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originally posted by: Phage
a reply to: Tearman
Except that they aren't (round) and are still associated with ET.
cdn2.collective-evolution.com...
n stems, mitosis in the apical meristem of the shoot apex (also called the terminal bud) produces cells that enable the stem to grow longer and, periodically, cells that will give rise to leaves. The point on the stem where leaves develop is called a node. The region between a pair of adjacent nodes is called the internode.
it wont stay bent and continue to grow
If such a stem as this is placed horizontal, rapid growth goes on at the lower side of the nodes so that at each node some curvature ensues, and the whole stem curves upwards although the internodes remain quite straight. In this way young grass stems recover far more readily from being trodden down or knocked over than do ordinary stems.
Yes. It will. Grains are grass.
Noded plants (like grasses, which grains are) exhibit geo and phototropism at the nodes. A plant which has been knocked down will grow upward
u can break the inner core if a plant to produce a node but the plant will right itself
No, that is not what you said. Breaking a grass does not produce a node. Grasses produce nodes as they grow whether or not they are knocked down. The uneven growth occurs at existing nodes.
thats what i said
No. We do not agree. Uneven growth occurred at the node, not the internode. That's what happens when you knock a noded plant down.
this plant did not right itself at the node , it either continued to grow at a right angle, which we both agree is not what plants do
If such a stem as this is placed horizontal, rapid growth goes on at the lower side of the nodes so that at each node some curvature ensues, and the whole stem curves upwards although the internodes remain quite straight. In this way young grass stems recover far more readily from being trodden down or knocked over than do ordinary stems.
your links are useless and so is trying to help the learned phage
They didn't know all the complex algebra, and math and geometry or have the means to travel and work that fast for many of them.
but there are the interesting ones that we can't explain, maybe it's not right to call them "Real crop circles", but unexplained ones that can't be explained.
Whenever I see the name doug and dave as proof of debunking, I know the poster hasn't really researched crop circles or has an agenda to twist the truth for some reason.