Kara's Edits

[Kara's Edits @karaeditss]

Are you familiar with black cannabis? Exploring various cannabis forums reveals conflicting opinions on the existence of black cannabis. Can certain strains attain such a dark hue that they appear black? Although uncommon, there are indeed strains of cannabis that exhibit deep black/purple/blue coloring.

However, this distinctive coloration only manifests under specific conditions. Let’s delve into the factors that contribute to the development of black cannabis strains.
What Causes Some Plants to Have a Darker Hue?
The prevailing climate heavily influences the alteration of color in plants. Cannabis cultivated in the warm Mediterranean typically displays a vibrant green color, while plants grown in cooler climates tend to produce compounds resulting in a purple hue.

The critical agents behind this phenomenon are anthocyanins, which serve as natural antifreeze for the plant. This antifreeze property aids in water retention, preventing water from escaping the leaves and forming ice crystals between leaf cells in freezing conditions. The cooler the growing climate, the greater the production of anthocyanins.

Some researchers propose that anthocyanins act as sunscreen, shielding plant leaves from specific light intensities and enhancing the absorption of other soft types. Anthocyanins stimulate the absorption of blue and green light wavelengths, with cannabis responding by producing more anthocyanins under certain stress conditions.

Furthermore, it is plausible that the coloration serves as an attractant for specific pollinators while deterring potential pests. Much like various flowers exhibiting a spectrum of colors, cannabis flowers can produce an array of hues.

During periods of drought, plants also tend to increase anthocyanin production. These theories collectively suggest that anthocyanin production is an adaptive trait enabling plants to thrive and endure specific environmental conditions.

If anthocyanins elucidate the purple coloration in cannabis, how does black come into play? Well, anthocyanin in cannabis is the same compound found in plants such as black rice, eggplant, black currants, and black/blue tomatoes. Consequently, the greater the presence of anthocyanins in a plant, the more profound its coloration becomes.
Color Genetics
The interplay between environmental conditions and genetics governs the coloration of plants. Cool climates stimulate increased anthocyanin production in plants, yet certain purple strains exhibit superior capabilities in generating this compound. For instance, strains like Black can produce leaves and buds with a deep purple, almost black hue in nearly any environment.

The hypothesis suggests that the Black strain possesses a recessive phenotype enabling enhanced conversion of glucose into anthocyanins. Offspring from the Black strain hybrids can display a diverse range of colors, ranging from purple to reddish and even white. To maintain a black coloration, the progeny must inherit a recessive gene from both parent plants.
pH Influence
Anthocyanins, responsible for red, purple, blue, and black hues, are influenced by pH levels. Cannabis plants naturally thrive in slightly acidic soil. However, the redder coloration intensifies with more acidic soil, while neutral pH promotes blue and purple hues.

To enhance the purple tones in your herb, maintaining a slightly higher pH within the optimal range of 5.8 to 6.8 on the pH scale is recommended.
Color and Potency
While some individuals perceive black strains as highly psychedelic and rich in THC, the color of the plant may not directly contribute to potency. Instead, certain strains with black phenotypes may have been selectively bred to produce elevated levels of THC. Indica plants, known for their propensity to turn purple more readily, are also believed to produce higher THC amounts naturally.
Effects on Consumption Experience
While color may or may not directly impact the overall consumption experience, anthocyanins, the compounds responsible for vibrant colors, offer many health benefits. Much like the advice to “eat the rainbow,” anthocyanins contribute to the reds, purples, and blues in the food color spectrum.

In humans, anthocyanins provide various health advantages, including protection against cardiovascular disease, antioxidant properties, cancer prevention, memory enhancement, anti-aging effects, immune regulation, and anti-inflammatory benefits.
Black Cannabis Varieties
Currently, some of the sought-after black strains available include:
1. Black Domina
Black Domina boasts captivating, uniform specimens distinguished by broad, dark green leaves and compact, resinous buds. With a sweet, incense-infused flavor, this Indica-dominant strain delivers a profound and potent relaxation experience, making it an ideal choice for those seeking medicinal and therapeutic benefits due to its elevated CBD levels.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8-9 weeks indoors, end of September outdoors.




