom need darkness; some prefer light, but autoflower germination is best under dark conditions. Creating a dark environment by using something as simple as a cupboard drawer will do.

You need autoflower seeds before you can germinate them! ILGM has some of the most popular and easy to grow autoflowering seeds available. Click below to see our collection!

Buy Autoflowering Seeds

• Easy to grow
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• Grow guide available

How to germinate autoflowering seeds

Equipment and supplies

Growers don’t need to break the bank by buying special equipment to germinate autoflowers. The two most common methods of germinating autoflower seeds involve a glass of water and the other, a wet paper towel. The space required to germinate auto seeds is also minimal. Many times a dresser drawer or a spot on the shelf in a dark closet will do fine. Direct sow into the soil is also a popular option.

Learn the best tips and tricks to maximize your autoflower yield in our dedicated guide!

If growers want to invest in specialized gear, some options can assist the germination process. Cloning and seedling kits, consisting of a tray and clear dome, are popular. Water in the base of the tray condensates on the dome, which helps maintain humidity levels. Popular germination media to place inside those domes include rock wool cubes, peat pellets, and seed plugs.

Preparing medium

Preparations will vary depending on your final medium, whether it be coco, soil, living soil, or hydroponics. The latter is unique in that there isn’t a true medium the roots live in. Oftentimes, roots grow around small clay-expanded balls in net pots. Be sure to wash these balls before use and check their runoff water’s pH before placing your germinated seedling in the net pots. 

The main consideration with other mediums is to get them pre-moistened. Roots, especially new roots, need an even balance of water and oxygen to succeed. Coco has excellent aeration and can be given more water than traditional soil. When germinating autoflower seeds in soil, add a slight amount of water around the buried seed, not on the outer walls of the container. Living soil in general, needs to stay wet at all times to support the microbial colonies, but be careful not to drown the new seedling.

Tips before germinating auto seeds

Keep your germination area clean

Establish the location you wish to germinate your autoflower seeds in and confirm that the environment meets the required temperature, humidity and darkness needed. Keep a clean environment. Prevent dirt and dead leaves accumulating in tent corners. Don’t have small pools of spilled water on the floor. Reduce the chance for pathogens to enter the garden and kill your fresh seedlings. 

Don’t touch the first root of your autoflower seedling

Don’t touch the radicle, which is the first part of the seedling to emerge from the shell. People often refer to it as the “little white tail.” The radicle is fragile. Do not touch it with your hands. Use tweezers to plant the germinated autoflower seeds into your medium. Clearly label your seedlings. Have tags and sharpie next to you as you move the germinated auto seeds into your medium. Immediately label each container with the strain name.

Do you have to soak autoflower seeds?

Autoflower seeds, just like photoperiod seeds, have a hard outer shell. Soaking the seeds in water for 12-24 hours before germination can soften the shell, making it more permeable for water to enter. Depending on your germination method, this step may not be needed. Older seeds tend to have thicker shells; soaking older seeds first often helps with germination rates.

The pH of the water you use to soak or germinate seeds is important. It would be bad news if the sensitive radicle emerged into a hostile environment. Everything a gardener does is designed to make the plant comfortable in its surroundings, autoflower germination is no different. Having the right pH can have an impact on your success.

Find out more information in this related article about why pH when germinating autoflower seeds matters.

How long does it take for an autoflower seed to germinate?

The time it takes an autoflower weed seed to germinate in the ideal environment will depend upon a few things. Age is a large determining factor. Older seeds generally take a few more days to germinate than fresh autoflower seeds. This is due to reduced vigor over time, which occurs naturally but can be accelerated by poor seed storage.

Vigorous autoflower seeds will crack and expose the radicle typically within 36-48 hours when using the soak or paper towel method. If placing your autoflower seeds directly into the soil or into a rockwool cube or seed plug, 5-7 days is common. In the latter method, the seedling is more established than the tiny tail we might see in earlier-mentioned methods. All seeds should emerge with their cotyledon* first, which is where they get the energy to grow until newly formed leaves can photosynthesize.

