Cultivation Breakthroughs for Consistent Cannabis Crops

There are a few emerging technologies that are going to represent huge changes for the budding cannabis industry.

The future of the cannabis industry is going to be shaped by these changing technologies. Cannabis growers have always been quick to adapt new technologies and new growing practices in order to improve their yields and test out exciting new cannabis varieties.

Let’s take a look at a few of the latest breakthroughs that are poised to change how we grow weed.

Cannabis Genetics Editing and Seeds

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There are a lot of questions in the current cannabis industry. Everyone is working on problems from the classic questions like can you eat weed and get high to complicated research into cannabis genetics.

The first effort to create genetically altered cannabis seeds has finally been completed. This research produces GMO cannabis designed for specific traits as well as higher yield crops. This represents a major change for the cannabis industry.

The cannabis industry has always been known for its experimental approach to genetics. Traditional breeding approaches involved creating hybrids of known cannabis strains. This new approach aims to alter the genetics and directly promote traits like terpenes, cannabinoid percentages, and ensure easier growth.

The seeds are expected to hit the market soon and will be a huge change to how growers approach the cannabis industry.

Editing the Hemp Genome

Hemp is a major concern when it comes to editing the cannabis genome. The hemp industry has its own set of regulations and there is genetics work that’s currently going on in order to help make growing hemp even easier.

These efforts are designed to create a variation of the hemp plant that naturally grows with 0 percent THC. This is potentially a huge breakthrough for growers who are looking to focus on hemp and other cannabinoids such as CBD.

Currently there’s a major risk with growing hemp. Through either bad genetics or random chance, you can wind up with hemp plants that are known as “hot.” These are plants that accidentally have more THC than the legal limit. This spoils the crop for the grower and represents a major setback for the industry.

Editing the genome of hemp plants can ensure that all crops are successful and within industry and regulatory standards.

Tools for Fighting Mold and Other Cannabis Crop Contaminants

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Have you ever wondered can u eat weed? One of the first things to think about would be if there are mold or other contaminants on your cannabis. There’s a new technology coming from a surprising source that can change how we keep cannabis clean.

An air purification technology first made for the United States military is now being tested out for growing cannabis. This technology filters all air through a purification chamber. This chamber uses a variety of technologies to eliminate everything from chemical contaminants to mildew.

This cycles completely purified air back into your cannabis growing operation. This kind of technology can greatly reduce the risk of mildew, bacteria, and other contaminants that can jeopardize your cannabis crop.

Nano Tech and Cannabis?

The cannabis industry is incredibly varied for being so young and having such regulatory uncertainty. There are markets for eating weed, medicine, cosmetics, and just about anything else you can think of. One technology that’s looking to change how we grow weed is nanotechnology.

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There’s an emerging nanotechnology known as quantum dots. These are nanometer size semiconductors that are capable of emitting light. The wavelength of light they make changes based on the amount of energy that they receive, the materials they are made of, and even their physical design. This represents a potential breakthrough for cannabis growing that can change how we look at crops.

Cannabis is difficult to grow under the right lighting conditions. Of course, in the right climate you can grow cannabis naturally with the Sun, but cannabis growers have been fine-tuning the light that they feed their cannabis to for years. These nanometer sized semiconductors are poised to change everything we know about growing cannabis.

They’re giving researchers the ability to fine-tune the light cut their cannabis plants receive. This is helping us to understand which wavelengths of light are ideal for cannabis. Semiconductors of this size can also better diffuse light which gets more nutrients deeper into the canopy of the cannabis plant. This not only creates a healthier, more robust plant, but it can also dramatically increase yields.