Connect with us


How to Grow Cannabis With An Aquaponic System



What is the aquaponic system you may be wondering? Well, it is a method of growing marijuana that involves two effective and efficient systems, combing each of them so they can symbiotically work to benefit each other.

This process is similar to aquaculture where people farm fishes like blue gill, shellfish and tilapia. Hydroponics is also similar in that you grow marijuana plants without using soil. Combining hydroponics and aquaculture process means that you create a closed loop system for both the fishes and the plant and make sure it is feasible for consumption. Let’s take a closer look at the aquaponic system.  

An Introduction to Aquaponic Cannabis Growing

Have you ever wanted to cultivate marijuana but were unsure of how to get started?

You might find the ideal solution in aquaponics.

Cannabis may be grown indoors in aquaponic systems, which are effective and environmentally beneficial.

In addition to being more environmentally friendly than other techniques, including hydroponics, aquaponics also costs less and enables growers to tailor their system to the sort of cannabis they are cultivating.

Let’s examine aquaponics’ mechanism of operation and reasons why cannabis can be grown successfully using it.

Hydroponic and aquaculture operations are combined in the gardening approach known as aquaponics. Fish excrement serves as a natural supply of plant fertilizer in this process, and plants also filter and purify the water used in the system.
The health and prosperity of the plants and the fish are both guaranteed by this symbiotic interaction.

An aquaponic system’s primary components include fish tanks, plant beds, pumps, and bio-filters. It’s critical to select a size for your aquaponic cannabis growing system that meets your needs and budget.

It’s crucial to check that your setup has enough lighting for the best plant development.

Cannabis Aquaponic Growing Systems: Benefits

The use of an aquaponic system for cannabis cultivation has several benefits. It is considerably simpler to uphold organic standards while growing cannabis in an aquaponic system because there is no soil involved in the process, which reduces the chance of contamination from pesticides or fertilizers used on conventional farms or greenhouses.

Additionally, these systems have a substantially smaller environmental impact than typical agricultural operations because they utilize up to 90% less water than traditional farming techniques.

Finally, producers may easily select the system that will work best for them because these systems can be tailored to meet unique needs and financial constraints.

Common Questions regarding Aquaponics for Cannabis Growing

What nutrients does aquaponics lack?

Although potassium may require additional supplementation depending on plant requirements & pH levels within the tank/system overall, all three major macronutrients (nitrogen, phosphorus, and potassium) should generally be present in adequate amounts in any properly functioning aquaculture/aquarium setup. If you notice deficiencies, adding specific supplements can help correct them.

Exactly why is aquaponics harmful to the environment?

In terms of energy usage & carbon footprint, it takes more electricity & energy input to run pumps & air stones etc. than would otherwise be used with traditional farming methods. While many people believe that using fewer inputs in their crop production process (less water usage & no chemical inputs) makes their operations “eco-friendly” or “green”.

Do worms in aquaponics drown?

Earth worms have unique adaptations that allow them to breathe underwater, therefore they rarely drown in well-oxygenated systems. However, if oxygen levels fall too low, they could eventually suffocate and pass away.

How frequently should water be changed in aquaponics?

In general, depending on size and arrangement, most systems need a full water change every 4-6 weeks. However, some bigger commercial setups may go longer between changes due to filtration capabilities.

How much light is required for aquaponics?

Most light cycles should be between 12 and 18 hours each day, depending on the type or variety of plants being produced.

How frequently should aquaponics be flooded and drained?

Depending on the size of your grow bed or grow beds, anywhere from 2-4 times each day should be sufficient.

What depth is ideal for an aquaponic grow bed?

Ideal depth is 12 to 18 inches, however this might change based on the type and variety of plants being cultivated, the weather, the outside temperature, and other factors.

With good reason, aquaculture is swiftly gaining popularity among indoor gardeners as one of the most effective ways to grow cannabis harvests at home or commercially.

It’s understandable why so many growers now like this method over more conventional farming practices like hydroponics or soil culture methods given its low environmental effect and flexibility in setups to suit individual demands and budgets.

It is easy to see why so many gardeners have decided to use aquaculture as their favorite way for cultivating weed due to its many advantages and cost savings when compared to other methods available today!

The Aquaponic Systems and How it Works

You would use a double root zone to set your system. The bottom half can be filled using hydroponic means or you can suspend the roots in water. The aquaponic system and hydroponic system are almost identical in many ways.