* The cotyledon is essentially the “embryo” of a plant seed. It’s packed with nutrients for the first days of a developing seedling. Later, once the seed has fully sprouted, it will grow into the seedling’s first leaves.

How many weeks/days is an autoflower seedling stage?

Once you see the cotyledon above the surface, the autoflower seedling stage has begun. This stage lasts roughly 10-14 days as the root system establishes. Usually, the plant transitions into the vegetative stage when the autoflower seedling produces its first five-fingered set of leaves.

How often should I water autoflower seedlings?

It is better to give soil-based autoflower seedlings regular small amounts of water than a lot at once. Do not drown the small and fragile roots. Your autoflower will drink more as the root zone develops.

The best methods to sprout autoflowering seeds

Paper towel germination method

Want to know what the best nutrients for autoflowering cannabis are? Checkout our autoflower nutrient guide!

Soaking overnight in a glass of water

• Step 1 – Pour pH’d water into a glass. It does not need to be deep, but enough for the autoflower seed to float and sink to be fully submerged.
• Step 2 – Add your seeds into the water. Wait until the radicle emerges. 
• Step 3 – Once the radicle emerges 0.7 – 1.3 cm (1/4” – 1/2”) from the autoflower seed, place it into your medium with the tip pointing down.

Using a germination chamber

There are many kinds of germination chambers. The principle behind them is that they are an enclosed area where temperature and humidity can be set and maintained. In the commercial environment where 1,000s of seeds are germinated simultaneously, these devices are a time and labor saver. 

Rockwool cubes and peat pellets

The process of germinating autoflower seeds in rockwool or germinating autoflower seeds in peat pellets is very similar. In both instances, you place your autoflower seed into a predrilled hole and then moisten the media. The hole firmly holds the autoflower seed, giving it the contact, moisture, and darkness it needs to germinate.

Want to know what to do once your buds are ready to harvest? Download our free harvesting guide for a comprehensive overview!

Planting directly in soil

Many growers directly germinate autoflowers seeds in soil. To do this, place the autoflower seed about 0.7 cm under the soil with the pointed side down. Provide the soil in the immediate area with a small amount of water. Some people ask, how long does it take for autoflower seeds to germinate in soil? If the temperature and moisture levels are on-point, the seedling should emerge within 5-7 days.

Germinating autoflower seeds can use the same processes as germinating photoperiod seeds. A wet paper towel, a glass of pH’d water, rockwool, peat pellets, or direct sow can all be effective. In each scenario, the temperature and humidity must be in the desired range.

Want to try out some of the best autoflower seeds? Checkout our mixpack for your next grow!

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• Blueberry Autoflower
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But what if your autoflower seeds are not germinating?

Evaluate your process, and figure out the problem. Do you want a guaranteed 100% success rate? Order your autoflower seeds from ILGM. We stand behind our products and the education we offer by guaranteeing germination on all our ILGM seeds. What is your favorite method for germinating autoflower seeds? Do you have more than one way? Share it in the comments, and also let us know your favorite ILGM autoflower strain. Stay groovy!

Citations

Autoflower varieties are unique, thanks to the exclusive trait allowing these plants to flower under different light cycles. With a handful of autoflower lighting schedules to choose from, curious growers want to know, what is the best light cycle for autoflowers? Light drives growth, but is there such a thing as too much light, do plants need to sleep? What about the light spectrum for autoflowers, does that make a difference? Fortunately, we have the information you need to make an informed decision on your autoflower light cycle.

What’s the best light schedule for autoflowers?

Although there are a number of possible light schedules for your autoflowers, there are four commonly used light cycles for autoflowering strains.

