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And a big thanx to all of you for posting and voting me a 5 star grow. And yes its corney but you all make this worth it.
KATORICA & DGH420: thank you both.
KATORICA & DGH420: thank you both.
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And a big thanx to all of you for posting and voting me a 5 star grow. And yes its corney but you all make this worth it.
KATORICA & DGH420: thank you both.
LOL..Thanx for understanding OMM.. Yeah this week has been hectic. I had to finish up other projects I had going finished now though. And thank god Finished the christmas shopping already. I gave my wife a hydrofarm catalog and said buy me anything circled, Lets see if it works..(fingers crossed)
k so heres the set up..
VEG:
*2 12 site D.W.C systems
(these are being done under C.F.L due to a burned out ballast)
FLOWERING:
*32 site P.V.C N.F.T system(i built it myself, done this system for years)
*2 D.W.C buckets
*17 1 gln. soil containers
this is only 12 in the veg. room tonight i will putting the other 12 in the room.
so her are the picts:
veg first
next are the flowering room:
WING:Trust me you'll do just fine. It all takes time. one of the best things about this sight is everyone is always willing to help. Great Members, Staff, Forums there are a million things good to say about 420 Mag. We're all to guide eachother. One of the best things n my opinion is to be taught by a newbie. Sometimes we just get stuck in the preverbial box.
Stoobie heres my nute regimine:
Veg. Period:3 part Nutrients (General Hydroponics)
Flowering Period:3 part Nutrients (General Hydroponics)
Flowering Supplements:Liquid Kool Bloom (General Hydroponics)
Carbohydrates:Flora-Nector (General Hydroponics) & Carboload (Advanced Nutrients)
Root Supplements:Hygrozyme & Roots Excelerator (House & Garden)
Foliar Program:Liqiud Light (Gold) & Penetrator ([Gold]Dutch Masters)
N-P-K Boosters: Pro-Tekt (Dyna-Gro)
If there is any more questions just ask and I'll be more then happy to answer all of them. THANX!!
how long do you flush Butcher? And do you use flora clean or what? Just curious. Ive been doing this for so long Im kinda set in my ways and am trying to see how other people do things and try them out one by one to hopefully someday have all of the best techniques implemented in my grow. lol, Im in that "preverbial box" you talked about, lol. People here constantly help me with things sometimes without them even knowing they helped me, lol. Looking great Butcher! Awesome haul!
Effects of Water Stress under Contrasting Environmental Conditions on Transpiration and Photosynthesis in Soybean
M. F. BEARDSELL, K. J. MITCHELL1 and R. G. THOMAS2
1Plant Physiology Division, D. S.I.R. Palmerston North, New Zealand
2Department of Botany, Massey University Palmerston North, New Zealand
Continuous and simultaneous measurements of CO2 exchange and transpiration rates of whole soybean plants were made under contrasting, controlled environmental conditions when water stress was imposed by withholding water. Daytime temperatures and vapour pressure deficits were 27.5 ° C/12 mbar; 27.5 ° C/5 mbar; 22.5 ° C/12 mbar, and 22.5 ° C/5 mbar. The experimental conditions were virtually the same as the conditions under which the plants had been grown.
Under all four treatments photosynthesis and transpiration rates were closely correlated as water stress increased, but in view of the evidence for a significant mesophyll resistance to photosynthesis in- both stressed and unstressed plants it is not considered that this is due to total stomatal control.
At — 0.4 bar soil water potential (soll) the rates of transpiration and photosynthesis became independent of the atmospheric conditions and were very similar under all treatments. This is attributed to slow movement of water into the root zone from the surrounding soil with associated stomatal closure limiting the rates of water uptake and transpiration.
With decreasing soll, relative water content of the leaf (RWC) fell more rapidly and to lower levels under 27.5 ° C/12 mbar conditions than under the other treatments. The least reduction in RWC was under the 22.5 ° C/5 mbar treatment. Increasing soil water stress had the greatest relative effect on rates of gaseous exchange under 27.5 ° C/12mbar conditions and least under 22.5 ° C/5mbar conditions.