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Originally posted by mars1
Come on now GPS in the middle of the night and some where in the pouring rain the year sorry do not bye that.
I remember seeing you in some of them threads Chadwickus even if you where stood there wile one where been made by something that was not human you would still say man made.
THANKYOU
Originally posted by colloredbrothers
Also humans break or bend crop they do not accelerate there growth!!!!
so for god sake don't ignore the details because you don't want to hear about them.
Originally posted by colloredbrothers
people!
ofcourse humans can make such things but you guys are forgetting details!
humans can make amazing big # but humans need time!!!!!!! and planning!!!!! you guys seem to forget that!!!!! Also humans break or bend crop they do not accelerate there growth!!!!
so for god sake don't ignore the details because you don't want to hear about them.
it is what it is, this weird stuff is happening and things like the human buterfly are mind bogling. for people to say that it are just some simple stupid crop circles is for showining how utterly stupid and brainwashed you are.
Originally posted by Nematode
Originally posted by colloredbrothers
Also humans break or bend crop they do not accelerate there growth!!!!
so for god sake don't ignore the details because you don't want to hear about them.
Does anyone have any good research on this topic specifically?
Phototropism is directional growth in which the direction of growth is determined by the direction of the light source.
Phototropism is enabled by auxins. Auxins are plant hormones that have many functions. In this respect, auxins are responsible for expelling protons (by activating proton pumps) which decreases pH in the cells on the dark side of the plant. This acidification of the cell wall region activates enzymes known as expansins which break bonds in the cell wall structure, making the cell walls less rigid. In addition, the acidic environment causes disruption of hydrogen bonds in the cellulose that makes up the cell wall. The decrease in cell wall strength causes cells to swell, exerting the mechanical pressure that drives phototropic movement.