Cannabis plants are pretty amazing. They can grow in many different environments and they’re surprisingly easy to care for. But, there is one thing that cannabis plants don’t like: humidity. If you live in a humid environment or if it rains often where you live, your cannabis plant will start to show signs of stress after only a few days. To help combat this problem, make sure you provide your plant with silica gel packs! Silica has tons of benefits for the growth and development of cannabis plants including improved leaf coloration and reduced disease susceptibility.

The main benefits of using silica to grow your crops include increased root mass, increased stem strength, and tighter internode spacing. It also helps prevent humidity-related diseases like gray mold in climates with high humidity. Many cannabis growers swear by using silica gel to grow healthier plants and produce bigger yields. 

What Is Silica And Why Do Cannabis Plants Need It?

Silica comes from the word silicon, a major component of nearly every known material in existence. Silicon makes up 26% of the earth’s crust and is actually the second most abundant element on our planet, right after oxygen. Silica gel is basically super-fine sand that’s been dried to remove all moisture. Silica gels are usually sold in small jars or packets. They’re easy to find, but it can be difficult to tell which ones will work the best for your situation. When you get them home, put them somewhere safe until you’re ready to use them. It’s also a good idea to keep silica gel away from pets. To use silica gel, just sprinkle the contents of one packet into your rooting medium of choice.

Cannabis use silica to help build and strengthen cell walls and improve nutrient uptake. Silica is also important for developing strong roots, stems, and foliage. Silica deposits are common in arid regions like deserts because water leaches silica from rocks as it passes by, carrying it away to far-off places. This is why you will often find high amounts of silica in areas where water is scarce.

Silica can help your cannabis plants because it increases the rigidity of stems, which makes them less likely to break or fall over under heavy loads. Although silica doesn’t directly increase photosynthesis, it does promote the absorption of light by leaves due to its role in moving chlorophyll around. Chlorophyll is one of the main components responsible for photosynthesis, so this indirectly leads to increased growth.

Silica prevents plants from soil contamination by various pathogens including Fusarium oxysporum, which can cause root rot and wilt. Using silica gel to prevent the proliferation of this fungus is especially beneficial because it’s a common pathogen that infects cannabis plants in humid climates. Silica is particularly beneficial for outdoor cannabis growers because it can help reduce root rot in areas with high humidity. This mineral reduces the chances of many different root diseases including Pythium and fusarium. Although these are rare, they can be more of a problem in regions where humidity is high.

Silica is especially beneficial for plants because of its ability to hold water molecules in place. This helps plants retain the water they need to stay hydrated. Additionally, silica can absorb water vapor out of the air to help reduce humidity between misting sessions. Silica gel packets are sold in many cannabis grow supply stores and are commonly used by commercial growers because they promote disease-resistant growth while also increasing yields. Silica is an especially

Silica-rich substrates are often used for potted plants because they help create stronger roots and more fibrous root systems. This leads to improved nutrient uptake that will translate into healthier, bushier plants with increased yields. Silica also increases the rate of gas exchange between leaves and the atmosphere, which improves photosynthesis.

Silica gel packets are often used to increase the humidity of a grow area while also preventing mold and mildew caused by high humidity. This can be especially helpful for cannabis growers in regions with low rainfall during certain times of the year.

CBD is a naturally occurring cannabinoid found in cannabis. It’s the second most abundant compound, and it has been shown to have many therapeutic benefits, such as anti-inflammatory, anticonvulsant, antipsychotic, and antioxidant properties. CBD can be extracted from either hemp or marijuana plants (cannabis). Hemp is typically more affordable than cannabis because it doesn’t contain enough THC to produce psychoactive effects.

This article will introduce you to what CBD is and why you should cook with it!

What is CBD?

CBD stands for cannabidiol. It’s one of at least 113 cannabinoids that can be found in marijuana and industrial hemp, the plant used to make hemp oil, CBD oil, and CBD edibles. Other than THC (tetrahydrocannabinol), CBD is the most studied natural cannabinoid.

Cannabidiol is a cannabis compound with significant medical benefits but does not have the same psychoactive effects as other naturally occurring cannabinoids (such as tetrahydrocannabinol or THC). CBD counteracts the psychoactivity of THC. The reduced psychoactivity of CBD-rich Cannabis may make it an appealing treatment option for patients seeking anti-inflammatory, anti-pain, anti-anxiety, and anti-spasm effects without disconcerting euphoria or lethargy.