24/0 light schedule for autoflowers

At face value, it is easy to assume this would be the best lighting schedule for your autoflowering strains. Plants need light to perform photosynthesis, which drives growth. However, there is such a thing as too much light. Cannabis plants exhibit this with droopy or tired-looking leaves. The appearance is similar to a thirsty plant. 

If the light intensity is too high and the light is positioned too close to the canopy, this combination can create leaf burn and discoloration. A 24/0 light schedule for autoflowers is not widely used. The largest benefit it offers is to heat the grow room if you are growing in colder climates.

If you want to learn more about growing cannabis plants from the seedling stage to the harvest stage, and the best light schedule for your plants, download our famous Grow Bible below!

20/4 light schedule for autoflowers

This is a popular autoflower light schedule for growers. This schedule provides lots of light to fuel the creation of sugars and carbohydrates via photosynthesis, but it also provides the plant with a rest period. During the dark hours, many beneficial phytochemical reactions occur in the plant (2). 

Some autoflower growers will switch from an 18/6 light schedule to a 20/4 lighting schedule for their autoflowers once the plant begins to show signs of flowering. Regular and autoflower varieties benefit from a higher light intensity as they progress to the flowering stage. 

18/6 light schedule for autoflowers

An 18/6 lighting schedule for autoflowers is widely used by autoflower growers. It has the benefit of encouraging healthy growth, which includes a rest and recovery period during the dark cycle. This is also a common light cycle for photoperiod plants in the vegetative stage, meaning your autoflowers can be flowering in the same tent, maximizing a grower’s footprint.

Over the course of the average autoflowers lifecycle (90 days), an 18/6 lighting schedule is best for your autoflowers can save 180 hours of electricity compared to a 20/4 light cycle. This schedule can also reduce the heat needed to be managed by other equipment in the grow room. 

If you want to know the best light schedule for all types of marijuana plants, check out our guide on: What is the best light cycle for weed plants?

12/12 light schedule for autoflowers

A common yield-limiting factor in the indoor garden is the lack of lighting. Lower-powered lights or shorter lighting durations will produce lower yields. For this reason, many autoflower growers stay away from this lighting schedule. If a grower has a very high-intensity light, this can still be a viable option.

An autoflower plant will continue to flower using a 12/12 lighting schedule, which means it can be grown alongside flowering photoperiod plants. This flexibility gives growers with only one flowering area the ability to grow a variety of cannabis types. For growers trying to reduce heat in the grow room, 12 hours of light daily produces less heat to mitigate. Although not a common lighting schedule for autoflowers, it has its place.

Now that you’ve learned about the best light schedules for autoflowering seeds, head over to our store to purchase your very own autoflowering seeds and get to growing!

Buy Autoflowering Seeds

• Easy to grow
• Beginner friendly
• Guaranteed germination
• Grow guide available

What light spectrum should I use for autoflowers?

Determined by wavelength and energy, there are seven wavelengths of color in the visible spectrum (3). These wavelengths are measured in nm (nanometers). Plants react in predictable patterns when grown under specific wavelengths of light. This knowledge can be used to select the best light spectrum to grow autoflowers, depending upon the growth stage. 

6500k blue light during the vegetative stage

The K at the end of 6500k stands for Kelvin. Kelvin temperature identifies the perceived color emitted by the light source. Compact fluorescent lamp (CFL) bulbs are commonly labeled in Kelvins ranging from 1000k to 8000k. The higher the number, the bluer the light will appear. Kelvins are not the same unit of measurement as nm, which measures the wavelengths of light.

Blue light sits in the wavelength range of 400-500 nm. Blue light regulates the opening of the stomata, which control transpiration and uptake of CO2 (4). This spectrum is also used in the photosynthesis process, which drives growth. Autoflowers grown under this spectrum generally have thicker stems and shorter intermodal spacing. Blue light has been shown to suppress extension growth. Ceramic Metal-Halide light (CMH) bulbs are known for their characteristic blue color output, making them a popular choice for the vegetative stage.

