Insect Related Quotes

Algebra applies to the clouds, the radiance of the star benefits the rose--no thinker would dare to say that the perfume of the hawthorn is useless to the constellations. Who could ever calculate the path of a molecule? How do we know that the creations of worlds are not determined by falling grains of sand? Who can understand the reciprocal ebb and flow of the infinitely great and the infinitely small, the echoing of causes in the abyss of being and the avalanches of creation? A mite has value; the small is great, the great is small. All is balanced in necessity; frightening vision for the mind. There are marvelous relations between beings and things, in this inexhaustible whole, from sun to grub, there is no scorn, each needs the other. Light does not carry terrestrial perfumes into the azure depths without knowing what it does with them; night distributes the stellar essence to the sleeping plants. Every bird that flies has the thread of the infinite in its claw. Germination includes the hatching of a meteor and the tap of a swallow's beak breaking the egg, and it guides the birth of the earthworm, and the advent of Socrates. Where the telescope ends, the microscope begins. Which of the two has a greater view? Choose. A bit of mold is a pleiad of flowers; a nebula is an anthill of stars. The same promiscuity, and still more wonderful, between the things of the intellect and material things. Elements and principles are mingled, combined, espoused, multiplied one by another, to the point that the material world, and the moral world are brought into the same light. Phenomena are perpetually folded back on themselves. In the vast cosmic changes, universal life comes and goes in unknown quantities, rolling everything up in the invisible mystery of the emanations, using everything, losing no dream from any single sleep, sowing a microscopic animal here, crumbling a star there, oscillating and gyrating, making a force of light, and an element of thought, disseminated and indivisible dissolving all, that geometric point, the self; reducing everything to the soul-atom; making everything blossom into God; entangling from the highest to the lowest, all activities in the obscurity of a dizzying mechanism, linking the flight of an insect to the movement of the earth, subordinating--who knows, if only by the identity of the law--the evolutions of the comet in the firmament to the circling of the protozoa in the drop of water. A machine made of mind. Enormous gearing, whose first motor is the gnat, and whose last is the zodiac.

The decoding of the human genome tells us that we are indeed related to the animals, the insects, and the plants, and that, like it or not, Earth is where we belong.

Alexandra drew her shawl closer about her and stood leaning against the frame of the mill, looking at the stars which glittered so keenly through the frosty autumn air. She always loved to watch them, to think of their vastness and distance, and of their ordered march. It fortified her to reflect upon the great operations of nature, and when she thought of the law that lay behind them, she felt a sense of personal security. That night she had a new consciousness of the country, felt almost a new relation to it. Even her talk with the boys had not taken away the feeling that had overwhelmed her when she drove back to the Divide that afternoon. She had never known before how much the country meant to her. The chirping of the insects down in the long grass had been like the sweetest music. She had felt as if her heart were hiding down there, somewhere, with the quail and the plover and all the little wild things that crooned or buzzed in the sun. Under the long shaggy ridges, she felt the future stirring.

Paganism has no fixed creeds or dogmas, no self-proclaimed gurus or prophets, no holy books or saviours. Earth Herself is our teacher. Pagans, like all, natural peoples, desire to live in harmony with Earth and see all Her manifestations, whether animal, plant, insect, rock or mountain, or, as Native Americans say, four-legged, two-legged, crawling and flying, as our relations and as ensouled.

We here see in two distant countries a similar relation between plants and insects of the same families, though the species of both are different. When man is the agent in introducing into a country a new species this relation is often broken:

People relate love to insects fluttering inside their digestive system.

Nature is a living whole,' he later said, not a 'dead aggregate'. One single life had been poured over stones, plants, animals and humankind. It was this 'universal profusion with which life is everywhere distributed' that most impressed Humboldt. Even the atmosphere carried the kernels of future life - pollen, insect eggs and seeds. Life was everywhere and those 'organic powers are incessantly at work', he wrote. Humboldt was not so much interested in finding new isolated facts but in connecting them. Individual phenomena were only important 'in their relation to the whole', he explained.

All life on our planet is related, and the readout of letters in DNA shows exactly how. By comparing DNA sequences, we can compute statistically how closely related we are to anything, from monkeys to marsupials, to reptiles, amphibians, fish, insects, crustaceans, worms, plants, protozoa, bacteria–you name it.

A naturalist should look at the world with warm affection, if not ardent love. The life the scalpel has ended ought to be honored by a caring, devoted appreciation for that creature’s unrepeatable individuality, and for the fact that, at the same time, strange as this may seem, this life stands for the entire natural kingdom. Examined with attention, the dissected hare illuminates the parts and properties of all other animals and, by extension, their environment. The hare, like a blade of grass or a piece of coal, is not simply a small fraction of the whole but contains the whole within itself. This makes us all one. If anything, because we are all made of the same stuff. Our flesh is the debris of dead stars, and this is also true of the apple and its tree, of each hair on the spider’s legs, and of the rock rusting on planet Mars. Each minuscule being has spokes radiating out to all of creation. Some of the raindrops falling on the potato plants in your farm back in Sweden were once in a tiger’s bladder. From one living thing, the properties of any other may be predicted. Looking at any particle with sufficient care, and following the chain that links all things together, we can arrive at the universe—the correspondences are there, if the eye is skillful enough to detect them. The guts of the anatomized hare faithfully render the picture of the entire world. And because that hare is everything, it is also us. Having understood and experienced this marvelous congruity, man can no longer examine his surroundings merely as a surface scattered with alien objects and creatures related to him only by their usefulness. The carpenter who can only devise tabletops while walking through the forest, the poet who can only remember his own private sorrows while looking at the falling snow, the naturalist who can only attach a label to every leaf and a pin to every insect—all of them are debasing nature by turning it into a storehouse, a symbol, or a fact. Knowing nature, Lorimer would often say, means learning how to be. And to achieve this, we must listen to the constant sermon of things. Our highest task is to make out the words to better partake in the ecstasy of existence.

