tips & tricks
“ PERHAPS THE BEST SOLUTIONS FOR ADMINISTERING CO2 TO CLONES ARE THE CO2 PADS SPECIFICALLY DESIGNED FOR CLONING CHAMBERS .”
they are designed to release the correct amount of CO 2 for that stage of growth . In fact , CO 2 pads made for cloning propagation trays usually put the CO 2 levels between 450-1,200 ppm . This level of CO 2 is ideal for the cloning stage because there is enough to increase the rate of photosynthesis ( creation of sugars ) and prevent certain pathogens from establishing , but not so much that root growth will be inhibited . Pads in the clone area may need to be replaced every few days to ensure a consistent level of CO 2 throughout the entire rooting process .
Of all the stages of growth in a perpetual indoor garden , the cloning stage is the most difficult for horticulturists to master . When success rates in the cloning stage are suffering , the entire perpetual garden suffers . This is why it is so important for horticulturists with perpetual gardens to have consistent results in the cloning stage . One of the best ways a grower can increase his or her success in cloning is to implement CO 2 . When done correctly , increased CO 2 levels will give the plants the ability to create more sugars ( fuel ) at a faster rate . With those sugars , the plants are able to produce roots more quickly . Regardless of the benefits brought on by faster rooting , the protective nature of CO 2 enrichment is a good enough reason for horticulturists to add CO 2 to the cloning stage . The prevention of possible pathogens automatically increases success rates and eliminates potential glitches which could otherwise inhibit the flow of a perpetual garden . Considering the multifaceted benefits , the addition of CO 2 in the cloning stage could be one of the most influential factors affecting the early stages of a perpetual garden .
96 grow cycle