Cannabis News

In a press release published last week, Shimadzu Scientific Instruments announced a partnership with MoCann Testing, a division of EKG Labs. MoCann Testing is the first state-certified medical cannabis testing lab in Missori.

It sounds like the partnership involves Shimadzu supplying MoCann with instruments and supporting their testing efforts with training, method development and maintenance, though the press release does not mention any details.

“We are excited to support MoCann’s mission to help individuals across the state of Missouri have access to safe medical marijuana through accurate sample testing and quality results,” says Bob Clifford, Ph.D., general manager of marketing at Shimadzu. “Because selecting the right analytical solutions is a critical investment, we provide more than just advanced instrumentation and software. We assist with method development, instrument training and maintenance that keep systems operating at the highest level.”

MoCann Testing is certified by Missouri, accredited to ISO 17025 and they offer the full gamut of testing services for growers and manufacturers in Missouri.

PHOENIX November 24, 2020 – PRESS RELEASE – 4Front Ventures Corp. has announced that its fully funded, state-of-the-art, 185,000-square-foot production facility in Commerce, Calif., is nearing completion and will be ready to serve the $3b California cannabis market in Q2 2021. The project is on target to be completed in April 2021 with the company planning for the first of its full line of edibles, tinctures and vape products to be on California retail shelves by May.

Leveraging its Washington facilities, 4Front has successfully introduced its products and brands into Massachusetts, Illinois and soon to be California. The automated, state-of-the-art Commerce facility incorporates unprecedented capacity for finished goods manufacturing, similar to the scale seen in the traditional consumer packaged goods industry. Commerce will have the ability to produce over 10 times the current capacity of 4Front’s 40,000-square-foot Washington production hub.

The successful closing of a C$17.25 million bought deal financing provides the company with all it needs to finish the California facility and to replicate its proven high-quality/low-cost production strategy that has been so successful in even the most competitive of cannabis markets such as Washington State.

“We’re thrilled to be in California and to be completing our largest and most automated manufacturing facility yet,” stated Leo Gontmakher, chief executive officer of 4Front. “Our experience in Washington, Massachusetts and Illinois, where we excel in low-cost manufacturing at scale, uniquely positions us to successfully compete in one of the largest, if not the largest, cannabis markets in the world.” 

Gontmakher continued, “This facility is almost finished and with our large-scale customized production line will produce a minimum of ten times more product per shift than the largest of our other locations. I am not aware of a production facility in the country which will rival us in either size or efficiency and we are poised to attack the California market in a manner that the rest of the industry has been unable to do.

“In short,” said Gontmakher, “this facility is expected to produce quality product at scale and at a price point that pleases both retailer and consumer. Being the lowest cost producer is our strategy for every state in which we operate, and I am excited to soon announce further capacity expansions in Illinois and Massachusetts as well."

The Brand Marketing Byte showcases highlights from Pioneer Intelligence’s Cannabis Brand Marketing Snapshots, featuring data-led case studies covering marketing and business development activities of U.S. licensed cannabis companies.

Here is a data-led, shallow dive on Aster Farms:

Aster Farms is based in Lake County, California and operates with an ethos of environmental sustainability. They call themselves the “cleanest, meanest and greenest around” and produce sungrown cannabis with “good genetics, clean cultivation and the power of nature.”

According to Pioneer Intelligence, Aster Farms is showing increased strength in each of the pillars they track: social media, earned media and web-related activities. The reason for such an improvement in performance? It starts with a number of earned media placements driving greater awareness for the brand, like this piece in SFWeekly or this one on Benzinga.

Engagement rates for Aster’s Instagram account have been growing for about two months and received a recent boost in the form of a sweepstakes giveaway. Their web activity performance improved as a result of keyword growth on their site.

All of these factors helped Aster Farms get on Pioneer’s list of Top 100 hottest U.S. cannabis brands for October, coming in at Number 60.

Timing is tricky business in hemp and cannabis field farming. Plant too early, and farmers risk losing their crops to frost. Plant too late, and growers chance early maturation with suboptimal yields. 

It’s the reason The Hemp Mine, a hemp genetics and cannabidiol (CBD) company, created a virtual planting map to help growers make informed decisions about planting, testing and harvesting.

The map includes data points on average frost potential and daylength at different dates for nearly every county throughout the U.S. With this simple data, hemp and cannabis growers can not only make informed decisions about when to plant, which genetics to choose and when to start testing—they can also track their production schedule nearly down to the day.

But before delving into the map, it’s important for growers to understand photoperiodism.