Taphonomy—the arrangement or relative position of the human remains, artifacts, and natural elements like earth, leaves, and insect casings—is one of the most crucial sources of information to a forensic anthropologist at a crime scene.

Man as an organism is to the world outside like a whirlpool is to a river: man and world are a single natural process, but we are behaving as if we were invaders and plunderers in a foreign territory. For when the individual is defined and felt as the separate personality or ego, he remains unaware that his actual body is a dancing pattern of energy that simply does not happen by itself. It happens only in concert with myriads of other patterns—called animals, plants, insects, bacteria, minerals, liquids, and gases. The definition of a person and the normal feeling of “I” do not effectively include these relationships. You say, “I came into this world.” You didn’t; you came out of it, as a branch from a tree.

And now as if the cleaning and the scrubbing and the scything and the mowing had drowned it there rose that half-heard melody, that intermittent music which the ear half catches but lets fall; a bark, a bleat; irregular, intermittent, yet somehow related; the hum of an insect, the tremor of cut grass, dissevered yet somehow belonging; the jar of a dor beetle, the squeak of a wheel, loud, low, but mysteriously related; which the ear strains to bring together and is always on the verge of harmonising but they are never quite heard, never fully harmonised, and at last, in the evening, one after another the sounds die out, and the harmony falters, and silence falls. With the sunset sharpness was lost, and like mist rising, quiet rose, quiet spread, the wind settled; loosely the world shook itself down to sleep, darkly here without a light to it, save what came green suffused through leaves, or pale on the white flowers by the window. [Lily Briscoe had her bag carried up to the house late one evening in September. Mr. Carmichael came by the same train.]

When a mosquito sees a light in the darkness, it is drawn to it by an urge too powerful to resist. Even if the light is a bug zapper, caked with the carcasses of all the mosquito's electrocuted relatives, the poor insect will still use the last flap of its wings to fly to its death. It simply can't help it.

Sentient beings are killed even for a vegetarian diet. When land is cleared to make space for crops, the natural habitat is destroyed, and many smaller beings are killed. Then crops are planted, and pesticides are sprayed, killing many thousands of insects. You see, it is very difficult to avoid harming other beings, especially in relation to food.

Every generation of children instinctively nests itself in nature, no matter matter how tiny a scrap of it they can grasp. In a tale of one city child, the poet Audre Lord remembers picking tufts of grass which crept up through the paving stones in New York City and giving them as bouquets to her mother. It is a tale of two necessities. The grass must grow, no matter the concrete suppressing it. The child must find her way to the green, no matter the edifice which would crush it. "The Maori word for placenta is the same word for land, so at birth the placenta is buried, put back in the mothering earth. A Hindu baby may receive the sun-showing rite surya-darsana when, with conch shells ringing to the skies, the child is introduced to the sun. A newborn child of the Tonga people 'meets' the moon, dipped in the ocean of Kosi Bay in KwaZulu-Natal. Among some of the tribes of India, the qualities of different aspects of nature are invoked to bless the child, so he or she may have the characteristics of earth, sky and wind, of birds and animals, right down to the earthworm. Nothing is unbelonging to the child. "'My oldest memories have the flavor of earth,' wrote Frederico García Lorca. In the traditions of the Australian deserts, even from its time in the womb, the baby is catscradled in kinship with the world. Born into a sandy hollow, it is cleaned with sand and 'smoked' by fire, and everything -- insects, birds, plants, and animals -- is named to the child, who is told not only what everything is called but also the relationship between the child and each creature. Story and song weave the child into the subtle world of the Dreaming, the nested knowledge of how the child belongs. "The threads which tie the child to the land include its conception site and the significant places of the Dreaming inherited through its parents. Introduced to creatures and land features as to relations, the child is folded into the land, wrapped into country, and the stories press on the child's mind like the making of felt -- soft and often -- storytelling until the feeling of the story of the country is impressed into the landscape of the child's mind. "That the juggernaut of ants belongs to a child, belligerently following its own trail. That the twitch of an animal's tail is part of a child's own tale or storyline, once and now again. That on the papery bark of a tree may be written the songline of a child's name. That the prickles of a thornbush may have dynamic relevance to conscience. That a damp hollow by the riverbank is not an occasional place to visit but a permanent part of who you are. This is the beginning of belonging, the beginning of love. "In the art and myth of Indigenous Australia, the Ancestors seeded the country with its children, so the shimmering, pouring, circling, wheeling, spinning land is lit up with them, cartwheeling into life.... "The human heart's love for nature cannot ultimately be concreted over. Like Audre Lord's tufts of grass, will crack apart paving stones to grasp the sun. Children know they are made of the same stuff as the grass, as Walt Whitman describes nature creating the child who becomes what he sees: There was a child went forth every day And the first object he look'd upon, that object he became... The early lilacs became part of this child... And the song of the phoebe-bird... In Australia, people may talk of the child's conception site as the origin of their selfhood and their picture of themselves. As Whitman wrote of the child becoming aspects of the land, so in Northern Queensland a Kunjen elder describes the conception site as 'the home place for your image.' Land can make someone who they are, giving them fragments of themselves.