2700k red light during flower

This Kelvin range appears to the eye as a yellow, orange, reddish combination often described as warm lighting. High-pressure sodium (HPS) bulbs are commonly known to be in this range, giving them a distinct color signature. The visible spectrum for red light sits in the 620-700 nm wavelength range. Red light has been shown to increase flower production but can cause stem elongation. The red spectrum is also the most efficient group of wavelengths for powering photosynthesis.

Although these two colors are highly beneficial to the growth of autoflowers, growers will not achieve optimal results with red and blue lighting exclusively. The best light spectrum for autoflowers includes a wider range of wavelengths, often referred to as full spectrum lighting. 

Common questions about light and autoflowers

Do I even need to change the light schedule for autoflowers at all?

No, you do not need to change your lighting schedule to trigger flowering in autoflower varieties. Autoflowers have an internal clock that will initiate these changes. If growers want to switch their lighting schedule while growing, this will not negatively impact the plant.

Do Autoflowers need darkness? And Why?

Autoflowering plants do prefer a period of darkness. It is completely possible to grow an autoflower on a 24/0 light schedule, but the results will be less than optimal. Plants undergo chemical processes during the dark cycle, which contribute to the health, vigor, and pest resistance of the plant. By giving autoflowers at least a few hours of rest each day, growers can increase their yields.

What are the total light hours recommended for autoflower seeds?

This is the most pertinent question when determining the absolutely best lighting schedule for autoflowers. To answer this question most effectively, growers must know their DLI (daily light integral). DLI measures the total amount of Photosynthetically active radiation (PAR) received in a day as calculated by intensity and duration that arrives at the canopy. This calculation is also known as Photosynthetic photon flux density (PPFD). 

Cannabis plants will perform best under varying DLIs during different stages of growth. Seedlings need less light and, therefore, less DLI. As the cannabis plant grows, the DLI requirement will increase. Flowering plants produce best with a 40-50 DLI and roughly 25% lower for the vegetative stage. Whether growing autoflowers or photoperiods, the DLI numbers remain constant. The variable that changes is duration. 

This chart represents the level of PPFD needed to hit optimal growth potential under the different light schedules.

Lighting manufacturers will commonly publish PPFD charts for their lighting online. To find the best lighting schedule for autoflowers under your own light, find the PPFD of your light. The recommended hours will be directly related to the intensity and quality of the light source. Once you know your PPFD, use the chart above to set your autoflower lighting schedule appropriately. Knowing that you can calculate the total light hours for your autoflower seeds.

How far should an autoflower be from the light?

There are many variables to consider, but a constant principle is that the light distance from the canopy will change depending on the age of your autoflower. Lights will be placed furthest away during the seedling stage. Flowering is the stage when growers keep the light closest to the canopy. 

Want to know the optimal lighting conditions for all types of seeds? Check out our cannabis lighting guide!

Lights placed close to the canopy will have a higher PPFD in the center of the canopy, but the PPFD will be far less in the corners. Raising the light will provide a more even distribution of PPFD, but those numbers will be lower. It is important to know that light follows the inverse square law in regard to distance (6).

**Inverse Square Law relates to the intensity of the light on an object at different distances from the light source. 

A light source at a distance of one meter from a floor is lighting one square meter (1×1), which is receiving 100% light. At a distance of two meters from the floor, the light now covers four square meters (2×2), which is receiving 1/4 of the light than it received at one meter away (1 m2 vs 4 m2). At a distance of three meters from the floor, light is now covering nine square meters (3×3), and receiving only a ninth of the light compared to one meter away (1 m2 vs 9 m2). 

As you can see, light intensity rapidly falls off the further from an object the light source is. It doesn’t follow a linear reduction. Instead of decreasing in equal increments, each interval is decreased by a factor of the base.** 

Life stage, intensity, and distance are important things to consider. Many lighting manufacturers will provide recommendations on their websites. The chart below shows common hanging heights for commonly used lighting sources.

