magnetism and plant growth

DrFever

DrFever

New Member
you here all the hype about eletrical into soil and such

well to make a plant grow amazing heres a thought we as growers introduce NPK into our medium which brokn down is molecules all molecules have magnetic propertys almost everything does
as you mix your food the molecules start spinning and when you pour it into your medium it spins and slowly slows down
here is a trick

in soil when tranplanting add about 2 "- 3" of soil on bottom and place a dime size magnet in the middle of your pot then cover more soil on top of this
then transplant your plant into it as you normally would do and wa la you have created a magnetic field once you pour your food into it it will keep molecules active longer thus creating vigirious growth :))
your plans ill grow taller and faster then ever before

give it a try you be surprised :mrgreen::mrgreen::mrgreen::hump:
 

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DrFever

DrFever

New Member



Carlos Ruiz-Suárez and Yuri Nahmad-Molinari/CINVESTAV-IPN
Magnetic mesh. A magnetic field causes the iron particles in a magnetorheological slurry to form long filaments that drastically alter the
 
Total Head

Total Head

Well-Known Member
alright, you made me go and google it. interesting stuff. i found some articles that indicate that magnets placed below plants made the plants grow larger than normal, so it stands to reason that mj would benefit. i actually came accross some pretty bold claims, like 39% increase in growth and whatnot. there's a lot of info on magnetizing seeds to increase germination. apparently the magnets increase some kind of protien in the seed. lots of articles about magnetizing the water, also. not much info about magnets and mj though, and not a whole lot of info on actually implimenting the magnets. i'm a little surprised that i haven't seen more threads about this here. i'm wondering how magnets might affect indoor grow equipment.
 
cannabineer

cannabineer

Ursus marijanus
I imagine this will be about as effective as those magnetic bracelets people wear for health. Plants tend to be not as susceptible to marketing.
cheers 'neer
 
DrFever

DrFever

New Member
well you here people saying music will make a plant happy anyone ever think it could be the magnets in the speakers :))
i read that for instance you mix your food and pour it in your medium thats all it does is just pour in with a magnit the molecules will litterally stand up thus possibly giving root sysem easier access

just make some food up mix it good and leave it alone next day look at it you will notice in top its all water i know you will se most nutrients on bottom

goin to make a mixture and throw in a magnet lets hope this works lol
 
BobCajun

BobCajun

Well-Known Member
I tried taking a small power supply, like 9 volts or so (don't recall exactly) and hooking it to two nails and sticking them in the soil. Didn't seem to have a noticeable effect, though articles say it's supposed to. Could help keep soil borne pests down though. They probably wouldn't like getting constantly jolted.

About the magnets, what if you used those super-magnets like they have in hard drives? Should make them grow like buggers. If you put two of those magnets together it's very difficult to get them apart, they're that strong. I got a couple when I took a HD apart once. I'll stick them in and see what happens. I wonder if it matters what direction you put them in, like with the poles vertical or horizontal. I guess probably vertical like the Earth's field, with the North pole up.

I actually just did it. I put one in on one side of the stem of a plant in a small pot and the other on the other side, both with the poles in the same direction, don't know if it's North or South though. Guess you would need a compass to tell, by holding it near the poles of the magnet. The HD magnets are very thin, so they were easy to stick in.
 
DrFever

DrFever

New Member
not sure how much magnetics is needed but of you can gain up to 30 + percent in growth then normal its well looking into wouldn't you think
 
DrFever

DrFever

New Member
since plants
are being exposed to low-level magnetic fields as a consequence of power
lines and other industrial technology, but it is very far from being
understood. Most of the research into this topic is published in Russian
scientific journals, and are therefore difficult to locate, but are
summarized in a review article by Belyavskaya (2004) in the journal
Advances in Space Research (see reference below). The bibliography of that
paper has many references that could be helpful to you.