I have none of the sense of decorum, the modesty, or the pessimism of my relatives, and none of their fear of what people will say, of extravagance, or of God. I don’t speak or write apologetically, instead I’m rather grandiloquent, and I like attracting attention. That is, I simply am as I am today, after a lot of living. In my childhood I was a strange little insect; in adolescence, a shy mouse—for many years my nickname was Laucha, which was what we called our ordinary household mice—and in my youthful years I was everything from a rabid feminist to a flower-crowned hippie. My worst flaw is that I tell secrets, my own and everybody else’s. In short, a disaster. If I lived in Chile no one would speak to me. But one thing I am is hospitable.

Paganism has no fixed creeds or dogmas, no self-proclaimed gurus or prophets, no holy books or saviours. Earth Herself is our teacher. Pagans, like all, natural peoples, desire to live in harmony with Earth and see all Her manifestations, whether animal, plant, insect, rock or mountain, or, as Native Americans say, four-legged, two-legged, crawling and flying, as our relations and as ensouled.

Is what I am not saying, young LaMont Chu, is why you cease to seem to give total effort of self since you begin with the clipping pictures of great professional figures for your adhesive tape and walls. No? Because, privileged gentlemen and boys I am saying, is always something that is too. Cold. Hot. Wet and dry. Very bright sun and you see the purple dots. Very bright hot and you have no salt. Outside is wind, the insects which like the sweat. Inside is smell of heaters, echo, being jammed in together, tarp is overclose to baseline, not enough of room, bells inside clubs which ring the hour loudly to distract, clunk of machines vomiting sweet cola for coins. Inside roof too low for the lob. Bad lighting, so. Or outside: the bad surface. Oh no look no: crabgrass in cracks along baseline. Who could give the total, with crabgrass. Look here is low net high net. Opponent’s relatives heckle, opponent cheats, linesman in semifinal is impaired or cheats. You hurt. You have the injury. Bad knee and back. Hurt groin area from not stretching as asked. Aches of elbow. Eyelash in eye. The throat is sore. A too pretty girl in audience, watching. Who could play like this? Big crowd overwhelming or too small to inspire. Always something.’ [p.458]

One article on reproductive strategies was titled "Sneaky Fuckers." Kya laughed. As is well known, the article began, in nature, usually the males with the most prominent secondary sexual characteristics, such as the biggest antlers, deepest voices, broadest chests, and superior knowledge secure the best territories because they have fended off weaker males. The females choose to mate with these imposing alphas and are thereby inseminated with the best DNA around, which is passed on to the female's offspring- one of the most powerful phenomena in the adaptation and continuance of life. Plus, the females get the best territory for their young. However, some stunted males, not strong, adorned, or smart enough to hold good territories, possess bags of tricks to fool the females. They parade their smaller forms around in pumped-up postures or shout frequently- even if in shrill voices. By relying on pretense and false signals, they manage to grab a copulation here or there. Pint-sized male bullfrogs, the author wrote, hunker down in the grass and hide near an alpha male who is croaking with great gusto to call in mates. When several females are attracted to his strong vocals at the same time, and the alpha is busy copulating with one, the weaker male leaps in and mates one of the others. The imposter males were referred to as "sneaky fuckers." Kya remembered, those many years ago, Ma warning her older sisters about young men who overrevved their rusted-out pickups or drove jalopies around with radios blaring. "Unworthy boys make a lot of noise," Ma had said. She read a consolation for females. Nature is audacious enough to ensure that the males who send out dishonest signals or go from one female to the next almost always end up alone. Another article delved into the wild rivalries between sperm. Across most life-forms, males compete to inseminate females. Male lions occasionally fight to the death; rival bull elephants lock tusks and demolish the ground beneath their feet as they tear at each other's flesh. Though very ritualized, the conflicts can still end in mutilations. To avoid such injuries, inseminators of some species compete in less violent, more creative methods. Insects, the most imaginative. The penis of the male damselfly is equipped with a small scoop, which removes sperm ejected by a previous opponent before he supplies his own. Kya dropped the journal on her lap, her mind drifting with the clouds. Some female insects eat their mates, overstressed mammal mothers abandon their young, many males design risky or shifty ways to outsperm their competitors. Nothing seemed too indecorous as long as the tick and the tock of life carried on. She knew this was not a dark side to Nature, just inventive ways to endure against all odds. Surely for humans there was more.

Entomophthora fungus carries around a type of virus that infects insects, not fungi. The lead author of the study reported it to be “one of the whackiest discoveries” of his time in science. What’s whacky is the implication: that the fungus uses the virus to manipulate the mind of insects. It’s still a hypothesis, but it’s plausible. A number of related viruses specialize in modifying insect behavior. One such virus is injected by parasitic wasps into ladybirds, which tremble, remain rooted to the spot, and become guardians for the wasp’s eggs. Another similar virus makes honeybees more aggressive. By harnessing a mind-manipulating virus, the fungus wouldn’t have to evolve the ability to modify the mind of its insect host.

(William) Hamilton recast the central ideas (of the evolutionary theory of aging) in mathematical form. Though this work tells us a good deal about why human lives take the course they do, Hamilton was a biologist whose great love was insects and their relatives, especially insects which make both our lives and an octopus’s life seem rather humdrum. Hamilton found mites in which the females hang suspended in the air with their swollen bodies packed with newly hatched young, and the males in the brood search out and copulate with their sisters there inside the mother. He found tiny beetles in which the males produce “and manhandle sperm cells longer than their whole bodies. Hamilton died in 2000, after catching malaria on a trip to Africa to investigate the origins of HIV. About a decade before his death, he wrote about how he would like his own burial to go. He wanted his body carried to the forests of Brazil and laid out to be eaten from the inside by an enormous winged Coprophanaeus beetle using his body to nurture its young, who would emerge from him and fly off. 'No worm for me nor sordid fly, I will buzz in the dusk like a huge bumble bee. I will be many, buzz even as a swarm of motorbikes, be borne, body by flying body out into the Brazilian wilderness beneath the stars, lofted under those beautiful and un-fused elytra [wing covers] which we will all hold over our “backs. So finally I too will shine like a violet ground beetle under a stone.

