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A Series of Lessons in Gnani Yoga746<br />

for water, it shows a great sensitiveness and rapidly coils itself up. Now what<br />

causes this life action? The plant has no brains, and cannot have reasoned<br />

out this process, nor even have acted upon them by reasoning processes.<br />

It has nothing to think with to such a high degree. It is the Will behind the<br />

curtain, moving this way and that way, and doing things.<br />

There was once a French scientist named Duhamel. He planted some<br />

beans in a cylinder—something like a long tomato can lying on its side. He<br />

waited until the beans began to sprout, and send forth roots downward,<br />

and shoots upward, according to nature’s invariable rule. Then he moved<br />

the cylinder a little—rolled it over an inch or two. The next day he rolled it<br />

over a little more. And so on each day, rolling it over a little each time. Well,<br />

after a time Duhamel shook the dirt and growing beans out of the cylinder,<br />

and what did he find? This, that the beans in their endeavor to grow their<br />

roots downward had kept on bending each day downward; and in their<br />

endeavor to send shoots upward, had kept on bending upward a little each<br />

day, until at last there had been formed two complete spirals—the one<br />

spiral being the roots ever turning downward, and the other the shoots ever<br />

bending upward. How did the plant know direction? What was the moving<br />

power. The Creative Will behind the curtain again, you see!<br />

Potatoes in dark cellars have sent out roots or sprouts twenty and thirty<br />

feet to reach light. Plants will send out roots many feet to reach water. They<br />

know where the water and light are, and where to reach them. The tendrils<br />

of a plant know where the stake or cord is, and they reach out for it and<br />

twine themselves around it. Unwind them, and the next day they are found<br />

again twined around it. Move the stake or cord, and the tendril moves after<br />

it. The insect-eating plants are able to distinguish between nitrogenous and<br />

non-nitrogenous food, accepting the one and rejecting the other. They<br />

recognize that cheese has the same nourishing properties as the insect, and<br />

they accept it, although it is far different in feeling, taste, appearance and<br />

every other characteristic from their accustomed food.

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