wouldnt temperatures also reduce your potency in your grow room like when u run higher temps the smell is excessive cause the plants are sweating out the THC then when lights out the plant refurbishes the THC lost and also adds a bit more to the flowering plant and so on
One would think that when you switch to flowering you want to induce more colder climate to the plant giving the plant the feeling that its fall time an i better get goin
As fall approaches in your grow room Hypotheticaly speaking and as all falls happen you lose more daylight a few mins every day in Actual so introducing less light in your grow room would be better for instance i am ending week 4 flowering my light cycle is 11 1/2 hrs of light 12 1/2 of darkness by week 6 i will be running 11 hrs of light 13 of darkness till harvest time
Cannabis odor results from various substances within the trichomes of the plant other than THC or other cannabinoids. There are two prime categories of aromatic hydrocarbons; terpenes/terpenoids and phenolic compounds. In cannabis there are over a hundred unique terpenoids which are primarily responsible for a plants' aroma, along with a couple dozen phenolic and other compounds that also contribute to it.
Terpenoids and phenols are the precursors to THC, CBD and other cannabinoids. The sun or light plays a huge role in the formation of cannabinoids inside the tricome. UV rays act as a catalyst for the series of complex cascading chemical reactions in which secretions of unique terpenoids and phenols form specific cannabinoids.
Light and excessive heat will degrade cannabinoids to some extent, but the light is really what creates those cannabinoids in the first place. In theory when the lights are off the trichomes are not producing any THC, although it is possible that the plant may use stored energy to synthesize the aforementioned precursor terpenoids and phenols during the dark period.
Indoors temperatures above 86 degrees can lead to stretching plants and airy buds. The stomata, or tiny pores on leaf surfaces which allow air and moisture exchange, will close up. When stomata are closed there is no carbon dioxide entering and thus no or hindered photosynthesis. Increasing carbon dioxide concentration will force the stomata open even with hot temperatures.