Yield: 400-500 g/m2 indoors, up to 1 kg per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




2. Black Jack
Formulated by Sweet Seeds, Black Jack is an intensely fragrant plant with a sweet, slightly lemony aftertaste reminiscent of the legendary Jack Herer. With high resin production, it allows for extract creation. Its balanced sativa and indica hybrid genes induce a euphoric sensation that transitions into a relaxing state, offering a unique experience.
Properties of Black Jack:


Sativa/Indica: 50/50%.




Flowering: 60-70 days indoors, mid-October outdoors.




Yield: 500 g/m2 indoors, 700 g per plant outdoors.




Height: up to 1.8 m indoors, 1.8-2.5 m outdoors.




3. Black Domina (Sensi Seeds)
Another classic cannabis strain, Black Domina by Sensi Seeds, is a product of crossing three potent Indica strains—Northern Lights, Ortega, Hash Plant, and Afghani S.A. Rich in resin content, this strain is perfect for enthusiasts of cannabis extracts. Its Indica dominance ensures high levels of relaxation, effectively alleviating muscle pain.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8 weeks indoors, end of September outdoors.




Yield: up to 500 g/m2 indoors, 750 g per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




Black cannabis, though less known, is a unique and distinctive variety with its dark appearance, providing a distinct touch to cannabis cultivation.
Conclusion
The mystique of black cannabis goes beyond its unique appearance. It results from a fascinating interplay of environmental conditions, genetics, and the plant’s adaptive mechanisms. Whether you’re drawn to the allure of black cannabis for its potential potency or its distinct aesthetic appeal, these strains continue to captivate the cannabis community, adding a touch of enigma to the world of cultivation and consumption.

DARK COLORED WEED, READ ON…

20 PURPLE CANNABIS STRAINS TO CHECK OUT TODAY!

Source link
The post What is Black Cannabis and Can You Smoke It? Do You Get High? appeared first on The Art Of MaryJane Media.

[Kara's Edits @karaeditss]

Apple has debuted the Vision Pro's App Store alongside the Vision Pro, as the augmented reality/virtual reality (AR/VR) headset's February 2nd U.S. release date fast approaches.
Developers can now release visionOS apps for the headset, resulting in them appearing in the Vision Pro App Store. The store will feature apps specifically designed for the Vision Pro headset and iOS apps that can run on the headset in 2D mode. While consumers don't have access to the headset yet, reviewers who receive the device ahead of time can try out different apps available on the Vision Pro.
Most apps will be compatible with the Vision Pro without the developers needing to take any action. Apps on the iOS App Store should soon list whether they are compatible with the Vision Pro.
The Apple Vision Pro is expected to sell out when it launches in the U.S. The headset won't be available in Canada until late 2024. Pre-orders for the Vision Pro for U.S. customers start this Friday at 8am ET/5am PT.
The Vision Pro costs $3,499 USD (about $4,685 CAD) in the United States.
Source: MacRumors, 9to5Mac

[Kara's Edits @karaeditss]

Microsoft's Copilot AI companion is expanding with a new premium subscription and expanded availability in Microsoft 365. Additionally, Microsoft announced that the Copilot Android and iPhone apps are now generally available.
Copilot Pro is a new premium subscription that Microsoft says can "supercharge" the Copilot experience by providing a single AI experience that runs across devices, works in Microsoft apps like Word, Excel (in an English-only preview), PowerPoint, Outlook and OneNote, and grants priority access to the latest models.
Additionally, the Copilot Pro subscription enables enhanced image creation and allows users to build their own Copilot GPT using Microsoft's new Copilot GPT Builder (which is coming soon).
Copilot Pro starts at $27 CAD/mo per user and is available starting January 16th in Canada and the following markets: Austria, Australia, Brazil, Switzerland, Germany, Spain, France, United Kingdom, India, Italy, Japan, Mexico, New Zealand and the U.S.
It's worth noting that the Copilot Pro in Microsoft apps will work on the PC, Mac and iPad versions of the apps for Microsoft 365 Personal and Family subscribers. The priority access feature of Copilot Pro is available starting January 16th with OpenAI's GPT-4 Turbo -- Pro grants access to GPT-4 Turbo during peak times for faster performance. In the future, Pro subscribers will be able to toggle between models.
Microsoft is also renaming 'Bing Image Creator' to 'Image Creator from Designer.' Pro subscribers get access to enhanced Image Creator features, including 100 boosts per day, more detailed image quality and the ability to generate landscape images (non-Pro users are locked to square images).

