(10) And some fell among thorns, and the thorns grew up with it, and choked it, and it yielded no fruit.

(25) It is concerning plants that every single kind with a drop of water on a twig (teh) they should hold four finger-breadths in front of the fire; Most of all it is the lotos (kûnâr) they speak of.

(31) Professor Bieser says: "Another plant showing irritability when touched, and possessing the faculty of finding and raising water by means of a long, slender, flat stem or tube, is a variety of orchid discovered by E. A. Suverkrop, of Philadelphia, several years ago. This plant grows upon the trunks of trees hanging over swampy places along the bank of the Rio de la Plata and streams of the neighborhood. When this orchid is in want of water, the slender stem gradually unwinds until it dips into the water. Then the stem slowly coils around and winds up to discharge upon the part of the plant from which the roots spring the water which it has sucked up into its hollow space or tube within its interior. Sometimes when water is absent from directly under this plant, the stem moves first in this direction and then in another, in its search for water, and finally finding the water it performs the process above described. If this plant is touched while the stem is extended it acts much like the sensitive plant (mimosa), and the stem coils up into a spiral more rapidly than when it is lifting water." The experiments of that wizard of plant-life, Luther Burbank, give us many illustrations of the manner in which the "mind" in the plant will respond to changed environment, and to take advantage of improved conditions thereof in the direction of adapting itself thereto. No one can study the works of modern botanists, or work long among plants, without discovering for himself many facts serving to prove that there is not only Life among the plants, but also sufficient mind to serve the purposes and needs of the existence of the plant. Some scientists have thought it possible that by changing the environment of the plant sufficiently, in the direction of calling out latent possibilities of mental action, it is probable that plants may be evolved which would approach in their mental activity that of the lower forms of animal life, if not indeed exceed the latter.

(13) From this root there grow and ripen the fruits of birth, of the life-span, of all that is tasted in life.

(334) The thirst of a thoughtless man grows like a creeper; he runs from life to life, like a monkey seeking fruit in the forest.

(22) The manifestation of Trophoses, or acts pertaining to nutrition, is apparent even in the case of the lowest forms of plant-life. Even the lowliest vegetable cell takes nourishment and replaces the waste products of its system by fresh material taken into its system. These activities require a very simple nervous system, often practically no nervous system at all. But, nevertheless, in every act of nutrition there is manifested not only the presence of Life, but also conscious activity of a certain degree. Even the lowest forms of plants are able to distinguish perfectly between nutritive and non-nutritive particles of matter. Most plants possess no nervous system, at least none yet discovered by science, but, nevertheless, they manifest characteristic Trophoses corresponding in degree with their necessities , but seldom exceeding those necessities.

(26) And thirdly, you find in all Things a glorious Power and Virtue, which is the Life, Growing and Springing of every Thing, and you find that therein lies its Beauty and pleasant Welfare, from whence it stirs. Now look upon an Herb or Plant, and consider it, what is its Life which makes it grow? And you shall find in the Original, Harshness, Bitterness, Fire, and Water, and if you should separate these four Things one from another, and put them together again, yet you shall neither see nor find any Growing; but if it were severed from its own Mother that generated it at the Beginning, then it remains dead; much less can you bring the pleasant Smell, or Colours into it.

(27) Many students are doubtless familiar with the instance of the "sensitive plants" which exhibit a marked degree of sensibility to touch. Many insect-eating plants manifest an equally high degree of sensitiveness, though of course in a different direction. The leaves of the Venus' Fly Trap fold upon each other and thus capture the unfortunate insect which has been tempted into the trap by the sweet juice which appears upon the leaf as a dainty bait. The folding of the leaves follows the alarm given by the three sensitive bristles or hairs which act as feelers which sense the presence of the insects. Bits of earth, or raindrops, are recognized as "not-food" by these feelers, and no closing of leaves result from their presence on the leaves. Other plants are very sensitive to degrees of light, and they close at certain hours, the time varying according to the species of the plant. It was formerly held that this sensitiveness to light was merely a chemical response to the presence of light, but recent experiments have shown that such plants, when placed in a dark room, will continue this closing for several days, in a gradually lessening degree, thus indicating the presence of a "habit" within their consciousness, which "habit" indicates the presence of "mind" even more forcibly than does the closing itself. Certain ferns will wither if their fronds are touched too often.

