T
tiramisu
- 2
- 1
Assuming: My objective is to optimize for yield per kilowatt hour and weight per year per square foot.
I've been noodling on setting up a 4x4 ebb and flow / DWC table in a tent and doing a SOG with many clones straight to flower ( 36/49/64 ) under 600 real watts of the lm301b's. I have been doing a lot of reading and it seems like sea of green has become unfashionable. Many responses to this type of question that I have read seem to confuse SOG with SCRog and go off the rails immediately.
Is there a technical reason that sea of green has gone out of fashion or is this mostly a matter of trees are more impressive to look at rather than focusing on maximizing yield per kilowatt/hour or yield per year?
It seems to me like this would be the preferred way for growing within the constraints of small space and limited power footprint yet all the pictures I see are of small trees in 20-gallon pots.
thanks for any insight
t.
I've been noodling on setting up a 4x4 ebb and flow / DWC table in a tent and doing a SOG with many clones straight to flower ( 36/49/64 ) under 600 real watts of the lm301b's. I have been doing a lot of reading and it seems like sea of green has become unfashionable. Many responses to this type of question that I have read seem to confuse SOG with SCRog and go off the rails immediately.
Is there a technical reason that sea of green has gone out of fashion or is this mostly a matter of trees are more impressive to look at rather than focusing on maximizing yield per kilowatt/hour or yield per year?
It seems to me like this would be the preferred way for growing within the constraints of small space and limited power footprint yet all the pictures I see are of small trees in 20-gallon pots.
thanks for any insight
t.