As for Copilot in Microsoft 365 (M365), Microsoft will remove the minimum 300-seat purchase requirement and make Copilot for M365 generally available for small businesses, including availability for Office 365 E3 and E5 customers. Commercial customers can also now purchase Copilot for M365 through Microsoft's Cloud Solution Provider partners.
Copilot in M365 costs $30 USD per person per month (roughly $40.30/month CAD).
Microsoft also announced that Copilot will make its way to the M365 mobile app on Android and iOS for individuals with a Microsoft account. The feature will roll out over the next month.
Images credit: Microsoft

[Kara's Edits @karaeditss]

Congratulations, you’ve found a buyer! But before you celebrate, there’s an important part of the closing process you need to pass: the final walkthrough. The final walkthrough isn’t a full-fledged home inspection, but if the buyer finds issues during the process it could complicate things. Your seller duties are still in play here, so be sure to communicate with your agent regarding best practices during these final stages. Let’s take a look at the final walkthrough and how to make sure you pass it with flying colors.

8 Tips for First-Time Home Sellers

What happens during the final walkthrough?
As the name suggests, the walkthrough takes place during the closing process. This is not the time for discussing negotiating terms or buyer contingencies, since those details have already been ironed out at this point. The final walkthrough is a chance for the buyer to make sure they’re getting the house they’re paying for. They’ll examine the property with their real estate agent to verify that the terms of the deal are legit. For example, they’ll make sure that you’ve made the negotiated repairs, that you’re handing the property off to them in its agreed-upon condition, and that no new issues have popped up since it was formally inspected. If the buyer finds issues during their walkthrough, it could delay the closing process and/or hurt your net proceeds from the sale. Worst case scenario, complications discovered during the walkthrough could lead to a buyer backing out of the deal.

What Happens When a Buyer Backs Out of a Real Estate Transaction?

 
Image Source: Getty Images – Image Credit: FG Trade
 
Final Walkthrough Checklist
The final walkthrough will take place near closing day. You’ll have time to empty the house and make sure everything about its condition aligns with what’s spelled out in the purchase agreement. No matter how careful you try to be during the moving process, sometimes a wall or trim can get scuffed or scratched when trying to get the couch the last few feet out the door. Accidents happen. Just be sure to repair any damage before you’re fully moved out.
Keep a record of the work you’ve done to make sure your house is being sold as described in the real estate contract. Hold on to all paperwork that shows evidence of the repairs you and the buyer agreed on to verify they have been completed. You and your listing agent will iron out the details regarding which items you intend to take with you, but in general, appliances and other items that are fixed in place stay with the home. If there is something specific that you want to take with you to your new home, that will be a point of negotiation.
Make sure everything is clean and working properly before the buyer conducts their walkthrough. Check your appliances, HVAC, and other home systems including the thermostat, the home security system, and any smart home tech products. For a full moving checklist and a timeline of all tasks leading up to your moving day, visit our Step-By-Step Guide to the Moving Process. This list is also available as an interactive web page and downloadable PDF here:
Moving Checklist and Schedule
 

­­­­­­Featured Image Source: Getty Images – Image Credit: VioletaStoimenova
The post Selling Your Home: The Final Walkthrough appeared first on Windermere Real Estate.

[Kara's Edits @karaeditss]

OPINION: It’s been a busy week at CES, with more announcements than I was expecting leading up to the tech showcase. A few weeks ago, I was thinking perhaps CES might be on the wane, but while CES 2024 isn’t quite back to peak levels of attendees, it is getting back to having the same wow factor.
The one trend that most have picked up on is the use of artificial intelligence. Where this column is most concerned is with the use of AI in TVs to drive performance. It’s become more prevalent, and I’m not sure that’s always a good thing.
There are ways in which I think AI is necessary. Consider Samsung’s approach with its upcoming 8K TVs. The company has doubled down on using artificial intelligence with its NQ8 AI Gen 3 processor, applying it to motion processing and upscaling of content.

This includes being able to use AI to figure out the geometry of peoples’faces on screen, or any object in the frame, and clear it up, sharpen it, and reduce noise to get lower quality resolutions closer to 8K. In this sense, it’s a tool to extract better picture quality.