Learn How To Grow Cannabis!

The primary difference is the nutrient source. In this process, no nutrients are added to the water tank, but rather, you would produce them using the waste of the fish. The waste would be diluted and pumped and placed on the roots of the marijuana plant. The roots will absorb those nutrients and believe it or not, the water will be purified prior to it returning to the aquarium. The only input that you will need is fish food. You can grow this yourself or buy it locally.

The Nutrient

The main nutrient that the fish waste will produce is nitrogen and this nitrogen will have traces of other minerals. Unlike the hydroponic system, the aquaponic system is also used to grow leafy vegetables and fruits, in addition to cannabis.

However, for cannabis, you are going to need added nutrients such as potassium and phosphorus. The double root zone provides the remedy. What is a double root zone?

The Double Root Zone (Dual Root Zone)

You will be able to divide the roots by section with the double root zone. The bottom half of your pot has to be submerged into the water while you fill the upper half with soil. By doing this, you will permit the added nutrients to be effectively applied to your roots so that the water is not contaminated.

You will have divided the roots into two sections and then separate these sections by using burlap. This allows your roots to travel through as the soil is prevented from reaching the water. When you are giving your plants water with the added nutrients, be sure not to saturate the soil too much because it is important that the water in your aquaponic system is kept clean at all times.

The Benefits of Growing Aquaponic Weed

There are several benefits to growing marijuana in an aquaponic system. For one, you will have multiple returns. As you grow your marijuana plants, you will also be raising some fishes that are protrient-rich. Usually, the tilapia will be ready within six to nine months, reading their desired size for human consumption. However, the speed at which it is grown will rely on the temperature of the water.

Another benefit is sustainability. The aquaponic system is sustainable for marijuana growth. As long as there are no toxins, you can ensure sustainability. All you are going to need to encourage sustainability is fish food.

So, you are growing the weed along with the fish in the same aquaponic system. So, you are also going to need the added nutrients for the layer of your top soil to get both healthy marijuana plants and healthy fish to be consumed.

Other benefits include the fast growth rate that the aquaponic system provides and less water used in comparison to a hydroponic system. The only downside is that the upfront cost of using an aquaponic system is more expensive.

Aquaponics vs Hydroponics vs Aeroponics

Aquaponics, Hydroponics, and Aeroponics are three types of soilless agriculture systems used for growing plants.

Aquaponics is a system where fish and plants are grown in a symbiotic relationship, where the fish waste provides nutrients to the plants and the plants help to purify the water for the fish.

Hydroponics is a system where plants are grown in nutrient-rich water instead of soil.

Aeroponics is a system where plants are grown in air or mist and their roots are suspended in the air.

Aquaponics vs Aquaculture

Aquaculture is the traditional method of growing fish in a controlled environment.

Aquaponics vs Soil

In terms of growth rate, hydroponics and aeroponics can have faster growth rates than aquaponics and soil-based farming, but this also depends on many other factors such as light, temperature, and nutrient levels.

Aquaponics vs Hydroponics Yield

The yield of hydroponics and aquaponics can be higher than traditional soil-based farming, but again, this depends on many factors.

In conclusion, each of these systems has its own advantages and disadvantages, and the choice of which to use depends on various factors such as the type of plant, the environment, and the goal of the grower.

How does aquaponics compare to traditional farming?

Aquaponics is a hybrid farming method that combines aquaculture (raising fish or other aquatic animals) with hydroponics (growing plants in water without soil).

Compared to traditional farming, aquaponics has several benefits:

There are over 300,000 jobs in the cannabis industry. CTU trained me for one of them!

marijuana extraction course
– Johanna Rose
Makes $24.50 @ THC +

Efficiency: Aquaponics uses less water and land compared to traditional farming, making it a more sustainable option.

Climate Control: The controlled environment of an aquaponic system allows for year-round food production, regardless of weather conditions.

Reduced Pesticides and Herbicides: As the system is closed and self-contained, the use of harmful chemicals is minimized.

Increased Yields: The controlled environment and constant supply of nutrients to the plants result in faster growth and higher yields compared to traditional farming.

However, there are also some challenges associated with aquaponics, such as the need for a steady supply of energy to maintain the water temperature and pump water, and the higher upfront costs of setting up an aquaponic system.

Ready to Start Your Own Aquaponic Cannabis Grow System?

