Frankster
Never trust a doctor who's plants have died.
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Good video, it makes me even more encouraged about the choices I made with that last male I selected, he was a very stinky customer, and you can judge his internoding, structure and general vigor by the picture below. The pith and smelling the males before they show themselves, is welcome new information, and the ethylene regulator is something I'm going to try.
One more possibly interesting read:
www.frontiersin.org
Conclusion:
In order to increase cannabis yield per square meter and per W light, the results of this meta-analysis point to the use of (1) low plant density (≤12 plants per square meter), (2) a flowering period duration of 9 weeks, (3) the use of HPS lamps, (4) an adequate fertilizer regime, and (5) manipulating light intensity to preserve high energy efficiency vs. favor THC and CBD accumulation. Furthermore, our results demonstrate that cannabis varieties respond differently to production conditions. The vast amount of existing genomic and transcriptomic data can be used to catalog current cannabis diversity resulting from thousands of years of breeding and used to identify area for crop improvement. While these basic production conditions are further investigated, we also propose the use of additional technologies such as LEDs to increase power-use efficiency, and PGPR to increase nutrient efficiency and regulate cannabinoid yield.
PGPR: (Polyglycerol polyricinoleate)
That's lending credibility to my foliar creation forumula, as glycerin is the main ingredient, this is very interesting.
One more possibly interesting read:
Frontiers | Closing the Yield Gap for Cannabis: A Meta-Analysis of Factors Determining Cannabis Yield
Until recently, the commercial production of Cannabis sativa was restricted to varieties that yielded high-quality fiber while producing low levels of the ps...
www.frontiersin.org
Conclusion:
In order to increase cannabis yield per square meter and per W light, the results of this meta-analysis point to the use of (1) low plant density (≤12 plants per square meter), (2) a flowering period duration of 9 weeks, (3) the use of HPS lamps, (4) an adequate fertilizer regime, and (5) manipulating light intensity to preserve high energy efficiency vs. favor THC and CBD accumulation. Furthermore, our results demonstrate that cannabis varieties respond differently to production conditions. The vast amount of existing genomic and transcriptomic data can be used to catalog current cannabis diversity resulting from thousands of years of breeding and used to identify area for crop improvement. While these basic production conditions are further investigated, we also propose the use of additional technologies such as LEDs to increase power-use efficiency, and PGPR to increase nutrient efficiency and regulate cannabinoid yield.
PGPR: (Polyglycerol polyricinoleate)
That's lending credibility to my foliar creation forumula, as glycerin is the main ingredient, this is very interesting.
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