LG would say the same thing about its latest AI mode but so far, I’m less convinced by it, especially when it appears less sacrosanct in respecting the creative intent.

Take LG’s latest α (Alpha) 11 AI processor. It’s able to work above the DRM on Netflix, Disney+, or any other streaming service you care to think of. I haven’t seen it in action, and this is only possible with the AI Picture Pro mode switched on (so you have a say in this matter) but it leaves me a little confused about what the intent is.

For example, the AI Director Processing on LG’s TVs with the α (Alpha) 11 AI processor can “analyse the director’s intentional colour tone and enhance the colour expression”.

That sentence uses the words ‘intentional’ and ‘enhance’ but they seem in opposition.

LG says this feature understands the colour science of filmmaking and adjusts it for greater impact but is that saying the purple jacket the Joker wears in The Dark Knight isn’t quite as purple as one would like, so it needs to be made more purple? Or maybe the intense contrast of colours in a Michael Bay film could be even more intense? And would this enhancement suggest that the normal picture modes are less interesting or flavourful by comparison?

At least you can turn it off, and there is Filmmaker mode for picture accuracy, but it’s an addition that feels like integrating AI for the sake of it. A reason to jazz up the picture that’s eye-catching to an end user who wants prettier pictures, but not the use of AI in keeping with the creative intent. If a shade of orange is meant to be that way, why enhance it?

It seems to take away from the philosophy of good ol’ picture tuning. Sony’s TVs are all about respecting the creator’s intent, to the point where Standard mode for its latest TVs is closer to replicating what a film or TV programme would look like on a mastering monitor. Similarly, Panasonic���s OLED TVs have been colour tuned in collaboration with Stefan Sonnenfeld, the eminent colourist for Hollywood films, having worked on Top Gun: Maverick, Gran Turismo, Tokyo Vice, Nightmare Alley and many other film and TV productions over the years.

These approaches lend credibility to respecting the creator’s intent rather than trying to add tweaks where none are needed. I think there’s a feeling from TV brands like LG and Philips that while they’ll respect the creator’s intent with dedicated Filmmaker modes, they’d also prefer more razzmatazz in other picture modes because it differentiates them from other TV brands. It’s true to say that if everyone did the same thing, picture quality wouldn’t be that interesting, but AI enhancement of the creative intent seems an unnecessary tactic to me.
Panasonic is not against the use of AI in its processor, but the way it is utilised is relatively low-key – a case of using it to recognise what you’re watching and switching the settings to fit. Roku’s US TVs will feature a similar setting. That’s ultimately not driving the picture quality you end up seeing on screen but switching TV modes so you don’t have to.
For me, these are the type of solutions I’d like to see with artificial intelligence – reducing the hassle and automating processes that take away from enjoying your new TV. If not integrated efficiently, AI could end up taking centre stage when really it’s meant to be a supporting actor.

[Kara's Edits @karaeditss]

Significantly expands longstanding and successful CCUS partnership
Denbury Carbon Solutions, LLC, a wholly owned subsidiary of Denbury Inc and PCS Nitrogen Fertilizer L.P., a wholly owned subsidiary of Nutrien Ltd today announced that the parties have reached a term-sheet agreement under which Denbury would transport and store carbon dioxide (CO 2 ) captured from Nutrien potential new clean ammonia project at its Geismar, Louisiana location.
This press release features multimedia. View the full release here: https://t.co/GOnurSu0uZ
Nutrien is evaluating its Geismar, Louisiana, ammonia facilities as a potential site for significant new ammonia production to serve growing demand in agriculture, industrial and emerging energy markets. Nutrien is progressing the proposed project to the front-end engineering design phase, with a final investment decision expected to follow in 2023 and, if approved, full production by 2027. The new plant is expected to have annual production capacity of 1.2 million metric tons of clean ammonia, with approximately 1.8 million metric tons per year of CO 2 to be captured. Under the terms of the agreement, Nutrien would pay Denbury for the transportation and sequestration of the associated CO 2 into Denbury’s secure underground containment sites. The initial term of the agreement is 12 years, with up to two extension terms of five years each.
“We are thrilled to expand our successful long-term partnership with Nutrien through this world class project,” said Chris Kendall, Denbury’s President and Chief Executive Officer. “We believe that CCUS-enabled clean ammonia will be an important source of energy in a lower-carbon future, and we are honored by the confidence and trust that Nutrien has continued to place in Denbury to provide this important service