Now that we’ve explained how the aquaponic cannabis grow method functions and addressed some frequently asked questions, you’re prepared to begin growing top-notch aquaponic buds right away!

Learn more about growing marijuana indoors.

Source link


Expert interview: The science of saving those terps at harvest




Tis the season for murder—terp murder, that is.

Yes, terpenes—those aromatic molecules that make cannabis so special run an annual harvest gauntlet. More than half the terps the plant produces will never make it to the bag. Even more will be smoked without a proper cure.

Growers chop plants too early, they burn terpenes in the dry room, or they rot terpenes in containers that were sealed too soon. Also, sellers sell and consumers smoke flower before it’s fully cured and in its prime.

Leafly has tons of resources to get you through your first harvest season. But we also wanted to recap the basics with an expert. Watch the video above as Leafly Senior Editor David Downs—author of “Marijuana Harvest“—runs down the top tips to save those terps with Bay Area-based expert Post-Harvest Manager Danielle Boudreaux. Tips include:

How to Prevent Mold on Marijuana Plants While Curing
  • Chop plants when trichomes are ripe
  • Hang-dry branches whole in a cool, blacked-out room with a fan gently circulating
  • Keep the drying room at 60F, and the relative humidity at 55RH. Monitor remotely with WiFi sensors from Govee.
  • Hang dry for 10 to 14 days until the thickest bud stems crack, but do not fully break. Don’t rush the dry.
  • Remove branches from the line and finish drying in bins for at least a week until the terpene smell overtakes the water and plant smell
  • Do not seal wet bud in jars—the water and lack of oxygen promotes rotting

If only it all went so smoothly. Watch the video for troubleshooting tips as well.

David Downs

David Downs

Leafly Senior Editor David Downs is the former Cannabis Editor of the San Francisco Chronicle. He’s appeared on The Today Show, and written for Scientific American, The New York Times, WIRED, Rolling Stone, The Onion A/V Club, High Times, and many more outlets. He is a 2023 judge for The Emerald Cup, and has covered weed since 2009.

View David Downs‘s articles

Source link

Continue Reading


7 Best Spicy Strains – High in Caryophyllene




Within the cannabis industry, terpenes are highly regarded for their ability to shape the flavours, aromas, and effects of various strains. Of all these terpenes, caryophyllene stands out for its spicy and peppery profile. Interested in the best spicy weed strains? Let’s discuss the 7 best strains with a peppery punch.

Which terpenes are responsible for the aromas in spicy strains?

Terpenes work synergetically with other cannabinoids, creating what is commonly referred to as the entourage effect. This unique collaboration plays a crucial role in shaping the overall sensory experience of cannabis strains and their effects. While a strain’s terpene profile can vary based on factors like genetics and cultivation practices, here are some terpenes commonly associated with spicy weed strains!


Caryophyllene is a sesquiterpene found naturally within various plants, most commonly black pepper, cloves and oregano. It is also one of the most prevalent terpenes in cannabis varieties. This compound carries a distinctive spicy and peppery aroma which directly contributes to the unique aroma and flavour profiles. 


Myrcene is a naturally occurring sesquiterpene found in various plant species, such as cannabis, hops, and even some fruits like mangoes. This terpene is known for its distinctive musky and earthy scent and is frequently responsible for the overall aroma and flavour of many different cannabis hybrids.

The top 7 strains high in caryophyllene

Now that we understand that specific terpenes contribute to a strain’s scent. Let’s take a look at seven weed strains that are high in caryophyllene!

1. Jack Herer

Jack Herer was created in the early 1990s by meticulously crossbreeding Haze with Northern Lights #5 and Shiva Skunk. It was named in honour of the cannabis activist and Ben Dronker’s close friend, Jack Herer. This weed strain has gained worldwide popularity within the cannabis community and was even the first hybrid to be prescribed by Dutch pharmacies. It has also won numerous cannabis cups, further solidifying its status as an outstanding hybrid.

This cultivar thrives in a Mediterranean climate and can produce some impressive yields with ideal growing conditions. Jack Herer has four phenotypes, three of which are sativas and one of which is an indica. This strain is particularly well-suited for producing concentrates because of its high resin production. Growers can use training techniques like SOG or SCROG to increase yields even further!

