Viagro
Well-Known Member
Yeah, I hear you, Brick Top. I had several questions about this too. I have never tried it for some of the reasons you mentioned. But, this truly was discussed in a grower's handbook first published in the seventies, maybe dating back to the sixties. I've always wondered if anyone had actually tried it with any degree of success, as counter-intuitive as it seems. Can't say why I never sacrificed one bud to satisfy my curiosity (probably because it does seem a bit absurd), but I haven't, and I keep fishing for someone to tell me they tried it so I can put the issue to bed.
I'm glad you challenged the idea so I could add this disclaimer. But, it's an honest question and whether or not it's a ridiclous technique, it's not ridiculous to question. I think I've still got the book somewhere in storage, but I can't put my hands on it at the moment to cite specifically, but I'm not making this up. I remember the book mentioning how plants use resin for protection against the sun and other physical stressors. It suggested the technique particularly for low light, and/or cooler grows...where fluffy buds and low resin was a problem. It said to gently crimp them over slightly, not turn them back on themselves, so I guess (in theory) the phloem can still transport resin in the direction of the injury.
from wiki- The Pressure flow hypothesis was a hypothesis proposed by Ernst Munch in 1930 that explained the mechanism of phloem translocation[2]. A high concentration of organic substance inside cells of the phloem at a source, such as a leaf, creates a diffusion gradient that draws water into the cells. Movement occurs by bulk flow; phloem sap moves from sugar sources to sugar sinks by means of turgor pressure gradient. A sugar source is any part of the plant that is producing or releasing sugar.
During the plant's growth period, usually during the spring, storage organs such as the roots are sugar sources, and the plant's many growing areas are sugar sinks. The movement in phloem is multidirectional, whereas, in xylem cells, it is unidirectional (upward).
After the growth period, when the meristems are dormant, the leaves are sources, and storage organs are sinks. Developing seed-bearing organs (such as fruit) are always sinks. Because of this multi-directional flow, coupled with the fact that sap cannot move with ease between adjacent sieve-tubes, it is not unusual for sap in adjacent sieve-tubes to be flowing in opposite directions...
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Nocturnal1- If you do try it, please let me know how it goes.
I'm glad you challenged the idea so I could add this disclaimer. But, it's an honest question and whether or not it's a ridiclous technique, it's not ridiculous to question. I think I've still got the book somewhere in storage, but I can't put my hands on it at the moment to cite specifically, but I'm not making this up. I remember the book mentioning how plants use resin for protection against the sun and other physical stressors. It suggested the technique particularly for low light, and/or cooler grows...where fluffy buds and low resin was a problem. It said to gently crimp them over slightly, not turn them back on themselves, so I guess (in theory) the phloem can still transport resin in the direction of the injury.
from wiki- The Pressure flow hypothesis was a hypothesis proposed by Ernst Munch in 1930 that explained the mechanism of phloem translocation[2]. A high concentration of organic substance inside cells of the phloem at a source, such as a leaf, creates a diffusion gradient that draws water into the cells. Movement occurs by bulk flow; phloem sap moves from sugar sources to sugar sinks by means of turgor pressure gradient. A sugar source is any part of the plant that is producing or releasing sugar.
During the plant's growth period, usually during the spring, storage organs such as the roots are sugar sources, and the plant's many growing areas are sugar sinks. The movement in phloem is multidirectional, whereas, in xylem cells, it is unidirectional (upward).
After the growth period, when the meristems are dormant, the leaves are sources, and storage organs are sinks. Developing seed-bearing organs (such as fruit) are always sinks. Because of this multi-directional flow, coupled with the fact that sap cannot move with ease between adjacent sieve-tubes, it is not unusual for sap in adjacent sieve-tubes to be flowing in opposite directions...
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Nocturnal1- If you do try it, please let me know how it goes.