Nutrien is optimally positioned to supply global emerging clean ammonia markets and grow a pathway for a decarbonized supply chainsaid Raef Sully, Nutrien Executive Vice President and CEO of Nitrogen and Phosphate . We are pleased to partner with Denbury on this initiative given our established track record of cooperation . It is another example of how we are building on our expertise in low-carbon ammonia to decarbonize the agriculture industry while also developing a source of clean energy.
This new agreement expands the companies longstanding efforts to reduce atmospheric emissions by capturing industrial-sourced CO 2 for permanent underground storage . In 2013, Nutrien and Denbury began working together to transport CO 2 captured from Nutrien existing nitrogen facilities in Geismar, Louisiana, located less than one mile from Denbury CO 2 pipeline infrastructure, for use in Denbury enhanced oil recovery operations. Since then, the companies collective efforts have resulted in:

Nearly 100% uptime and reliability in CO 2 takeaway;
Permanent underground storage of nearly 3 million metric tons of CO 2 (current rate of 0.3 million metric tons per year);
More than 2 million barrels of carbon-negative or oil, whereby more CO 2 is injected in the ground to produce a barrel of oil than the Scope 1, 2, and 3 emissions from that related barrel.

This agreement was previously announced by Denbury as part of its earnings release dated May 5, 2022. Inclusive of the agreement between Denbury and Nutrien, the cumulative volume of Denbury CO 2 transportation and storage agreements totals approximately seven million metric tons per year. In parallel, Denbury has entered into a number of agreements providing Denbury the exclusive rights to develop secure underground CO 2 sequestration sites in Louisiana, Texas, and Alabama, with total potential capacity of over 1.4 billion metric tons. Denbury leadership position in CCUS is supported by over 20 years of experience transporting and injecting CO 2 underground. Denbury is currently moving in excess of 14 million metric tons of CO 2 annually in the United States through its 1,300+ miles of CO 2 pipelines, the largest CO 2 pipeline network in the world.
ABOUT NUTRIEN
Nutrien is the world largest provider of crop inputs and services, playing a critical role in helping growers increase food production in a sustainable manner. Nutrien produces and distributes approximately 27 million tonnes of potash, nitrogen and phosphate products world-wide. With this capability and our leading agriculture retail network, Nutrien is well positioned to supply the needs of our customers. Nutrien operates with a long-term view and is committed to working with our stakeholders to address our economic, environmental and social priorities. The scale and diversity of Nutrien integrated portfolio provides a stable earnings base, multiple avenues for growth and the opportunity to return capital to shareholders.
ABOUT DENBURY
Denbury is an independent energy company with operations and assets focused on Carbon Capture, Use and Storage (CCUS) and Enhanced Oil Recovery (EOR) in the Gulf Coast and Rocky Mountain regions. For over two decades, the Company has maintained a unique strategic focus on utilizing CO 2 in its EOR operations and since 2012 has also been active in CCUS through the injection of captured industrial-sourced CO 2 . The Company currently injects over four million tons of captured industrial-sourced CO 2 annually, with an objective to fully offset its Scope 1, 2, and 3 CO 2 emissions by 2030, primarily through increasing the amount of captured industrial-sourced CO 2 used in its operations. For more information about Denbury, visit https://t.co/lYxYC8RMhi .
The Denbury Carbon Solutions team was formed in January 2020 to advance Denbury’s leadership in the anticipated high-growth CCUS industry, leveraging Denbury’s unique capabilities and assets that were developed over the last 20-plus years through its focus on CO 2 EOR.
Follow Denbury on Twitter and LinkedIn .
This press release uses the term “agreement” to refer to both executed definitive agreements and executed term sheets covering various CCUS arrangements, such as the Nutrien agreement. These arrangements are subject to technical and feasibility evaluations and the building of new industrial facilities in future years.
This press release contains forward looking statements that involve risks and uncertainties, including the ultimate construction and operation of new industrial facilities, and the nature and extent of nearby sequestration sites, along with the results of Denbury’s pre-injection period tests and assessments. These statements are based on engineering, geological, financial and operating assumptions that Denbury believes are reasonable based on currently available information; however, their achievement are subject to a wide range of business risks, and there is no assurance that these goals and projections can or will be met. Actual results may vary materially. In addition, any forward-looking statements represent Denbury’s estimates only as of today and should not be relied upon as representing its estimates as of any future date. Denbury assumes no obligation to update these forward-looking statements.