The stars in their courses fought against her! External opposition one could cut through or get round; but this deep spiritual unease in the loved one’s soul, that — ah! that — one could not reach; and the unreachable could not be pushed away, cut through, or circumvented. She looked up at the stars that fought against her. Did the ancients really believe that, or was it, with them, as with her, just a manner of speaking? Did those bright wheeling jewels on the indigo velvet of all space really concern themselves with little men, the lives and loves of human insects, who, born from an embrace, met and clung and died and became dust? Those candescent worlds, circled by little offsplit planets — were their names taken in vain, or were they really in their motions and their relative positions the writing on the wall for men to read? No! That was only human self-importance! To his small wheel man bound the Universe. Swing low, sweet chariots! But they didn’t! Man swung with them — in space. . . . .

Thomas A. Edison told his associates that "Carver is worth a fortune" and backed up his statement by offering to employ the black chemist at an astronomically high salary. Carver turned down the offer. Henry Ford, who thought Carver "the greatest scientist living," tried to get him to come to his River Rouge establishment, with an equal lack of success. Because of the strangely unaccountable source from which his magic with plant products sprang, his methods continued to be as wholly inscrutable as Burbank's to scientists and to the general public. Visitors finding Carver puttering at his workbench amid a confusing clutter of molds, soils, plants, and insects were baffled by the utter and, to many of them, meaningless simpFcity of his replies to their persistent pleas for him to reveal his secrets. To one puzzled interlocutor he said: "The secrets are in the plants. To elicit them you have to love them enough." "But why do so few people have your power?" the man persisted. "Who besides you can do these things?" "Everyone can," said Carver, "if only they believe it.

Timothy Leary was not so wide of the mark when he said that we must go out of our minds (abstract values) to come to our senses (concrete values). For coming to our senses must, above all, be the experience of our own existence as living organisms rather than “personalities,” like characters in a play or a novel acting out some artificial plot in which the persons are simply masks for a conflict of abstract ideas or principles. Man as an organism is to the world outside like a whirlpool is to a river: man and world are a single natural process, but we are behaving as if we were invaders and plunderers in a foreign territory. For when the individual is defined and felt as the separate personality or ego, he remains unaware that his actual body is a dancing pattern of energy that simply does not happen by itself. It happens only in concert with myriads of other patterns—called animals, plants, insects, bacteria, minerals, liquids, and gases. The definition of a person and the normal feeling of “I” do not effectively include these relationships. You say, “I came into this world.” You didn’t; you came out of it, as a branch from a tree. So

Unchopping a Tree. Start with the leaves, the small twigs, and the nests that have been shaken, ripped, or broken off by the fall; these must be gathered and attached once again to their respective places. It is not arduous work, unless major limbs have been smashed or mutilated. If the fall was carefully and correctly planned, the chances of anything of the kind happening will have been reduced. Again, much depends upon the size, age, shape, and species of the tree. Still, you will be lucky if you can get through this stages without having to use machinery. Even in the best of circumstances it is a labor that will make you wish often that you had won the favor of the universe of ants, the empire of mice, or at least a local tribe of squirrels, and could enlist their labors and their talents. But no, they leave you to it. They have learned, with time. This is men's work. It goes without saying that if the tree was hollow in whole or in part, and contained old nests of bird or mammal or insect, or hoards of nuts or such structures as wasps or bees build for their survival, the contents will have to repaired where necessary, and reassembled, insofar as possible, in their original order, including the shells of nuts already opened. With spider's webs you must simply do the best you can. We do not have the spider's weaving equipment, nor any substitute for the leaf's living bond with its point of attachment and nourishment. It is even harder to simulate the latter when the leaves have once become dry — as they are bound to do, for this is not the labor of a moment. Also it hardly needs saying that this the time fro repairing any neighboring trees or bushes or other growth that might have been damaged by the fall. The same rules apply. Where neighboring trees were of the same species it is difficult not to waste time conveying a detached leaf back to the wrong tree. Practice, practice. Put your hope in that. Now the tackle must be put into place, or the scaffolding, depending on the surroundings and the dimension of the tree. It is ticklish work. Almost always it involves, in itself, further damage to the area, which will have to be corrected later. But, as you've heard, it can't be helped. And care now is likely to save you considerable trouble later. Be careful to grind nothing into the ground. At last the time comes for the erecting of the trunk. By now it will scarcely be necessary to remind you of the delicacy of this huge skeleton. Every motion of the tackle, every slightly upward heave of the trunk, the branches, their elaborately reassembled panoply of leaves (now dead) will draw from you an involuntary gasp. You will watch for a lead or a twig to be snapped off yet again. You will listen for the nuts to shift in the hollow limb and you will hear whether they are indeed falling into place or are spilling in disorder — in which case, or in the event of anything else of the kind — operations will have to cease, of course, while you correct the matter. The raising itself is no small enterprise, from the moment when the chains tighten around the old bandages until the boles hands vertical above the stump, splinter above splinter. How the final straightening of the splinters themselves can take place (the preliminary work is best done while the wood is still green and soft, but at times when the splinters are not badly twisted most of the straightening is left until now, when the torn ends are face to face with each other). When the splinters are perfectly complementary the appropriate fixative is applied. Again we have no duplicate of the original substance. Ours is extremely strong, but it is rigid. It is limited to surfaces, and there is no play in it. However the core is not the part of the trunk that conducted life from the roots up to the branches and back again. It was relatively inert. The fixative for this part is not the same as the one for the outer layers and the bark, and if either of these is involved