What are the best lighting options for growing autoflowering cannabis indoors?

LED

Over the past ten years, lighting companies have poured millions of dollars into the research and development of this lighting sector, primarily fueled by demand from indoor gardeners. As the discoveries were made and the implementation refined, LED now stands as the top lighting choice for growing autoflowers. 

The efficiency per watt has surpassed HID/HPS systems. Color spectrums can be precisely tuned and, in some cases, adjustable by the grower. LED lighting converts more energy into usable light. It also does so with less heat signature aimed at the canopy. The lower cost of entry and savings on energy bills are all reasons why growers are switching to LED.

High-intensity discharge lamps (HID lamps) – MH/HPS

HID systems were the powerhouses of indoor gardening. They have been the go-to lighting solution for gardens growing more than a few plants at a time. The cost of entry is low, which makes them more accessible. Autoflowers will grow under both metal-halide (MH) and HPS exclusively, but it is preferred to switch bulbs depending on the stage of growth. 

MH is preferred for the vegetative growth stage of autoflowers due to the boost in the blue spectrum. Autoflowers prefer a bump of red spectrum lighting during flowering and the HPS bulb suits that need perfectly. Growers in cold regions can take advantage of the high heat output from HID systems to assist in heating the grow space during winter months.

CFL

This type of lighting has the lowest cost of entry, although you will need several to successfully grow a meaningful harvest. CFL bulbs come in various shapes, colors, and power outputs. Growers can find the right CFL bulb to grow autoflower plants based on their needs. Because CFL bulbs have a lower heat signature than HID or LED systems, CFL lighting can be run closer to the canopy. This is an advantage for growers with low ceiling clearance.

Conclusion / Summary

The best lighting schedule for autoflowering plants will be custom to each grower, but the requirements of the plants remain the same. Using the information and charts provided in this article, growers can confidently select the best lighting schedule and hanging height for their autoflowers. 

Lighting, or lack thereof, is one of the largest yield-limiting factors. Use this information to grow the best autoflowers on the block. Be sure to check out more of our insider tips by downloading the ILGM Grow Bible. Please let us know what you are using to illuminate your autoflowers and how it stacks up on the PPFD chart in the comments below.

Additional FAQs

Is It okay to change the lighting cycle during the grow?

Yes, unlike photoperiod plants, the growth cycle of autoflowers is not tied to light hours. The majority of autoflower growers will pick a lighting schedule and stick to it. Some growers will increase the lighting hours during the flowering stage to increase DLI.

How do I know if my autoflower is getting too much light?

The most conclusive way to know if your autoflower is getting too much light or not is to calculate the DLI. There is such a thing as too much light, and this will result in diminishing returns. There is a point where the amount of light can damage the plant.

What are the first signs of stress?

Commonly when autoflowers receive too much light, there is also a heat buildup at the canopy level. Too much heat will result in the leaves folding upwards like a taco. The more severe the taco, the likelier there is a heat issue. Autoflowers also tend to transpire more to deal with extra heat, and this can be manifested by the very edges of the serrated leaf portions curling upwards. 

Some LED lights can put out very intense light without much additional heat. The most obvious sign the light is too intense will be manifested by the bleaching of bud tips and occasionally on the foliage. In most cases, the foliage will show nutrient deficiencies or toxicities first. The extra light and heat create rapid transpiration and root uptake, which can deplete the nutrient reserve in the soil. This reaction can also draw too many nutrients into the tissue as the plant seeks to pull in more water.

Sources:

Cannabis ruderalis, a little-known subgroup of the cannabis plant, has played a significant role in developing autoflowering cannabis strains. Autoflowers haven’t always been the most desirable plants to grow in the cannabis community, but they’ve been bred over generations to be able to compete with photoperiod plants. The history of autoflowering seeds and their ruderalis roots is a fascinating tale of botany, hybridization, and the ingenuity of cultivators who sought to create a more covert, efficient, and versatile cannabis plant. This article will explain this fascinating history.