More than any other cannabinoid – CBD has demonstrated potent anticonvulsant effects in animal models of epilepsy. In addition, there have been numerous clinical trials demonstrating the efficacy of CBD as an anti-seizure medication.

Cannabis research suggests that CBD could effectively ease symptoms related to cancer and side effects related to cancer therapies. The U.S. Food and Drug Administration has not approved CBD or any other cannabis product to treat cancer or any other medical condition. Still, research shows that CBD may help to reduce the severity of cancer-related symptoms.

Q: So, why should I cook with CBD?

Why not? Cooking with CBD is easy and can be done by anyone! There are many ways to use it; you can infuse your food with oil or mix it into your favorite dishes like baking brownies or adding to your favorite recipes. You can even sprinkle tinctures or gummies into food or drinks for a real CBD punch!

Cooking with CBD is fast, easy, and fun! This article will show you how to make cannabutter from scratch to make the most out of your CBD cooking experience!

What you will need to make CBD-infused butter:

1/4 oz of dried cannabis flowers or 1/2 oz of fresh cannabis (dried is preferred)

cheesecloth, strainer, wooden spoon, and saucepan

cheesecloth – available at any grocery store for less than $3

Step 1: Decarboxylation

Preheat oven to 240 degrees. Take your cannabis and break it up into smaller pieces (if you are using real flowers.) Spread the cannabis over a baking sheet lined with parchment paper. Bake for 40 minutes, stirring every 10 minutes to ensure even cooking.

Step 2: Make canna-oil

2.1 . After your cannabis is oven-baked, it’s time to make canna oil! Place the decarboxylated cannabis into a saucepan with 4 cups of water. Heat on medium until a boiling point – let boil for 90 minutes.

2.2 . After 90 minutes of boiling the mixture, take off the heat and let cool for 15 minutes. Strain the mixture through a cheesecloth. Use a spoon to press down on the cannabis in the cloth to squeeze out as much oil as possible.

Step 3: Let’s make some butter!

3.1 . Measure out 1 cup of water and pour into the saucepan with the infused canna oil. Heat on medium until a boiling point – let boil for 60 minutes.

3.2 . After 60 minutes of boiling the mixture, take off the heat and let cool for 15 minutes. Strain the mixture through cheesecloth a second time over a bowl to collect the oil into a bowl.

3.3 . Place this canna-oil in a saucepan with 2-4 cups unsalted butter. Heat on medium until a boiling point – let boil for 90 minutes, stirring constantly.

3.4 . After 90 minutes of boiling the mixture, take off the heat and let cool for 15 minutes. Strain one more time through cheesecloth to remove any extra plant matter and pour into a jar or container and refrigerate overnight (it will separate – the oil will rise to the top and harden).

3.5 . The next day, you have CBD-infused butter! Scoop out what you need and use however you please! You can place it on toast; heat it in a saucepan and add it to rice, vegetables, or pasta; melt it down and mix it into mashed potatoes, or add it to a crockpot and use it in a slow cooker meal! It’s up to you how you want to cook with CBD butter. 

It is essential to understand various cannabis plants and their yield, so you do not get frustrated with stunted plants and can’t achieve your desired yield. There are different types of cannabis, and it’s not a surprise that one can buy cannabis seeds with the expectation of getting close to 500g/ plant and only end up getting micro buds when harvest time knocks. At the moment, you might be wondering what is happening, but it’s essential to note that various factors come to play that determine your cannabis yield. Below are some of these critical factors that affect your marijuana yield and how to improve on it.

It’s hard to figure out what your cannabis plant will deliver with accuracy. Still, the proper following on various aspects such as setup, genetics of the plant, its nutrients content, and how light the product is are crucial considerations one can use to determine the quality of their cannabis yield. Some factors that affect how much yield a cannabis plant will yield can be regulated to control the yield, either increasing or decreasing production.

Where are Bud sites located in the marijuana plant

One must understand that there are two types of bud sites in the marijuana plant. The first and the most crucial bud site is known as the main cola. This site gets mainly located at the very top of the plant. With simple cannabis growing techniques in place, the leading cola site yields one of the largest harvests, making it the most important site.