View source version on https://t.co/2KtX2GrNzD: https://t.co/GOnurSu0uZ

[Kara's Edits @karaeditss]

Are you familiar with black cannabis? Exploring various cannabis forums reveals conflicting opinions on the existence of black cannabis. Can certain strains attain such a dark hue that they appear black? Although uncommon, there are indeed strains of cannabis that exhibit deep black/purple/blue coloring.

However, this distinctive coloration only manifests under specific conditions. Let’s delve into the factors that contribute to the development of black cannabis strains.
What Causes Some Plants to Have a Darker Hue?
The prevailing climate heavily influences the alteration of color in plants. Cannabis cultivated in the warm Mediterranean typically displays a vibrant green color, while plants grown in cooler climates tend to produce compounds resulting in a purple hue.

The critical agents behind this phenomenon are anthocyanins, which serve as natural antifreeze for the plant. This antifreeze property aids in water retention, preventing water from escaping the leaves and forming ice crystals between leaf cells in freezing conditions. The cooler the growing climate, the greater the production of anthocyanins.

Some researchers propose that anthocyanins act as sunscreen, shielding plant leaves from specific light intensities and enhancing the absorption of other soft types. Anthocyanins stimulate the absorption of blue and green light wavelengths, with cannabis responding by producing more anthocyanins under certain stress conditions.

Furthermore, it is plausible that the coloration serves as an attractant for specific pollinators while deterring potential pests. Much like various flowers exhibiting a spectrum of colors, cannabis flowers can produce an array of hues.

During periods of drought, plants also tend to increase anthocyanin production. These theories collectively suggest that anthocyanin production is an adaptive trait enabling plants to thrive and endure specific environmental conditions.

If anthocyanins elucidate the purple coloration in cannabis, how does black come into play? Well, anthocyanin in cannabis is the same compound found in plants such as black rice, eggplant, black currants, and black/blue tomatoes. Consequently, the greater the presence of anthocyanins in a plant, the more profound its coloration becomes.
Color Genetics
The interplay between environmental conditions and genetics governs the coloration of plants. Cool climates stimulate increased anthocyanin production in plants, yet certain purple strains exhibit superior capabilities in generating this compound. For instance, strains like Black can produce leaves and buds with a deep purple, almost black hue in nearly any environment.

The hypothesis suggests that the Black strain possesses a recessive phenotype enabling enhanced conversion of glucose into anthocyanins. Offspring from the Black strain hybrids can display a diverse range of colors, ranging from purple to reddish and even white. To maintain a black coloration, the progeny must inherit a recessive gene from both parent plants.
pH Influence
Anthocyanins, responsible for red, purple, blue, and black hues, are influenced by pH levels. Cannabis plants naturally thrive in slightly acidic soil. However, the redder coloration intensifies with more acidic soil, while neutral pH promotes blue and purple hues.

To enhance the purple tones in your herb, maintaining a slightly higher pH within the optimal range of 5.8 to 6.8 on the pH scale is recommended.
Color and Potency
While some individuals perceive black strains as highly psychedelic and rich in THC, the color of the plant may not directly contribute to potency. Instead, certain strains with black phenotypes may have been selectively bred to produce elevated levels of THC. Indica plants, known for their propensity to turn purple more readily, are also believed to produce higher THC amounts naturally.
Effects on Consumption Experience
While color may or may not directly impact the overall consumption experience, anthocyanins, the compounds responsible for vibrant colors, offer many health benefits. Much like the advice to “eat the rainbow,” anthocyanins contribute to the reds, purples, and blues in the food color spectrum.