The terpene profile of Jack Herer is known for being extraordinarily spicy and contains abundant levels of the pepper-scented terpene, beta-caryophyllene. The aromatic notes are complex and intense, featuring a blend of sharp, savoury, and earthy flavours that escalate after the harvest. Jack Herer is known for its uplifting and cerebral effects when consumed, providing users with a soaring high accompanied by a slight body buzz.

2. White Diesel Haze

White Diesel Haze was meticulously crafted by crossing Haze and Ruderalis with NYC Diesel. It is a sativa-dominant hybrid with an exquisitely spicy profile and is an excellent choice for those seeking an energy boost throughout the day.

This particular weed strain stands out among other sativas due to its distinctive qualities. Its compact and stocky structure allows it to thrive even in colder climates, making it an ideal choice for growers in Northern Europe. Its autoflowering traits make it an easy-to-grow cultivar with a pungent terpene profile and frosty dense buds.

With high levels of beta-caryophyllene and myrcene, White Diesel Haze has a remarkable terpene profile featuring an unmistakable aroma of pungent diesel fuel, complemented by subtle undertones of tangy grapefruit, sweet pineapple, and refreshing citrus notes. This weed strain is ideal for daytime use, as it delivers an invigorating and uplifting high that enhances creativity and mental clarity.

3. White Widow

A prevalent cultivar in the Dutch coffeeshop scene since the early 1990s is White Widow. Our dedicated team of breeders carefully developed this revolutionary hybrid by crossing a Brazillian sativa with a South Indian indica. This weed strain has triumphed in numerous cannabis cups and remains a favourite among enthusiasts to this day.

As the name suggests, White Widow has dense, dark green, resinous buds covered with sticky white trichomes and deep orange pistils. Its dense structure, tight internodal spacing, and robust, resilient characteristics make it a popular choice for commercial growers.

White Widow has a distinctly peppery aroma, accompanied by subtle hints of tangy citrus that perfectly complement undertones of moist earth, sandalwood, and spicy charas. It offers a well-balanced blend of cerebral stimulation and physical relaxation, increasing creativity and mental clarity before transitioning into a calming body high. Its spicy flavour and uplifting effects make it an excellent choice for those seeking a well-rounded cannabis experience.

4. Chemdawg

According to popular belief, a cultivator from the United States named Chemdog acquired a top-quality ounce of cannabis at a Grateful Dead concert in 1991, containing a handful of seeds. After germinating them, he selected the finest phenotypes and shared them with fellow cannabis in the community. It has since been utilised to create unique hybrids with distinct terpene profiles and has become a representation of ingenuity and originality within the cannabis community.

The buds of Chemdawg tend to be dense and resinous, often covered in a thick blanket of trichomes. Densely packed calyxes help contribute to its high resin production. During flowering, Chemdawg exhibits a range of colours visible throughout the foliage and bud structure, including deep shades of purple and vibrant orange or red pistils.

Chemdawg has a highly distinctive aroma, renowned for its spicy profile that is high in beta-caryophyllene and myrcene with low concentrations of limonene. It has an exceptionally gassy flavour reminiscent of gasoline, with subtle hints of zesty citrus and fresh sandalwood that accompany pungent notes of hashish. According to many cannabis enthusiasts, it provides a stimulating and uplifting cerebral boost that transitions into a soothing body buzz.

5. Durban

The breeders at Sensi Seeds developed Durban by taking the best characteristics of the original landrace, Durban Poison, native to Durban in South Africa. It is considered one of the purest sativas in our collection and was bred to thrive in temperate climates.

Shorter than most sativas, Durban has a compact structure, tight internodal spacing, and elongated lateral branches that support dense bud formations. As it enters the flowering stage, the calyxes swell, and pistils change into vibrant deep red and pink hues. This short-flowering cultivar has impressive resistance to mould and can be grown outdoors in most climates. Its resilience and robust properties make it a standout option for novice growers.

Durban is known for its unique peppery aroma, featuring loud notes of tangy citrus, pungent aniseed, damp earth, and subtle undertones of coffee, sandalwood, and cacao. This weed strain is highly regarded among the cannabis community for its potent cerebral effects that boost creativity and mental clarity. Despite its powerful effects, Durban is also known for its incredibly calming and relaxing properties.

6. OG Kush

OG Kush was developed in California during the 1990s and has gained worldwide recognition as an indica-dominant powerhouse! There has been much discussion within the cannabis community about whether the “OG” in OG Kush stands for Ocean Grown or Original Gangster. However, given its origins in a coastal region with fertile soil, many tend to lean towards the former. Nevertheless, we would love to hear your thoughts on the matter.

