Genetics probably plays the most important role in turning cannabis plants into habitats. Scientifically speaking, a group of flavonoids called “anthocyanins” provide red, blue or purple pigments in plants. They can also be found in many different purple and red vegetables and fruits (eggplants and blueberries, for example). It is essential to remember that, whatever you do, if the plant's anthocyanins are low, the likelihood of a cannabis plant turning purple is also low.
Some marijuana strains turn purple due to the high content of pigments called anthocyanins in their leaves. Anthocyanins are naturally occurring water-soluble pigments found in many plants. They are the color pigments that make blueberries blue, blackberries black and grapes red red red. Cold temperatures break down chlorophyll, allowing anthocyanins to dominate.
Exposure of cannabis plants to cold temperatures can cause leaves to change color. However, this only happens with strains genetically produced to turn purple. It is extremely important to do this gradually and at the right time, just before harvest. A nighttime temperature of 50°F is ideal, but there should be a gradual reduction in temperature to avoid impacting plants.
Exposure to cold for too long can reduce your production. Exposure to extreme cold can cause damage and even death to plants. Purple strains grown outside at colder temperatures can turn purple without intervention. Anthocyanins are water-soluble pigments found in many plants.
Purple cannabis naturally has a higher amount of anthocyanins, and the herb changes from green to purple as these anthocyanins are expressed during the growth cycle. Therefore, the perceived value makes anthocyanins an advantage when analyzing cannabis genetics more closely. In addition, whatever the color of those pigments without green chlorophyll in the way, it is the color that cannabis will convert to. We have extensively discussed how the best way to obtain purple cannabis is to grow plants with a strong genetic predisposition to purple.
Just as leaves change color in autumn, cannabis leaves may change color as the plant reaches maturity. He has worked in the industry in numerous positions for more than 5 years while covering cannabis content from coast to coast. Before I was commissioned to write about the purple cannabis flower, I assumed that the purple color was due to a specific terpene content. It will begin to decrease the production of chlorophyll needed to grow and, instead, it will devote energy to flowering and planting, in an effort to create the next generation of pot plants.
Although it is possible to dye marijuana, this practice is rare, and let's also make the obvious clear and let's say that if you find artificially colored cannabis, don't consume it. Although in this specific case, the anthocyanins in cannabis have no direct effect when smoked, although they could be more effective in infusions such as tea. However, trying to make the herb purple by any method that involves stressing the plant may work to a certain extent, since it can remove more chlorophyll, but is more likely to harm the plant and the final product. Under natural conditions, marijuana sativa grows during spring and summer, and then blooms seasonally in the fall and winter months.
While cannabis has an effective pH range to play with, going outside that range can harm the plant. In the case of purple cannabis varieties, we refer to anthocyanins: the green pigmentation associated with chlorophyll slowly begins to transform into blue, red and purple anthocyanins. Bloom Medicinals has partnered with the Realm of Caring Foundation to conduct a research study designed to advance the science of cannabis when it comes to health and quality of life. The color change is generally attributed to the appearance of anthocyanin, a water-soluble pigment that plants generate due to their genes or due to potassium deficiency, and low temperatures can also influence color change.
There are some myths that claim that purple cannabis leaves are a sign of a lack of nutrients, but that's not the case. . .