The chair faced the room instead of the window. Reading while waiting for marijuana was out of the question. He considered masturbating but did not. He didn’t reject the idea so much as not react to it and watch as it floated away. He thought very broadly of desires and ideas being watched but not acted upon, he thought of impulses being starved of expression and drying out and floating dryly away, and felt on some level that this had something to do with him and his circumstances and what, if this grueling final debauch he’d committed himself to didn’t somehow resolve the problem, would surely have to be called his problem, but he could not even begin to try to see how the image of desiccated impulses floating dryly related to either him or the insect, which had retreated back into its hole in the angled girder, because at this precise time his telephone and his intercom to the front door’s buzzer both sounded at the same time, both loud and tortured and so abrupt they sounded yanked through a very small hole into the great balloon of colored silence he sat in, waiting, and he moved first toward the telephone console, then over toward his intercom module, then convulsively back toward the sounding phone, and then tried somehow to move toward both at once, finally, so that he stood splay-legged, arms wildly out as if something’s been flung, splayed, entombed between the two sounds, without a thought in his head.

I have an antipathy to dogs, not because they are faithful, but because they are shameless. Because they carry on their love affairs on the street.” Again that crimson flush overspread her features. “Cats are more cultured about such things—if I may use that much misused word. There are insects that mate only in the darkest nights, in the most forsaken corners, so that no forester has ever succeeded in observing them. I've always held that there will come a time when we will speak of the barbarous practices of this century, or the last ten centuries, as if they were a fairy-tale. Just think how tremendously funny it must strike any sensitive person when two people, having conceived a certain desire to go to bed with one another, set a special date for the event. They inform certain public institutions, the State, the Church. They tell their friends and relations, their own parents, their own brothers and sisters. On the day which is to end in that night, they gather everybody they know about them, let themselves be observed by persons who stuff themselves and drink until they are sick, listen to suggestive songs and suggestive speeches—and yet do not get sick themselves. I've always had a feeling that marriage as it is practiced today would be fit punishment for a hardened criminal. It is such a cruel, such an exquisite torture. Metta, my child, oblige me and if you ever decide to marry, do it when you desire and not on some appointed day. Do it in utter secrecy so that no living soul can suspect the possibility of such a thing....

TOTALITARIANISM: People are interested in ants because they think they have managed to create a successful totalitarian system. Certainly, the impression we get from the outside is that everyone in the anthill works, everyone is obedient, everyone is ready to sacrifice themselves and everyone is the same. And for the time being, all human totalitarian systems have failed. That is why we thought of copying social insects (like Napoleon, whose emblem was the bee). The pheromones that flood the anthill with global information have an equivalent in the planetary television of today. There is a widespread belief that if the best is made available to all, one day we will end up with a perfect human race. That is not the way of things. Nature, with all due respect to Mr Darwin, does not evolve in the direction of the supremacy of the best (according to which criteria, anyway?). Nature draws its strength from diversity. It needs all kinds of people, good, bad, mad, desperate, sporty, bed-ridden, hunchbacked, hare-lipped, happy, sad, intelligent, stupid, selfish, generous, small, tall, black, yellow, red and white. It needs all religions, philosophies, fanaticisms and wisdom. The only danger is that any one species may be eliminated by another. In the past, fields of maize artificially designed by men and made up of clones of the best heads (the ones that need least water, are most frost-resistant or produce the best grains) have suddenly succumbed to trivial infections while fields of wild maize made up of several different strains, each with its own peculiar strengths and weaknesses, have always managed to survive epidemics. Nature hates uniformity and loves diversity. It is in this perhaps that its essential genius lies. Edmond Wells Encyclopedia of Relative and Absolute Knowledge

But how did proteins make physiological reactions possible? Hemoglobin, the oxygen carrier in blood, for instance, performs one of the simplest and yet most vital reactions in physiology. When exposed to high levels of oxygen, hemoglobin binds oxygen. Relocated to a site with low oxygen levels, it willingly releases the bound oxygen. This property allows hemoglobin to shuttle oxygen from the lung to the heart and the brain. But what feature of hemoglobin allows it to act as such an effective molecular shuttle? The answer lies in the structure of the molecule. Hemoglobin A, the most intensively studied version of the molecule, is shaped like a four-leaf clover. Two of its “leaves” are formed by a protein called alpha-globin; the other two are created by a related protein, beta-globin.II Each of these leaves clasps, at its center, an iron-containing chemical named heme that can bind oxygen—a reaction distantly akin to a controlled form of rusting. Once all the oxygen molecules have been loaded onto heme, the four leaves of hemoglobin tighten around the oxygen like a saddle clasp. When unloading oxygen, the same saddle-clasp mechanism loosens. The unbinding of one molecule of oxygen coordinately relaxes all the other clasps, like the crucial pin-piece pulled out from a child’s puzzle. The four leaves of the clover now twist open, and hemoglobin yields its cargo of oxygen. The controlled binding and unbinding of iron and oxygen—the cyclical rusting and unrusting of blood—allows effective oxygen delivery into tissues. Hemoglobin allows blood to carry seventyfold more oxygen than what could be dissolved in liquid blood alone. The body plans of vertebrates depend on this property: if hemoglobin’s capacity to deliver oxygen to distant sites was disrupted, our bodies would be forced to be small and cold. We might wake up and find ourselves transformed into insects.