This powerhouse displays its indica characteristics through its short stature, abundant lateral branches, and thick foliage. The buds are large, compact, and covered in a sticky resin with a beautiful lime-green hue. For optimal growth, it is recommended to cultivate these plants indoors with lighting or in a Mediterranean climate.

OG Kush has a rather pungent and complex aroma profile, with noticeable levels of caryophyllene, limonene and myrcene. It emits a pungent odour reminiscent of diesel fuel among earthy and piney notes, with subtle hints of tangy citrus and skunk. 

Well-balanced high that induces a sense of uplifting euphoria and increases creativity before dissipating into a full-body high which relaxes the muscles. Its effects are well-balanced, starting with a joyful and creative high that eventually transitions into a full-body relaxation which relaxes the muscles. However, be warned: it can be pretty sedative in larger doses.

7. Silver Fire

Initially introduced as part of our Sensi Seeds Research project, it was added to our catalogue permanently in 2019. Silver Fire is an indica-dominant hybrid developed by interbreeding our award-winning Silver Haze with the ever-popular Fire OG.

This cultivar is known to flourish in a warm, Mediterranean climate. It has a classic sativa morphology with a tall, elegant structure, thick apical mainstem, elongated lateral branches, and sufficient internodal spacing. Those growing Silver Fire can anticipate clusters of dense, sizeable buds with extremely swollen calyxes coated in a sparkling blanket of trichomes.

The high concentration of myrcene and caryophyllene is responsible for its piquant allure. Silver Fire’s flavour profile includes a delightful combination of sweet and spicy scents with hints of mouth-watering citrus, fresh sandalwood and spicy hashish. Many connoisseurs have praised its balanced effects and reported feeling an uplifted, creative high that induces mental and physical relaxation.

The fascinating world of spicy weed

In conclusion, the world of cannabis provides a diverse range of experiences. These spicy weed strains provide unforgettable experiences due to the interplay between terpenes and cannabinoids. Spicy strains entice users with vibrant flavours and effects, but personal preferences can be crucial in choosing your favourite. In comparison, some enthusiasts might prefer the subtle pepperiness of Durban, and others might enjoy the citrus undertones of White Widow. What are your favourites?

  • Disclaimer:

    Laws and regulations regarding cannabis cultivation differ from country to country. Sensi Seeds therefore strongly advises you to check your local laws and regulations. Do not act in conflict with the law.

Source link

Continue Reading


Weed disease hop latent viroid is coming for your plants




Across North America, something called Hop Latent Viroid (HLV) is wreaking havoc. This virus-like infection can make plants sickly and destroy harvests. It’s highly contagious. Studies have estimated that perhaps 40% of cannabis flower sold legally in Canada carries HLV. As much as 90% of cannabis in California might be infected, costing billions of dollars in lost yields. 
What exactly is Hop Latent Viroid (HLV), how does it work, and what can growers do to protect their precious Cannabis plants?

Cannabis plants can catch HLV when they come into physical contact with infected plants.

Hop Latent Viroid: What are viroids & How are they different than viruses?

Plants with hop latent viroid infection look stunted and mal-developed. (Shuttersotck)
Hop latent viroid infection causes seedling death and stunted growth—and it’s spreading. (Shutterstock)

Viruses are tiny infectious agents. They can infect animals, plants, or single-celled organisms. They are much smaller than even a bacteria cell, consisting of a small piece of genetic material (DNA or RNA) protected by a protein shell. These protective shells help preserve the genetic material of the virus and contain various proteins enabling them to infect specific host cells. 

Viroids are similar to viruses, but different in key ways. Viroids do not have a protective protein shell. Instead, they are small circular strands of RNA. They seem to specialize in infecting flowering plants. In other words, they are tiny, “naked” pieces of genetic material that infect certain plant species, causing disease. When they infect valuable crops grown by humans, such as Cannabis, this can have a devastating economic impact. 

The “goal” of viruses and viroids is the same: replication. They cannot reproduce on their own. They must come into direct contact with the right host cell, smuggle their genetic material inside, and hijack the cell’s replication machinery. Eventually, the host cell fills up with viral particles and bursts open. When you get sick with a viral infection–such as COVID or the common cold–it’s because your immune system is responding to a large number of these viral particles circulating throughout the body.