What is cannabis ruderalis?

Cannabis ruderalis is a type of cannabis plant that differs slightly from the more well-known sativa and indica. It’s native to regions with short summers and harsh climates, like Siberia and Eastern Europe. Ruderalis is unique because it doesn’t rely on changes in light to start flowering like other cannabis plants. Instead, it automatically starts to flower with age, usually 2-4 weeks after germination.

Ruderalis plants tend to be smaller and less potent than sativa and indica plants, but they’re hardy and can handle harsh conditions. The lineage of autoflowers stretches back to their first moment in science when Russian botanist Dmitrij Janischewski discovered and documented Cannabis Ruderalis while studying the cannabis plant in Southern Siberia. Unlike its more famous counterparts, Cannabis sativa and Cannabis indica, ruderalis/autoflower genetics typically have a high CBD to THC ratio and have unique characteristics that allow it to flower automatically without changing lighting. This trait has been selectively bred into modern classic autoflower strains, resulting in faster-growing, more resilient plants that are ideal for growers with quick timelines.

History of autoflowering cannabis

Coming from humble beginnings, the history of autoflowering seeds and their progeny is a tale of novel thinking and exploration into creating a new sub-type of cannabis. Innovations in autoflower growing, like feminization and breeding ruderalis from an interesting plant into a viable prospect for growing, have kept autoflowers a popular choice among home growers and hobbyists.

Experiments with cannabis ruderalis: How today’s autoflower cannabis came to be

The true pioneer of the autoflower revolution is an early cannabis geneticist known as The Joint Doctor. As a passionate cannabis hobbyist, he recognized the untapped potential of ruderalis plants and set out on a mission to develop them into commercially viable and stable autoflower strains. The process involved a series of daring experiments, including cross-breeding ruderalis with other cultivars and stabilizing the hybrids through selective breeding.

Also read our ultimate guide on: How to maximize autoflower yield to learn ways to get the most out of your grow!

The “mexican rudy’ experiment 

During his early days of experimentation, The Joint Doctor began to trade seeds with his friend Antonio. This expatriate lived in Mexico and grew and experimented with exciting breeding projects. One of the seeds he had given to The Joint Doctor was called “Mexican Rudy,” which he found grew shorter and flowered earlier than any of his other cultivars. He knew of Ruderalis’ origins in the East but never made the connection since the genetics came from Mexico. 

The Joint Doctor found that these seeds produced short, bushy plants that flowered quickly. Naturally, he became interested in their odd traits. When he first crossed Mexican Rudy with Northern Lights, it produced photoperiod plants that were short and stocky. He didn’t know what direction to go but knew he had controversial cannabis breeding challenges ahead. Most growers breed for traits that make plants produce more, but The Joint Doctor bred his plants looking for unique characteristics. The shining feature he found in this plant was non-photoperiod dependency. 

Introduction of Lowryder strain by the Joint Doctor 

Lowryder is the love child of a male Rudy plant crossed with a female Northern Lights #2, which was then crossed to a William’s Wonder clone. This crossing produced a male that flowered automatically and did so while it was small and receiving 24 hours of light per day. The Joint Doctor used this male to pass on the autoflower trait and refine the genetics to produce the Lowryder autoflower.

The growing community initially ridiculed autoflowers since they had low yields and lower potency than available photoperiods. Yet, through The Joint Doctor’s fearless experimentation, Lowryder, quickly became a hit with growers for its ease of cultivation, bushy structure, and short flowering time. From there, he continued to hone and perfect his autoflower strains, introducing new varieties with unique flavors, aromas, and effects from his other plants. 

Buy Lowryder Autoflower Seeds

• 80% indica 20% sativa
• Beginner friendly
• THC levels up to 14%
• Good for relaxation

In the late 2000s, breeders began releasing more autoflowering cultivars after Lowryder emerged. Mitch from Mephisto Genetics traveled from Canada to Spain, where they met other growers working with these genetics, and the spread of heavy-yielding modern autoflowers ignited. Autoflowers gained even more popularity when The Joint Doctor joined forces with Dutch Passion to produce many genetics that made growers take autoflowers as a serious option.

