Cmurda48
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- Aug 24, 2023
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Does this look like a good start to lst? This is my first time attempting to do it but I think I got the idea right.
Alright, yeah, that makes perfect sense. Thank youLooks good !! I personally would snip that top leaf that’s laying flat covering your lower shoots.
you must have never grown an healthy and vigorous untouched plant to think so ...And you can get LOTS more top kolas on a single plant by doing so
you must have never grown an healthy and vigorous untouched plant to think so ...
also i doubt height would be an issue with some autoflower, and if photoperiods topping would be a better option than LST outdoor to keep height under control.
Actually it is, yes growing Outdoors, but since it's an Autoflower it also has a light that turns on when it gets dark out so it's actually sitting under light 24/7.why do you even LST an outdoor plant ... light penetration and dispersion do not decrease outdoor with the sun like indoor with artificial light.
there's very little point LSTing an outdoor plant aside grabbing some experience eventually ...
so it's actually sitting under light 24/7.
Okay so what do you think my light interval should be then? Because there is too much shade covering my entire property at different times of the day that I can't just rely on the Sun itself to get the job done. I tried that 2 years ago and let's just say it was less than ideal.Plants are exposed to a daily alternation between light and dark. Although growth in the light can be directly fueled by photosynthesis, in the dark it depends on stored carbohydrate. In many species, starch accumulates in the light and is broken down to provide sugars for metabolism and growth at night.
Plants don't sleep as such, but similar to when we sleep, metabolism is adjusted during the night to conserve energy for the big day ahead. Getting the timing of this day-night cycle right is really important because getting it wrong is detrimental to growth and survival.
In the process, plants take in carbon dioxide and release oxygen. No light, no photosynthesis. However, like us, plants respire nonstop, day and night, continually taking in oxygen and releasing carbon dioxide as they “burn” stored carbohydrates to fuel growth and the many metabolic functions needed to sustain life.
So, plants take in carbon dioxide from the atmosphere for preparing food. At night, photosynthesis does not occur hence they take in oxygen and give out carbon dioxide. Therefore, it is said that during the daytime, plants take in carbon dioxide and give out oxygen, and during the night it is vice-versa.
As plants 'exhale' during the night, they release oxygen back into the atmosphere. Meanwhile, the glucose accumulated during the day is used for growth, fueling the development of new leaves, stems, and flowers. This nightly cycle is crucial for plant health and development.
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