Marijuana seedling and plant care

Hop latent viroid: What does it do to cannabis plants?

Hop Latent Viroid is a viroid that infects hop plants, which are used to brew beer. Cannabis is a relative of hops. In recent years, HLV jumped from hops to Cannabis. Infected plants show various defects, ranging from stunted growth and reduced foliage to uneven trichome coverage and decreased cannabinoid production–symptoms of what’s been called “duds disease.” This is a huge problem for cannabis growers, whose livelihoods depend on reliably growing healthy, cannabinoid-rich plants with bountiful harvests.

Cannabis plants infected with HLV show obvious outward defects: smaller overall sizes, reduced root development, and discoloration. Here are some pictures. They have smaller flowers (the part of the plant meant for human consumption), and can produce up to 50% fewer cannabinoids, like THC.

How does hop latent viroid (HLV) spread in cannabis

Similar to viruses, viroids like HLV need to come into direct contact with their hosts to infect them. Cannabis plants can catch HLV when they come into physical contact with infected plants. Although HLV doesn’t infect humans, we can spread it between plants through contact with body surfaces, tools, or equipment. Contaminated water supplies are also a major source of infection, as HLV tends to concentrate in the roots. 

All of these potential points of infection enable the rapid spread of HLV, as Cannabis plants are often grown in high density, require human contact at multiple points of the production process, and can be connected to common water supplies (e.g. in hydroponic systems).

Hop latent viroid can also spread from mother plants to offspring, both through clones generated by taking cuttings and through seeds. All offspring can potentially carry HLV if their parent is infected. This makes it essential to identify infected plants, even if there are no obvious outward signs of infection or you’re working with tissue culture systems with physically isolated samples.

Shop highly rated dispensaries near you

Showing you dispensaries near

See all dispensaries

Because HLV is so contagious, it has already spread widely and caused mass losses for Cannabis growers. It is likely to continue spreading. Growers must be prepared.

How can growers protect against hop latent viroid (HLV)?

Whether or not growers are already battling HLV, they need to have processes in place to test and remove infected plants. It is obviously important to learn how to visually identify potentially infected plants, but it’s always possible to miss subtle signs.

As far as I can tell, the only reliable way to be sure whether plants are infected is to conduct genetic testing, similar to what would be done to detect something like COVID infection in yourself. A sample must be taken from a potentially infected individual and subjected to a laboratory test capable of detecting the presence of genetic material from a particular pathogen. 

For Cannabis growers, this means either developing in-house capabilities and purchasing test kits, or sending samples out for testing elsewhere. Any plants known or suspected to be infected with HLV need to be immediately removed to prevent the spread of infection. Plants in close proximity, even if they show no signs of infection, should be quarantined or monitored closely.

Being diligent could mean the difference from a few infected plants vs. the loss of an entire harvest. 

Dr. Zamir Punja’s research team has conducted studies looking at how well HLV infections can be managed using a test-and-remove approach. They were able to reduce the percentage of infected plants from 35% to 7% over a period of seven months. In other words, handling a HLV outbreak is likely to be costly in terms of time, labor, and money. For commercial Cannabis growers, it is advisable to have a robust detection process in place, before isolated infections turn into full-blown outbreaks. Being diligent could mean the difference from a few infected plants vs. the loss of an entire harvest. 

Other preventative measures should also be taken. HLV is surprisingly stable on surfaces, with the ability to survive for days or even weeks on equipment or plant material. This viroid is also apparently capable of withstanding high heat, UV radiation, and disinfectants to some extent. For these reasons, growers need to be proactive and conscientious about hygiene. Are tools and equipment being fully sterilized between uses? Are supplies and staff traveling between rooms with different plants? How often are disposable items being reused and thrown out?


Identifying bud rot, mold, and root rot on marijuana plants

Any large-scale growers with high-density grow operations should be prepared, especially if their plants share common water supplies, nutrient sources, and soil. Given the rapid spread of HLV, Cannabis cultivators everywhere should be prepared. As I’m sure we all know by now, viral outbreaks are difficult to manage and can be highly disruptive. Growing Cannabis is hard. It’s a science and an art form. In an already competitive market with slim profit margins and the inability to deduct normal business expenses due to the schedule I legal status of marijuana, every harvest counts.

Be prepared.

Source link

Continue Reading


Copyright © 2021 The Art of MaryJane Media