In humans, anthocyanins provide various health advantages, including protection against cardiovascular disease, antioxidant properties, cancer prevention, memory enhancement, anti-aging effects, immune regulation, and anti-inflammatory benefits.
Black Cannabis Varieties
Currently, some of the sought-after black strains available include:
1. Black Domina
Black Domina boasts captivating, uniform specimens distinguished by broad, dark green leaves and compact, resinous buds. With a sweet, incense-infused flavor, this Indica-dominant strain delivers a profound and potent relaxation experience, making it an ideal choice for those seeking medicinal and therapeutic benefits due to its elevated CBD levels.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8-9 weeks indoors, end of September outdoors.




Yield: 400-500 g/m2 indoors, up to 1 kg per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




2. Black Jack
Formulated by Sweet Seeds, Black Jack is an intensely fragrant plant with a sweet, slightly lemony aftertaste reminiscent of the legendary Jack Herer. With high resin production, it allows for extract creation. Its balanced sativa and indica hybrid genes induce a euphoric sensation that transitions into a relaxing state, offering a unique experience.
Properties of Black Jack:


Sativa/Indica: 50/50%.




Flowering: 60-70 days indoors, mid-October outdoors.




Yield: 500 g/m2 indoors, 700 g per plant outdoors.




Height: up to 1.8 m indoors, 1.8-2.5 m outdoors.




3. Black Domina (Sensi Seeds)
Another classic cannabis strain, Black Domina by Sensi Seeds, is a product of crossing three potent Indica strains—Northern Lights, Ortega, Hash Plant, and Afghani S.A. Rich in resin content, this strain is perfect for enthusiasts of cannabis extracts. Its Indica dominance ensures high levels of relaxation, effectively alleviating muscle pain.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8 weeks indoors, end of September outdoors.




Yield: up to 500 g/m2 indoors, 750 g per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




Black cannabis, though less known, is a unique and distinctive variety with its dark appearance, providing a distinct touch to cannabis cultivation.
Conclusion
The mystique of black cannabis goes beyond its unique appearance. It results from a fascinating interplay of environmental conditions, genetics, and the plant’s adaptive mechanisms. Whether you’re drawn to the allure of black cannabis for its potential potency or its distinct aesthetic appeal, these strains continue to captivate the cannabis community, adding a touch of enigma to the world of cultivation and consumption.

DARK COLORED WEED, READ ON…

20 PURPLE CANNABIS STRAINS TO CHECK OUT TODAY!

Source link
The post What is Black Cannabis and Can You Smoke It? Do You Get High? appeared first on The Art Of MaryJane Media.

[Kara's Edits @karaeditss]

Are you familiar with black cannabis? Exploring various cannabis forums reveals conflicting opinions on the existence of black cannabis. Can certain strains attain such a dark hue that they appear black? Although uncommon, there are indeed strains of cannabis that exhibit deep black/purple/blue coloring.

However, this distinctive coloration only manifests under specific conditions. Let’s delve into the factors that contribute to the development of black cannabis strains.
What Causes Some Plants to Have a Darker Hue?
The prevailing climate heavily influences the alteration of color in plants. Cannabis cultivated in the warm Mediterranean typically displays a vibrant green color, while plants grown in cooler climates tend to produce compounds resulting in a purple hue.

The critical agents behind this phenomenon are anthocyanins, which serve as natural antifreeze for the plant. This antifreeze property aids in water retention, preventing water from escaping the leaves and forming ice crystals between leaf cells in freezing conditions. The cooler the growing climate, the greater the production of anthocyanins.

Some researchers propose that anthocyanins act as sunscreen, shielding plant leaves from specific light intensities and enhancing the absorption of other soft types. Anthocyanins stimulate the absorption of blue and green light wavelengths, with cannabis responding by producing more anthocyanins under certain stress conditions.

Furthermore, it is plausible that the coloration serves as an attractant for specific pollinators while deterring potential pests. Much like various flowers exhibiting a spectrum of colors, cannabis flowers can produce an array of hues.

During periods of drought, plants also tend to increase anthocyanin production. These theories collectively suggest that anthocyanin production is an adaptive trait enabling plants to thrive and endure specific environmental conditions.