Weak electromagnetic fields (WEF) are generally thought to suppress the
growth of plants and reduce cell division (arrest cells in G1 phase – the
‘growth phase’ leading up to cell division). A study by Sytnik et al.
(1984) reported that the growth of wheat, pea, and sugar beet roots was
significantly inhibited by WEF. In contrast, a study by Celestino and
co-workers (2000) reported that weak electromagnetic fields (WEF) increase
the germination of oak seeds (aka, acorns) and their subsequent growth
(shoot length, dry weight). Similarly, Alexander and Doijode (1995) found
that onion and rice seeds exposed to a WEF for 12 h showed significantly
increased germination, shoot and root lengths, and fresh and dry weight of
seedlings. M.V. Carbonell et al. (2000) confirmed that these low-frequency
magnetic fields increase the germination rate and percentage of rice seeds.
However, a study by Govoroon et al. (1992) observed no effect of WEF on the
growth of pea, flax, and lentil seeds. These variable and contradictory
results seem to suggest that the effects of magnetic fields on plants may
be species-specific (e.g., stimulate growth certain plant species, inhibit
growth in some species, and have no effect on others). Even though all of
these studies use “weak electromagnetic fields”, the exact intensity of the
magnetic field is also going to be an important variable. Levels of calcium
(Ca++) inside of plant cells increases following exposure to magnetic
fields, which is one of the proposed mechanisms by which magnetic fields
may affect plants. Calcium ions (Ca++) participate in many plant growth
processes and responses to stress (heat and salt stress, wounding, etc.).
Another potential mechanism is being explored by NASA, which has done some
research showing that magnetic fields may also affect the position of
starch grains (aka amyloplasts) within plant cells, which will influence
the direction of growth of the plant (a phenomenon called geotaxis). See:
http://weboflife.nasa.gov/currentResearch/currentResearchFlight/sowingSeeds.htm
 
billy4479

billy4479

Moderator
DrFever said:
since plants
are being exposed to low-level magnetic fields as a consequence of power
lines and other industrial technology, but it is very far from being
understood. Most of the research into this topic is published in Russian
scientific journals, and are therefore difficult to locate, but are
summarized in a review article by Belyavskaya (2004) in the journal
Advances in Space Research (see reference below). The bibliography of that
paper has many references that could be helpful to you.

Weak electromagnetic fields (WEF) are generally thought to suppress the
growth of plants and reduce cell division (arrest cells in G1 phase – the
‘growth phase’ leading up to cell division). A study by Sytnik et al.
(1984) reported that the growth of wheat, pea, and sugar beet roots was
significantly inhibited by WEF. In contrast, a study by Celestino and
co-workers (2000) reported that weak electromagnetic fields (WEF) increase
the germination of oak seeds (aka, acorns) and their subsequent growth
(shoot length, dry weight). Similarly, Alexander and Doijode (1995) found
that onion and rice seeds exposed to a WEF for 12 h showed significantly
increased germination, shoot and root lengths, and fresh and dry weight of
seedlings. M.V. Carbonell et al. (2000) confirmed that these low-frequency
magnetic fields increase the germination rate and percentage of rice seeds.
However, a study by Govoroon et al. (1992) observed no effect of WEF on the
growth of pea, flax, and lentil seeds. These variable and contradictory
results seem to suggest that the effects of magnetic fields on plants may
be species-specific (e.g., stimulate growth certain plant species, inhibit
growth in some species, and have no effect on others). Even though all of
these studies use “weak electromagnetic fields”, the exact intensity of the
magnetic field is also going to be an important variable. Levels of calcium
(Ca++) inside of plant cells increases following exposure to magnetic
fields, which is one of the proposed mechanisms by which magnetic fields
may affect plants. Calcium ions (Ca++) participate in many plant growth
processes and responses to stress (heat and salt stress, wounding, etc.).
Another potential mechanism is being explored by NASA, which has done some
research showing that magnetic fields may also affect the position of
starch grains (aka amyloplasts) within plant cells, which will influence
the direction of growth of the plant (a phenomenon called geotaxis). See:
http://weboflife.nasa.gov/currentResearch/currentResearchFlight/sowingSeeds.htm
Click to expand...



I think in addition to power lines and lines and other industrial technology ...You have to include the earths own magnetic fields your compass points north showing the power of this natural force ...Than the link between electricity and magnetization One fact that i would like to point out is that Electricity, Light, Radio Waves , are all part of the same force whch is energy...every piece of matter on this earth is energy...The distinction between waves and particles becomes rather blurred in light of quantum mechanics. The photoelectric effect tells us that light can behave as though it's made of particles, while "particles" like the electron, sometimes act like waves.electromagnetic waves (or photons),
 
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