Madness is an insidious disease. We do not see the danger until it is too late. It creeps into the cracks and crevices of the mind and makes itself at home, like carpenter ants in the framing of a home. We do not know the floor has rotted away until one ill-timed step destroys the façade of normalcy. But carpenter ants do not destroy a home. They change it. As matter cannot be destroyed, they consume the structures we have built and rearrange it for their own use. While a home beset by such insects might seem uninhabitable for those who look at the situation from the outside, to the ants it was the intended outcome. We might inspect the foundation and find it derelict and dilapidated. We might scoff and say that anyone who lives within such a place is idiotic, and that they should have not neglected it in such a way. And, in extreme cases, they should move. Consider this metaphor in relation to one’s mind. That place in which we spend the entirety of our mortal lives. What happens when your home is beset by insects then? One cannot move out of one’s own mind, try as we might. We are trapped within these structures of ours, for better or worse and come what may. We must make do with what we are given and what we have left. Whereas you or I in our daily lives might seek a new homestead in such an infestation, in this labyrinth of the psyche, we cannot. There are different ways that a consciousness, once gnawed and riddled with holes, might come to adapt to such a state of being. Consider three men with this dilemma, if you will. The first man may seek to repair the damage—replace the eaten portions and shore up the foundations. This man is pragmatic, but shortsighted. He treats the symptoms, but not the cause. The second may seek to exterminate the infestation—to seek the illness at the root and rip it out. This man is wise, but must need act quickly before the house collapses around him. The third man merely laughs—he accepts his new state of being and does nothing to repair his home. He declares himself King of the Ants, lifts up hammer and sledge, and tears the remaining walls apart with his own two hands. You might think that man the fool. You might think him a harmless, laughing lunatic. It is a mistake that leads to ruin. For that man is the most dangerous of them all. -M. L. Harrow

Human beings consist of a complex composite, an aggregate of several material elements not shared by inanimate objects. A person consists of feelings, thoughts, and experiences, and every person apprehends how they stand in relation to other people and nature. Matching other people, I am composed of a mind, a thinking contraption that is capable of registering pleasurable and painful physical sensations. We each maintain selected degrees of indifference and consciousness awareness. We each hold a range of cognitive mental perceptions, instinctual fears and desires, emotional impulses, mental formulations, individual dispositions, and recognizable personality traits. Most people also profess to embrace moral beliefs and adhere to various ethical precepts. Other mammals, reptiles, birds, insects, and other forms of cellular life might share some, but not all of these distinctive qualities. No other life form possesses all these mental qualities collected into a single aggregate.

Once the centrality of anthropos is challenged, a number of boundaries between ‘Man’ and his others go tumbling down, in a cascade effect that opens up unexpected perspectives. Thus, if the crisis of Humanism inaugurates the posthuman by empowering the sexualized and racialized human ‘others’ to emancipate themselves from the dialectics of master–slave relations, the crisis of anthropos relinquishes the demonic forces of the naturalized others. Animals, insects, plants and the environment, in fact the planet and the cosmos as a

There are more than 1,000 different species of bats in the world, and many of them can be seen with relative ease if you know the environments they like. Bat houses can also be installed in one’s yard to attract some leathery-winged friends, which are great at keeping insects to a minimum.

Colonists have similarities to beetles although are slightly bigger than humans. On Earth, because of the relatively low oxygen content of the atmosphere, their insect-like circulation is not very effective at getting oxygen around their bodies – which is why insects never grow particularly large here on Earth.

Rien n’est petit en effet; quiconque est sujet aux pénétrations profondes de la nature, le sait. Bien qu’aucune satisfaction absolue ne soit donnée à la philosophie, pas plus de circonscrire la cause que de limiter l’effet, le contemplateur tombe dans des extases sans fond à cause de toutes ces décompositions de forces aboutissant à l’unité. Tout travaille à tout. L’algèbre s’applique aux nuages ; l’irradiation de l’astre profite à la rose ; aucun penseur n’oserait dire que le parfum de l’aubépine est inutile aux constellations. Qui donc peut calculer le trajet d’une molécule? que savons-nous si des créations de mondes ne sont point déterminées par des chutes de grains de sable? qui donc connaît les flux et les reflux réciproques de l’infiniment grand et de l’infiniment petit, le retentissement des causes dans les précipices de l’être, et les avalanches de la création? Un ciron importe ; le petit est grand, le grand est petit ; tout est en équilibre dans la nécessité ; effrayante vision pour l’esprit. Il y a entre les êtres et les choses des relations de prodige ; dans cet inépuisable ensemble, de soleil à puceron, on ne se méprise pas ; on a besoin les uns des autres. La lumière n’emporte pas dans l’azur les parfums terrestres sans savoir ce qu’elle en fait ; la nuit fait des distributions d’essence stellaire aux fleurs endormies. Tous les oiseaux qui volent ont à la patte le fil de l’infini. La germination se complique de l’éclosion d’un météore et du coup de bec de l’hirondelle brisant l’œuf, et elle mène de front la naissance d’un ver de terre et l’avènement de Socrate. Où finit le télescope, le microscope commence. Lequel des deux a la vue la plus grande? Choisissez. Une moisissure est une pléiade de fleurs ; une nébuleuse est une fourmilière d’étoiles. Même promiscuité, et plus inouïe encore, des choses de l’intelligence et des faits de la substance. Les éléments et les principes se mêlent, se combinent, s’épousent, se multiplient les uns par les autres, au point de faire aboutir le monde matériel et le monde moral à la même clarté. Le phénomène est en perpétuel repli sur lui-même. Dans les vastes échanges cosmiques, la vie universelle va et vient en quantités inconnues, roulant tout dans l’invisible mystère des effluves, employant tout, ne perdant pas un rêve de pas un sommeil, semant un animalcule ici, émiettant un astre là, oscillant et serpentant, faisant de la lumière une force et de la pensée un élément, disséminée et indivisible, dissolvant tout, excepté ce point géométrique, le moi ; ramenant tout à l’âme atome ; épanouissant tout en Dieu ; enchevêtrant, depuis la plus haute jusqu’à la plus basse, toutes les activités dans l’obscurité d’un mécanisme vertigineux, rattachant le vol d’un insecte au mouvement de la terre,subordonnant, qui sait? ne fût-ce que par l’identité de la loi, l’évolution de la comète dans le firmament au tournoiement de l’infusoire dans la goutte d’eau. Machine faite d’esprit. En grenage énorme dont le premier moteur est le moucheron et dont la dernière roue est le zodiaque.

