What is High Stress Training?
Cannabis plants’ growth structure, vigor, and canopy may be manipulated through high-stress training cannabis plants. It is an extremely stressful strategy for the plants, but it will result in stronger plants with increased growth hormone production.
Different types of H.S.T.
When you create a surge in a repair-growth hormone, extreme cannabis training techniques such as super cropping influence the plants’ growth; likewise, branch repair occurs when the plant recovers and forms hard wooden knuckles around its initial break. It strengthens other branches.
Pros and Cons of Supercropping
The plant’s inner cell walls are damaged by super cropping, which causes the plant to release growth hormones to repair the damage. Thus, plants are not simply growing horizontally, but their growth structure and vitality are also enhanced. By super cropping the main stem, you can provide much larger ultimate yields.
When done incorrectly, super-cropping may be harmful to your plants. Plant bending techniques might cause them to be permanently damaged. Roll the stem a few times before bending it using your thumb and index finger. As a result, the stem is more malleable and less prone to sustain harm when bent.
Pros and Cons of Mainlining
This removing leaves drive energy to the top of the plant, which results in just primary buds. It’s a breeze to harvest using this tool.
Unfortunately, due to the protracted vegetative period required by this high-stress training method, branches with symmetrical growth patterns are not likely to be produced.
Topping gone badly, but with an unexpectedly pleasant effect, is what we call the ‘Fuck I Missed’ method. By fimming, the leaves are shaved above their primary stem rather than the whole upper shoot of new growth (including the stem).
Pros and Cons of Fimming
FIMing recovery is substantially quicker than topping since we aren’t severing a major artery from the body.
F.I.M. is a little more complex topping method. Taking the next step up to the F.I.M. ranks is a fantastic option for those who mastered the art of topping.
It has been shown that a bit of stress during blooming may increase the productivity of plants. Lollipopping accomplishes exactly that.
Pros and Cons of Lollipopping
The removal of leaves and flowers that will never completely develop makes more sense than spending energy on parts of the plant getting light that will ultimately generate larger buds nonetheless.
If used too early in the vegetative phase, the popcorn buds may regrow before blooming has completed, and that’s where bending stems during flowering comes in.
Topping cannabis is a frequent method of regulating the height of plants in indoor environments. New growth on the main stem or side branches is snipped off during topping.
Pros and Cons of Topping
So, how many nodes before topping? If you are new to high-stress training, you may want to start with topping, a simple yet effective method. It can be done with only your hands. At the beginning of the vegetative stage, all you have to do is remove the plant’s top.
Unfortunately, it leads to topping results in a bushy, wide-structured plant that is both short and bushy.
Advantages of High Stress Training
Both low-stress training and high stress training should be implemented before a plant’s pre-flowering stage. Training cannabis plants from seedling to full bloom has several benefits. Techniques such as hyper cropping lead cannabis plants to grow thick and robust with hardwood side branches resulting from step-by-step high stress training. Plants can produce more and have greater resilience to disease because of the release of growth repair hormone.
For this reason, the canopy’s height is likewise controlled so that it remains at the same height as when the seedlings were snapped. Using the method of super cropping, producers with restricted head height may control the vertical development of the top canopy.
However, mainlining is a better option than a single super cropping session for people who can only produce a few little plants. During the vegetative period, there is a lot of trimming, and the side branches need to be tied down in a symmetrical pattern.
Disadvantages of H.S.T
While high stress training can be very fulfilling when used appropriately, at the right time, and with the right strain, novice growers might face a world of potential perils. The development of cannabis plants may be stunted if they aren’t given time to heal before being subjected to stress further, leading to weak areas that are susceptible to infection.
Inexperience and a lack of familiarity with recuperation times are often to blame for this. The internodes of super cropping plants are not developed enough to squeeze and pop, leading to an exposed wound that becomes infected or possibly dies.
Tips for High Stress Training
Use sterilized instruments and clean hands while trimming your plants and using the super cropping procedures. Before conducting high stress training cannabis, give plants time to recuperate. A thick wooden knuckle will appear on branches that have completely healed after a break.
When plants are in the blossoming stage, they should not be subjected to high-stress training. Hormonal shifts, coupled with high amounts of stress, may result in hermaphroditism. Training cannabis plants is a lengthy process that requires a lot of patience and persistence. If you decide to utilize H.S.T., expect to spend a lot of time in a vegetative state inside. An excellent approach to learn about the significance of energy transmission is by mainlining your plants.
Final word on H.S.T
You can maximize a little area by using high-stress training to develop thicker, tougher plants less prone to vertical growth. Even if you can produce a few little plants, rigorous stress training may boost your output dramatically.
If you are a novice, you should avoid high-stress training. Cropping is a good place to start before moving on to more complicated procedures like mainlining. As you exercise more and more, you will become adept at high-stress training and produce stronger, lusher plants.