There is another bud site on the marijuana plant, which is on the side branches. Its site gets mainly found at the intersection between the stem and the extension. During the pre-flowering season, it’s not an awkward thing to see buds sprouting from this section. Through various proven techniques, the size of the bud can get significantly increased. Some of the well-known methods for this purpose include the Topping or ScrOG, which can increase your bud size to almost the same as the main cola.

Like other plants and animals, the cannabis plant also has its anatomy unique and stands out. Also, this anatomy has a significant influence on the yield of each particular variety of cannabis.

It’s important to note that when we refer to cannabis yield, we refer to the final amount of bud one gets from their cannabis plant after harvest. Weed or cannabis yield gets usually measured in grams as a standard measure across the industry.

There are two options for growing your cannabis, and these two options have different yields. The indoor and outdoor cannabis growth comes with extra yield due to several factors. On average, a cannabis plant grew indoor usually yields about 400g to approximately 500g per plant. On the other hand, a cannabis plant grown outdoors has a slightly lower yield as it produces about 300g per plant. In some areas, the yield from cannabis grown indoors is measured in grams per square meter, while those grown outside get measured in grams per plant.

The indoor cannabis yield gets measured in square meters to take care of the transparent canopy of the cannabis plant exposed to the sunlight. Indoor cannabis growing employs specific techniques such as the SOG and the ScrOG, which maximize light exposure to the plant and the budding site. It’s essential to note that these techniques get employed to maximize the number of yields per plant. When these bud site techniques are not used, the yield per plant will significantly reduce despite having the best quality seeds.

Similarly, don’t get over-excited about your plant’s yields as other factors such as how wet or dry your yield is. When buds get measured directly from the harvest, they contain close to 80 percent of their weight as water. For instance, 10 grams of wet bud will produce about 20 to 25 percent of the total cannabis grain.

On the 23rd of June, the regulatory agency for cannabis in Canada did release a private document, which is their version of the freedom of information action that we have. 

This is a document that is in question involving the safety of the cartridges with additive phytol in it. 

The stud was done by Canopy Growth, which is ne of the largest companies for cannabis in Canada. 

The data within this has changed the cannabis vaping products, and the world around them. 

Phytol is a type of terpene that’s used to flavor vape cartridge, which is added to cannabis oil cartridges, and it also used to propylene glycol

This request was done by the chief science officer David Heldreth, who was part of True Terpenes, which is a phytol retailer.  Another friend got the report. 

The founder and CEO of both panacea plant sciences along with Ziese farms also were concerned about the phytol that was in it. That’s because Tokyo Smoke, which is a chain of cannabis stores in Canada that is owned by Canopy growth, suddenly got rid of phytol from the shelves too. 

There have been articles that have sparked some concern, saying that phytol is a considered dangerous ingredient in cannabis vapes.  Finally, they managed to get the study completely. In this though, they found that the data in this showed that it was unsafe for inhalation, and they even said that the people wouldn’t even use it. 

So what is phytol, and why should we be concerned. 

All About phytol 

Since about a decade ago, humanity has engaged in a trial and error field of vaporizers. 

Those wo are both young and old do experiment with liquid mixtures of chemicals that normally aren’t found in the wild, and then are aerosolized by hardware that’s cheap, and then immediately misted into the lung tissue, which is sensitive. 

The problem is that the science with phytol is so behind everything else, that it makes everyone essentially guinea pigs. 

There has been control issues involving the illicit pens that have THC in them, which then became a health crisis. A lot of consumers that are across the world suddenly felt sick, coming down with what was called VAPI or Evali, which is lung distress that’s killed over 68 people, and injuring over 2800 more.  For about six months, they looked, finally finding the vitamin EW acetate culprit, which was put in this type of product in an illicit fashion in order to increase the profits. 

Finally, the crisis ended in February the year after, where people threw out the vapes that were tainted, and factories were not using as much of the vitamin E acetate. 

The CDC also said that one of the state regulations that needs to be done is to make sure that there are no chemicals in the vape supply. 

Phytol though is a n alcohol that appears in small amounts in your cannabis plants. It is not a good smell, and in a lot of cases it can be grassy in the natural state. 

This is used in a lot of cleaners and detergents too. 

Usually, they dilute the cannabis with this, but the thing is that it’s cheap, and it can ruin the product in a lot of cases. It’s also dangerous too, and for a lot of companies they don’t distill it enough. 

The study found that it can hurt a lot of people, especially the rats in the study, and there aren’t exposure levels considered safe with this. It’s important to be careful of this.