Panama x original haze (and electric lady on back)
not the same man. F1s provide better chance to find a keeper, than inbred line of haze. and no original haze based seedline is full of keepers, of course, it depends what is standard for you. you cant make F2 from Tom Hill Haze as its not F1---
growing them indoor would give no indication of how they will perform outdoors ,In my experience with a tom hill haze, it grew quite well indoors, nice bud structure and finished pretty good, same plant outdoors is quite terrible. Not a good test at all. I'd recommend testing them indoors not outside.
Panama x original haze (and electric lady on back)
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Looks like a nice pheno that you have gotten there.
Tight indernode spacing for being pure Haze x sativa cross.
Looking very healthy too!
hello haze lovers,
here are 3 THH...
there is so much more to discover in the THH...
what a great bud structure... hope she is potent too... from look a keeper
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another purple popped up...
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another great bud maker haze...
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all the best
M.
What I am saying is the same tom hill haze grown indoor and outdoor in BC on the island, it did quite well indoors, and is sucking outside. I pressed a branch and got 0 resin out of it. I'd never grow it outdoors again.
i'll use far red @ end of day and UV for more resin 1h @mid dayI noticed there are UV led strips, anybody is using it for haze indoor?
i'am very happy with it ... especially for da haze ;-)We know based on Photosynthesis (Chlorophyll A & B) that plants utilize primarily 439nm, 469nm, 642nm, and 667nm, (4-bands) while most other wavelengths are unused. Aside from these colors we know that humans must see their plants to monitor their health, which requires the use of white or green light (1-band) in small quantities, as these reflect off the plant. Lastly a light should contain 740nm far-red (1-band), which triggers flowering within the plant during a 12/12 light cycle. 740nm also stimulates the Emerson Enhancement effect, which increases photosynthesis rates up to 30%! UV light in the region of 285-315nm also has a benefit for resin-producing plants such as poison ivy or cannabis, however LED’s in this nm range cost over $90 each making them unrealistic for LED Grow Light applications. Based on this information, only 6 wavelengths or “bands” of light are necessary to meet all of the requirements of Chlorophyll A & B, Carotenoids, and humans. When UV becomes a cost-effective option, people growing resinous plants should opt for a 7-band spectrum containing 300nm UV.
but nothing can beat the SUN... !
i'll use far red @ end of day and UV for more resin 1h @mid day
since 1 year now... far red works for sure... UVB looks like
i'am very happy with it ... especially for da haze ;-)
CMH + LED looks to me the best combo for sativa...
but nothing can beat the SUN... !
M.