READ MORE: How the Justice Family Transitioned Into Hemp

Photoperiod Primer

Cannabis and hemp are traditionally photoperiodic, meaning a certain amount of time in darkness will trigger them to flower. The number of hours needed in darkness, otherwise called a flowering response time, varies among different varieties. (This is not the case for autoflowering varieties, which will flower after a certain amount of time regardless of day and night length.)

Travis Higginbotham, an owner of The Hemp Mine, explains that cannabis falls into the short-day plant category, meaning it flowers when the night lengths meet or exceed its flowering response time—in other words, it needs long days followed by short days.

“This transition from a long day to a short day initiates flowering and causes the plant to go from vegetative growth to reproductive growth,” Higginbotham says.

Each breeder should provide the specific flowering response time of a variety down to the minute. (If not, Higginbotham suggests asking. This information is crucial.)

A variety’s flowering response time comes into play heavily when looking at The Hemp Mine’s data map.

Using The Map to Decide When to Plant

Using data from The Hemp Mine’s map, farmers can decide the best time to plant based on their genetics. This consists of a delicate balancing act between frost dates, daylength and how long growers want their crop to remain in a vegetative state.

“In the field, you don’t have the ability to manipulate lighting like you do in a greenhouse or an indoor environment, so you have to strategically plan your production outdoors so that you maximize the environment at the location where you are,” Higginbotham says.

First, farmers should look at frost potential. (This is indicated on The Hemp Mine’s map as DATEPERCENTAGE: For example, DATE10% on 5/22 would mean there is a 10% chance of frost on May 22.)

Farmers need to keep this in mind as they then examine day length. (This is indicated on the map in relation to frost potential as DLPERCENTAGE: For example, DL10% of 14.68 would mean on the same date that the frost potential is 10%, the day length is 14.68 hours.)

Higginbotham explains that farmers should only plant when potential for frost is low and when daylength is above that flowering response time. This protects the plant while allowing it to remain in a vegetative state in its early stages so it can bulk up and ultimately prepare to burst with buds. 

Farmers should look at one more data point before they decide when to plant, Higginbotham says: the date when the day length does meet that flowering response time. (This information is not available on the map but is easily found through an online search.) This will determine how long the crop remains in a vegetative state and exactly when it will begin to flower. The longer a hemp or cannabis crop remains in its vegetative state, the more yield it will ultimately produce.

As an example, The Hemp Mine’s Southern Cat Daddy cultivar has a flowering response time of 14 hours. This means farmers growing that variety should choose to plant it when the day length is longer than 14 hours. Also, farmers working with that variety should examine when the day length dips beneath 14 hours to know when it will start flowering.

Other Uses

Using these data points on frost potential and daylength, farmers can determine a plethora of other key factors to drive decisions. 

This information can help farmers choose genetics, as day lengths vary throughout the country. To maximize yield, farmers should choose genetics that allow their crop to stay in a vegetative state long enough to bulk the plant to the yields they’re aiming for. This can ultimately be determined through trial and error, but several weeks in a vegetative state serves as a rough benchmark for beginner growers. 

“Ultimately what dictates the yield per plant outdoors is the length of vegetative growth and light accumulation during flowering,” Higginbotham says.

Frost potential and day length can also help farmers determine when to begin testing their crop, as they can pinpoint the exact day the crop will start flowering. Higginbotham recommends hemp growers specifically test their crops several times throughout the flowering stage to remain in compliance with the 0.3% THC limit, which will also ultimately determine when they harvest.

And, while much of this data focuses on hemp flowering, Higginbotham says this data can also be useful to hemp farmers growing photoperiodic grain and fiber varieties as well. 

“This little piece of data is really something that can help any [cannabis] grower or breeder,” Higginbotham says. “It truly allows you to put a day-by-day schedule on paper.” 

The Hemp Mine has a video further detailing photoperiodism and how to use the map here.

In a press release sent out this week, Trichome Analytical, based in Mount Laurel, New Jersey, announced two new developments for their business: They have achieved ISO 17025:2017 accreditation and they are officially registered with the DEA for hemp compliance testing.

The press release also mentions their collaboration with Shimadzu, who supplies 80% of the lab’s equipment and supports the Trichome’s operations with technical guidance.

For the hemp industry, pre-harvest testing for THC levels is a requirement and labs are required to get registered with the DEA in order to perform that testing.

These announcements are somewhat timely, given the results of the election. Voters in New Jersey approved adult use cannabis legalization just last week.