Feminized autoflower cannabis seeds have become the favorite for the patient market due to their ease of growing and quick harvest.

The future of autoflowering cannabis genetics

High-yielding modern autoflowers vs. early autos

The modern-day high-yielding autoflower is a robust plant that produces many buds with a shorter life cycle than its photoperiod sisters. While autoflowers have come leagues above where they once were, they still fail to meet the strength and size of a photoperiod plant. The future of autoflowers is very bright, and one day they will have parity with the photoperiods and won’t be considered second-class.

Popular heavy-yielding auto strains in the ILGM store 

Gorilla Glue Autoflower

Gorilla Glue – An award-winning classic that will never go out of style; Gorilla Glue is a cross of Sour Dubb, Chem’s Sister, and Chocolate Diesel. This 50/50 hybrid will give you the yield and high you need.

Buy GG4 Auto seeds

• 50% indica 50% sativa
• Extreme THC levels of up to 26%
• Easy to grow in and outdoors
• Great relaxing, late-night high

Bruce Banner Autoflower

Bruce Banner – When OG Kush meets Strawberry Diesel, it amounts to an incredibly effective hulk of a plant with potent effects. Not only does this big green monster produce potency, but it makes for a heavy yielder as well.

Buy Bruce Banner Auto seeds

• 40% indica 60% sativa
• Fast flowering strain
• Very high THC levels up to 25%
• A powerful punch of happy relaxation

Girl Scout Cookies Extreme Autoflower

Girl Scout Cookies Extreme – This power hitter is of the most influential cultivars in the world and for good reason! A potent indica cross of the great OG Kush and the racy landrace Durban Poison to bring a hybrid that’s loved far and wide.

GSC Extreme Autoflower

• 80% Indica 20% Sativa 
• High THC levels up to 21%
• Good yields indoors and outdoors
• Easy going relaxing high

OR you can grab all three with our new Autoflower Super Mix Pack!

Conclusion/Summary

Today, thanks to The Joint Doctor’s groundbreaking work with Cannabis Ruderalis, the autoflower cannabis industry is thriving, with numerous companies and breeders developing their exciting cultivars with both size and potency. These autoflowers offer an unparalleled range of flavors and experiences, and their ease of cultivation and speedy maturity has made them a firm favorite of cannabis enthusiasts worldwide. The Joint Doctor’s groundbreaking work in the world of autoflower strains has genuinely changed the game. His legacy will continue to inspire innovation in the cannabis industry for years to come.
Come get reliable, high-yielding autoflower seeds at ILGM.com

FAQs about ruderalis and autoflower cannabis seeds

Why are Autoflowers so popular?

Autoflowers became popular due to their short growth cycles and their bushy size. This popularity has grown since the development of modern high-potency, high-yielding autoflowers.

Are Autoflowers genetically modified?

No, autoflowers are not genetically modified in the scope of how it is commonly known. The only way autoflowers are genetically modified is through selective breeding methods to bring about certain traits in the plant.

What was the first autoflower strain?

Lowryder was the first autoflower cultivar that was brought to market; before this, there were only ruderalis plants.

Do commercial growers use Autoflowers?

Some outdoor growers will utilize autoflowers commercially to make the most of the outdoor season, but typically autoflowers are grown by hobby growers and patients.

How much yield do Autoflowers produce?

Depending on factors like genetics, growth conditions, training, and nutrients, autoflowers can grow anywhere between 50-250 grams per plant.

Are Autoflowers as potent regular (photoperiod) cultivars?

Yes, modern breeding techniques have brought autoflowers to the point of being competitive with photoperiods for potency, which was doubted during the early days of autoflowers.