But civilized human beings are alarmingly ignorant of the fact that they are continuous with their natural surroundings. It is as necessary to have air, water, plants, insects, birds, fish, and mammals as it is to have brains, hearts, lungs, and stomachs. The former are our external organs in the same way that the latter are our internal organs. If then, we can no more live without the things outside than without those inside, the plain inference is that the words “I” and “myself ” must include both sides. The sun, the earth, and the forests are just as much features of your own body as your brain. Erosion of the soil is as much a personal disease as leprosy, and many “growing communities” are as disastrous as cancer.

This is very different from mice and humans, as we saw in the last chapter. For us and our rodent relatives, the only way to generate live young is by having DNA from both a mother and a father. It’s tempting to speculate that stick insects are highly unusual but they’re not. We mammals are the exceptions. Insects, fish, amphibians, reptiles and even birds all have a few species that can reproduce parthenogenetically. It’s we mammals who can’t. It’s our class in the animal kingdom which is the odd one out, so it makes sense to ask why this is the case.

These groups were a new kind of vehicle: a hive or colony of close genetic relatives, which functioned as a unit (e.g., in foraging and fighting) and reproduced as a unit. These are the motorboating sisters in my example, taking advantage of technological innovations and mechanical engineering that had never before existed. It was another transition. Another kind of group began to function as though it were a single organism, and the genes that got to ride around in colonies crushed the genes that couldn’t “get it together” and rode around in the bodies of more selfish and solitary insects. The colonial insects represent just 2 percent of all insect species, but in a short period of time they claimed the best feeding and breeding sites for themselves, pushed their competitors to marginal grounds, and changed most of the Earth’s terrestrial ecosystems (for example, by enabling the evolution of flowering plants, which need pollinators).43 Now they’re the majority, by weight, of all insects on Earth. What about human beings? Since ancient times, people have likened human societies to beehives. But is this just a loose analogy? If you map the queen of the hive onto the queen or king of a city-state, then yes, it’s loose. A hive or colony has no ruler, no boss. The queen is just the ovary. But if we simply ask whether humans went through the same evolutionary process as bees—a major transition from selfish individualism to groupish hives that prosper when they find a way to suppress free riding—then the analogy gets much tighter. Many animals are social: they live in groups, flocks, or herds. But only a few animals have crossed the threshold and become ultrasocial, which means that they live in very large groups that have some internal structure, enabling them to reap the benefits of the division of labor.44 Beehives and ant nests, with their separate castes of soldiers, scouts, and nursery attendants, are examples of ultrasociality, and so are human societies. One of the key features that has helped all the nonhuman ultra-socials to cross over appears to be the need to defend a shared nest. The biologists Bert Hölldobler and E. O. Wilson summarize the recent finding that ultrasociality (also called “eusociality”)45 is found among a few species of shrimp, aphids, thrips, and beetles, as well as among wasps, bees, ants, and termites: In all the known [species that] display the earliest stages of eusociality, their behavior protects a persistent, defensible resource from predators, parasites, or competitors. The resource is invariably a nest plus dependable food within foraging range of the nest inhabitants.46 Hölldobler and Wilson give supporting roles to two other factors: the need to feed offspring over an extended period (which gives an advantage to species that can recruit siblings or males to help out Mom) and intergroup conflict. All three of these factors applied to those first early wasps camped out together in defensible naturally occurring nests (such as holes in trees). From that point on, the most cooperative groups got to keep the best nesting sites, which they then modified in increasingly elaborate ways to make themselves even more productive and more protected. Their descendants include the honeybees we know today, whose hives have been described as “a factory inside a fortress.”47

The Australian jewel beetle has sex with beer bottles. The beetles are a light chocolate color with dimples all down their back and dark black legs and heads that peek out from underneath their carapeces. Their bodies are big and long instead of round, and they resemble cicadas more than they do ladybugs. The male Australian jewel beetle is hardwired to like certain aspects about the female jewel beetle. They like females to be big, brown, and shiny. The bottles they make love to are bigger, browner, and shinier than any female could ever hope to be. In Australia, a certain type of bottle called stubbies overstimulates male jewel beetles. In a trash heap filled with bottles, you will often see every single stubby covered in male jewel beetles trying to get it on. The stubbies are what evolutionary psychologists call supernormal releasers. They are superstimuli, better than the real thing. The beetles will mate with these bottles even while being devoured by ants.

Adult ant-lions come in a variety of sizes and, for the most part, rather drab colouring. They look like extremely untidy and demented dragon-flies. They have wings that seem out of all proportion to their bodies and these they flap with a desperate air, as though it required the maximum amount of energy to prevent them from crashing to the earth.