(17) The chief distinction between the intelligence and consciousness of Plants and Animals is that the former manifest almost entirely along the lines of instinctive or unconscious mentation, while the latter manifest in a steadily increasing degree purpositive and deliberate conscious activity. In the processes of the human body we find a large proportion of those performed clearly along the lines of the instinctive, unconscious vegetable kingdom. These processes come under the control and direction of the Plant Soul. They are performed on the Plane of Plant Consciousness just as truly as are the processes of the ordinary types of plant life. Some of these processes are very complex—but so are the processes involved in the life of the ordinary plant.

(26) Not only have the roots of plants the general "sense of direction" which causes them to grow downward in spite of all attempts to prevent them, but they have also the "sense of moisture," which causes them to seek the direction of water. Many plants also turn their leaves and blossoms to the light, no matter how often they are turned in the opposite direction. Potatoes in dark cellars will often send forth their sprouts twenty or thirty feet in the direction of light which shows through a tiny crack in the wall. Likewise, plants possess the "sense of taste" to a very high degree in some cases. By means of this sense they are able to detect differences in substances, and to choose those substances which are conducive to their nutrition. They are able to distinguish between poor and rich soil, and also between different chemicals of differing nutritive values. They always move their roots in the direction of the best food supply, and also toward moisture. Not only do the roots of plants move in the direction of water, but instances have been cited in which the leaves of plants will bend over during the night and dip themselves in a vessel of water several inches away. Insect-eating plants recognize the difference between living animal substance and bits of inorganic matter or vegetable substance, casting off the latter two as if in disgust. Experiments have been made of placing a bit of cheese in the reach of such plants, when, though cheese is of course unfamiliar to them, they will seem to recognize its nitrogenous nature and will devour it as readily as they will a piece of flesh or the body of an insect.

(11) And as, while there is one royal highway, there are many others, some leading to a precipice, some to a rushing river or to a deep sea, no one will shrink from travelling by reason of the diversity, but will make use of the safe, and royal, and frequented way; so, though some say this, some that, concerning the truth, we must not abandon it; but must seek out the most accurate knowledge respecting it. Since also among garden-grown vegetables weeds also spring up, are the husbandmen, then, to desist from gardening?

(6) As soon as we were come to where the dew Fights with the sun, and, being in a part Where shadow falls, little evaporates, Both of his hands upon the grass outspread In gentle manner did my Master place; Whence I, who of his action was aware, Extended unto him my tearful cheeks; There did he make in me uncovered wholly That hue which Hell had covered up in me. Then came we down upon the desert shore Which never yet saw navigate its waters Any that afterward had known return. There he begirt me as the other pleased; O marvellous! for even as he culled The humble plant, such it sprang up again Suddenly there where he uprooted it.

(48) Death subdues a man who is gathering flowers, and whose mind is distracted, before he is satiated in his pleasures.

(30) But the Sweetness is like Oil or Fire, wherein the Flash continually kindles itself, so that it shines: But the Oil being sweet, and mingled with the Matrix of the Water, therefore the shining Light is steady, [constant and fixed,] and sweet: But seeing it cannot, in the Nature of the Water, continue to be an Oil only (because of the Infection of the Water) therefore it becomes thick; and the [Nature or] Kind of the Fire colours it red; and this is the Blood and the Tincture in a Creature, wherein the noble Life stands. Of the Death and of the Dying. The Gate of Affliction and of Misery.

(3) "Now the wild olive is inserted into the fatness of the olive," and is indeed of the same species as the cultivated olives. For the graft uses as soil the tree in which it is engrafted. Now all the plants sprouted forth simultaneously in consequence of the divine order. Wherefore also, though the wild olive be wild, it crowns the Olympic victors. And the elm teaches the vine to be fruitful, by leading it up to a height. Now we see that wild trees attract more nutriment, because they cannot ripen. The wild trees, therefore, have less power of secretion than those that are cultivated. And the cause of their wildness is the want of the power of secretion. The engrafted olive accordingly receives more nutriment from its growing in the wild one; and it gets accustomed, as it were, to secrete the nutriment, becoming thus assimilated to the fatness of the cultivated tree.