If anthocyanins elucidate the purple coloration in cannabis, how does black come into play? Well, anthocyanin in cannabis is the same compound found in plants such as black rice, eggplant, black currants, and black/blue tomatoes. Consequently, the greater the presence of anthocyanins in a plant, the more profound its coloration becomes.
Color Genetics
The interplay between environmental conditions and genetics governs the coloration of plants. Cool climates stimulate increased anthocyanin production in plants, yet certain purple strains exhibit superior capabilities in generating this compound. For instance, strains like Black can produce leaves and buds with a deep purple, almost black hue in nearly any environment.

The hypothesis suggests that the Black strain possesses a recessive phenotype enabling enhanced conversion of glucose into anthocyanins. Offspring from the Black strain hybrids can display a diverse range of colors, ranging from purple to reddish and even white. To maintain a black coloration, the progeny must inherit a recessive gene from both parent plants.
pH Influence
Anthocyanins, responsible for red, purple, blue, and black hues, are influenced by pH levels. Cannabis plants naturally thrive in slightly acidic soil. However, the redder coloration intensifies with more acidic soil, while neutral pH promotes blue and purple hues.

To enhance the purple tones in your herb, maintaining a slightly higher pH within the optimal range of 5.8 to 6.8 on the pH scale is recommended.
Color and Potency
While some individuals perceive black strains as highly psychedelic and rich in THC, the color of the plant may not directly contribute to potency. Instead, certain strains with black phenotypes may have been selectively bred to produce elevated levels of THC. Indica plants, known for their propensity to turn purple more readily, are also believed to produce higher THC amounts naturally.
Effects on Consumption Experience
While color may or may not directly impact the overall consumption experience, anthocyanins, the compounds responsible for vibrant colors, offer many health benefits. Much like the advice to “eat the rainbow,” anthocyanins contribute to the reds, purples, and blues in the food color spectrum.

In humans, anthocyanins provide various health advantages, including protection against cardiovascular disease, antioxidant properties, cancer prevention, memory enhancement, anti-aging effects, immune regulation, and anti-inflammatory benefits.
Black Cannabis Varieties
Currently, some of the sought-after black strains available include:
1. Black Domina
Black Domina boasts captivating, uniform specimens distinguished by broad, dark green leaves and compact, resinous buds. With a sweet, incense-infused flavor, this Indica-dominant strain delivers a profound and potent relaxation experience, making it an ideal choice for those seeking medicinal and therapeutic benefits due to its elevated CBD levels.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8-9 weeks indoors, end of September outdoors.




Yield: 400-500 g/m2 indoors, up to 1 kg per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




2. Black Jack
Formulated by Sweet Seeds, Black Jack is an intensely fragrant plant with a sweet, slightly lemony aftertaste reminiscent of the legendary Jack Herer. With high resin production, it allows for extract creation. Its balanced sativa and indica hybrid genes induce a euphoric sensation that transitions into a relaxing state, offering a unique experience.
Properties of Black Jack:


Sativa/Indica: 50/50%.




Flowering: 60-70 days indoors, mid-October outdoors.




Yield: 500 g/m2 indoors, 700 g per plant outdoors.




Height: up to 1.8 m indoors, 1.8-2.5 m outdoors.




3. Black Domina (Sensi Seeds)
Another classic cannabis strain, Black Domina by Sensi Seeds, is a product of crossing three potent Indica strains—Northern Lights, Ortega, Hash Plant, and Afghani S.A. Rich in resin content, this strain is perfect for enthusiasts of cannabis extracts. Its Indica dominance ensures high levels of relaxation, effectively alleviating muscle pain.
Properties of Black Domina:


Sativa/Indica: 5/95%.




Flowering: 8 weeks indoors, end of September outdoors.




Yield: up to 500 g/m2 indoors, 750 g per plant outdoors.




Height: 60-90 cm indoors, 1.5-2.5 m outdoors.




Black cannabis, though less known, is a unique and distinctive variety with its dark appearance, providing a distinct touch to cannabis cultivation.
Conclusion
The mystique of black cannabis goes beyond its unique appearance. It results from a fascinating interplay of environmental conditions, genetics, and the plant’s adaptive mechanisms. Whether you’re drawn to the allure of black cannabis for its potential potency or its distinct aesthetic appeal, these strains continue to captivate the cannabis community, adding a touch of enigma to the world of cultivation and consumption.

DARK COLORED WEED, READ ON…

20 PURPLE CANNABIS STRAINS TO CHECK OUT TODAY!

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