Timing is tricky business in hemp and cannabis field farming. Plant too early, and farmers risk losing their crops to frost. Plant too late, and growers chance early maturation with suboptimal yields. 

It’s the reason The Hemp Mine, a hemp genetics and cannabidiol (CBD) company, created a virtual planting map to help growers make informed decisions about planting, testing and harvesting.

The map includes data points on average frost potential and daylength at different dates for nearly every county throughout the U.S. With this simple data, hemp and cannabis growers can not only make informed decisions about when to plant, which genetics to choose and when to start testing—they can also track their production schedule nearly down to the day.

But before delving into the map, it’s important for growers to understand photoperiodism.

READ MORE: How the Justice Family Transitioned Into Hemp

Photoperiod Primer

Cannabis and hemp are traditionally photoperiodic, meaning a certain amount of time in darkness will trigger them to flower. The number of hours needed in darkness, otherwise called a flowering response time, varies among different varieties. (This is not the case for autoflowering varieties, which will flower after a certain amount of time regardless of day and night length.)

Travis Higginbotham, an owner of The Hemp Mine, explains that cannabis falls into the short-day plant category, meaning it flowers when the night lengths meet or exceed its flowering response time—in other words, it needs long days followed by short days.

“This transition from a long day to a short day initiates flowering and causes the plant to go from vegetative growth to reproductive growth,” Higginbotham says.

Each breeder should provide the specific flowering response time of a variety down to the minute. (If not, Higginbotham suggests asking. This information is crucial.)

A variety’s flowering response time comes into play heavily when looking at The Hemp Mine’s data map.

Using The Map to Decide When to Plant

Using data from The Hemp Mine’s map, farmers can decide the best time to plant based on their genetics. This consists of a delicate balancing act between frost dates, daylength and how long growers want their crop to remain in a vegetative state.

“In the field, you don’t have the ability to manipulate lighting like you do in a greenhouse or an indoor environment, so you have to strategically plan your production outdoors so that you maximize the environment at the location where you are,” Higginbotham says.

First, farmers should look at frost potential. (This is indicated on The Hemp Mine’s map as DATEPERCENTAGE: For example, DATE10% on 5/22 would mean there is a 10% chance of frost on May 22.)

Farmers need to keep this in mind as they then examine day length. (This is indicated on the map in relation to frost potential as DLPERCENTAGE: For example, DL10% of 14.68 would mean on the same date that the frost potential is 10%, the day length is 14.68 hours.)

Higginbotham explains that farmers should only plant when potential for frost is low and when daylength is above that flowering response time. This protects the plant while allowing it to remain in a vegetative state in its early stages so it can bulk up and ultimately prepare to burst with buds. 

Farmers should look at one more data point before they decide when to plant, Higginbotham says: the date when the day length does meet that flowering response time. (This information is not available on the map but is easily found through an online search.) This will determine how long the crop remains in a vegetative state and exactly when it will begin to flower. The longer a hemp or cannabis crop remains in its vegetative state, the more yield it will ultimately produce.

As an example, The Hemp Mine’s Southern Cat Daddy cultivar has a flowering response time of 14 hours. This means farmers growing that variety should choose to plant it when the day length is longer than 14 hours. Also, farmers working with that variety should examine when the day length dips beneath 14 hours to know when it will start flowering.

Other Uses

Using these data points on frost potential and daylength, farmers can determine a plethora of other key factors to drive decisions. 

This information can help farmers choose genetics, as day lengths vary throughout the country. To maximize yield, farmers should choose genetics that allow their crop to stay in a vegetative state long enough to bulk the plant to the yields they’re aiming for. This can ultimately be determined through trial and error, but several weeks in a vegetative state serves as a rough benchmark for beginner growers. 

“Ultimately what dictates the yield per plant outdoors is the length of vegetative growth and light accumulation during flowering,” Higginbotham says.

Frost potential and day length can also help farmers determine when to begin testing their crop, as they can pinpoint the exact day the crop will start flowering. Higginbotham recommends hemp growers specifically test their crops several times throughout the flowering stage to remain in compliance with the 0.3% THC limit, which will also ultimately determine when they harvest.

And, while much of this data focuses on hemp flowering, Higginbotham says this data can also be useful to hemp farmers growing photoperiodic grain and fiber varieties as well. 

“This little piece of data is really something that can help any [cannabis] grower or breeder,” Higginbotham says. “It truly allows you to put a day-by-day schedule on paper.” 

The Hemp Mine has a video further detailing photoperiodism and how to use the map here.