(3) Never to thee presented art or nature Pleasure so great as the fair limbs wherein I was enclosed, which scattered are in earth. And if the highest pleasure thus did fail thee By reason of my death, what mortal thing Should then have drawn thee into its desire? Thou oughtest verily at the first shaft Of things fallacious to have risen up To follow me, who was no longer such. Thou oughtest not to have stooped thy pinions downward To wait for further blows, or little girl, Or other vanity of such brief use. The callow birdlet waits for two or three, But to the eyes of those already fledged, In vain the net is spread or shaft is shot." Even as children silent in their shame Stand listening with their eyes upon the ground, And conscious of their fault, and penitent; So was I standing; and she said: "If thou In hearing sufferest pain, lift up thy beard And thou shalt feel a greater pain in seeing." With less resistance is a robust holm Uprooted, either by a native wind Or else by that from regions of Iarbas,

(5) The tender plant, and withers all its shades;

It lies uprooted from its genial bed,

A lovely ruin now defac’d and dead.

(5) So, also, the growth of plants is connected, in this manner, strongly with the root; so, likewise, the blessings (âfrîn) which the righteous utter, come back, in this proportion, to themselves.

(14) Of the corporeal thus brought into being by Nature the elemental materials of things are its very produce, but how do animal and vegetable forms stand to it?

Are we to think of them as containers of Nature present within them?

Light goes away and the air contains no trace of it, for light and air remain each itself, never coalescing: is this the relation of Nature to the formed object?

It is rather that existing between fire and the object it has warmed: the fire withdrawn, there remains a certain warmth, distinct from that in the fire, a property, so to speak, of the object warmed. For the shape which Nature imparts to what it has moulded must be recognized as a form quite distinct from Nature itself, though it remains a question to be examined whether besides this form there is also an intermediary, a link connecting it with Nature, the general principle.

The difference between Nature and the Wisdom described as dwelling in the All has been sufficiently dealt with.

(24) Still higher in the scale we find certain species of plants manifesting true Psychoses, or acts pertaining to thought processes , although the latter are of a comparatively low order as compared to those manifested by the higher forms of animal life. With this class of manifestation the average student is not so well informed, and, therefore, it has been thought well to direct your attention in the following pages to these fascinating phenomena of plant-life. We think that a careful consideration of the facts now about to be presented to the student will bring to him a clear realization of the presence of actual conscious activity in the kingdom of the plants, and will cause him to accept the statement of that eminent authority, Professor Bieser, who has said: "While we believe that the intelligence of man, animals and plants is essentially the same in kind, we know that it differs enormously in degree and form. Even among men this degree of intelligence varies, but this is because some individuals by nature see but a little more clearly their needs than others, and live under more favorable circumstances—that is all!" Dr. J. E. Taylor, an authority on the subject of plant-psychology says: "Perhaps one reason why plants are usually denied consciousness and intelligence is because in the structure of even the highest developed species we find no specialized nervous track along which sensations may travel, or where they can be registered as in the case of the ganglia and brains of the higher animals. But it should be remembered that none of the creatures sub-kingdom of the Protozoa (the lowest of the grand divisions of the animal kingdom) possess nervous structures, whilst many of the next more highly organized animal sub-kingdom, the Coelenterata, have no trace, and the rest but a feeble development. Yet we do not deny these lowly organized animals a dim and diffused consciousness, or even the possibility of their structures being so modified that they can profit by experience, and thus develop that accumulated experience of their kind that we call 'instinct.'" Darwin, speaking of the wonderful sensitiveness of the root-tip of plants says: "It is hardly an exaggeration to say that the tip of the radicle thus endowed, and having the power of directing the movements of the adjoining parts, acts like the brain of one of the lower animals ; the brain being seated within the anterior end of the body, receiving impressions from the sense organs, and directing the general movements." Professor Cope says: "We can understand how by parasitism, or other means of getting a livelihood without exertion, the adoption of new and skillful movements would become unnecessary, and consciousness itself would be seldom aroused. Continued repose would be followed by subconsciousness, and later by unconsciousness.