Roger and I would squat in the heavily scented shade of the myrtle bushes and watch the array of creatures that passed us; at certain times of the day the branches were as busy as the main street of a town.

DENGUE FEVER (BREAKBONE FEVER) Dengue fever is a viral infection found throughout Central America. In Costa Rica outbreaks involving thousands of people occur every year. Dengue is transmitted by aedes mosquitoes, which often bite during the daytime and are usually found close to human habitations, often indoors. They breed primarily in artificial water containers such as jars, barrels, cans, plastic containers and discarded tires. Dengue is especially common in densely populated, urban environments. Dengue usually causes flulike symptoms including fever, muscle aches, joint pains, headaches, nausea and vomiting, often followed by a rash. Most cases resolve uneventfully in a few days. Severe cases usually occur in children under the age of 15 who are experiencing their second dengue infection. There is no treatment for dengue fever except taking analgesics such as acetaminophen/paracetamol (Tylenol) and drinking plenty of fluids. Severe cases may require hospitalization for intravenous fluids and supportive care. There is no vaccine. The key to prevention is taking insect-protection measures. HEPATITIS A Hepatitis A is the second-most-common travel-related infection (after traveler’s diarrhea). It’s a viral infection of the liver that is usually acquired by ingestion of contaminated water, food or ice, though it may also be acquired by direct contact with infected persons. Symptoms may include fever, malaise, jaundice, nausea, vomiting and abdominal pain. Most cases resolve without complications, though hepatitis A occasionally causes severe liver damage. There is no treatment. The vaccine for hepatitis A is extremely safe and highly effective. You should get vaccinated before you go to Costa Rica. Because the safety of hepatitis A vaccine has not been established for pregnant women or children under the age of two, they should instead be given a gammaglobulin injection. LEISHMANIASIS Leishmaniasis occurs in the mountains and jungles of all Central American countries. The infection is transmitted by sand flies, which are about one-third the size of mosquitoes. Most cases occur in newly cleared forest or areas of secondary growth. The highest incidence is in Puerto Viejo de Talamanca. It causes slow-growing ulcers over exposed parts of the body There is no vaccine. RABIES Rabies is a viral infection of the brain and spinal cord that is almost always fatal. The rabies virus is carried in the saliva of infected animals and is typically transmitted through an animal bite, though contamination of any break in the skin with infected saliva may result in rabies. Rabies occurs in all Central American countries. However, in Costa Rica only two cases have been reported over the last 30 years. TYPHOID Typhoid fever is caused by ingestion of food or water contaminated by a species of salmonella known as Salmonella typhi . Fever occurs in virtually all cases. Other symptoms may include headache, malaise, muscle aches, dizziness, loss of appetite, nausea and abdominal pain. A pretrip vaccination for typoid is recommended, but not required. It’s usually given orally, and is also available as an injection. TRAVELER’S DIARRHEA Tap water is safe and of a high quality in Costa Rica, but when you’re far off the beaten path it’s best to avoid tap water unless it has been boiled, filtered or chemically disinfected (iodine tablets). To prevent diarrhea, be wary of dairy products that might contain unpasteurized milk; and be highly selective when eating food from street vendors.

I always thought an AI would be more, well, human,” David started. “That a machine intelligence would be something we could relate to. This thing, whatever ELOPe is, it thinks more like an insect. It does things to promote its survival, very sophisticated things, but we can’t talk to it or understand how it reasons. We can’t have a conversation about what constitutes good behavior or how we can collaborate together.

The reliable functioning of any mechanism depends on the same result always being produced by a particular cause or set of causes. Many of the body's activities can be classified as chemical, and a salient feature of most chemical reactions is that their rate is affected strongly by the temperature. The hotter, the quicker; even a few degrees sometimes doubling the rate. Since proper working of our nervous system relies largely on the relative speeds of reaction in its various parts, the reliability of our responses is completely at the mercy of our body temperature. Were this not stabilised, we should behave more like insects or reptiles - zipping around feverishly in the summer and scarcely moving, breathing or even thinking, in the winter.(Using summer and winter in their classic senses, of course). We get occasional glimpses of the possibilities when we are either chilled or fevered - and surely there is no need to elaborate the miseries, physical, mental and emotional, which these conditions entail6

ANTLIONS, LACEWINGS, AND RELATIVES: ORDER NEUROPTERA The net-winged insects are an order of beneficial predators with interesting appearances, habits, and names. Though the adult antlion feeds on nectar from flowers, it gets its name from the predatory habits of its ravenous larva, which can consume large quantities of ants. Antlion larvae live in sandy areas where they dig pits. The antlion, or doodlebug as the larva is sometimes called, buries itself in the sand at the bottom of the cone-shaped pit with only its jaws exposed. When an ant or other hapless insect approaches the edge of the pit, the sand begins to crumble and the insect tumbles into the waiting jaws of the doodlebug. The name doodlebug is thought to be a reference to the tracks the larva makes in the sand while searching for a perfect location for its pit. The tracks look as though something had been doodling in the sand. Young children often chant “Doodlebug, doodlebug, come out of your hole,” and it is believed that the expiration of breath in proximity to the pit will lure the larva from its subterranean refuge.Children also fish for doodlebugs with blades of grass, pulling the insects from the sand when they grasp at the blade.

Perhaps it would only make sense to me that any changes you made in me would be useful to me!” “You will be pretty! And interesting to other dragons. And that is enough for any Elderling, let alone a human!” “Perhaps ‘pretty’ wings are enough for you, but if I must bear their weight and the inconvenience of having something growing out of my backbone, perhaps they should be useful. I have never understood why you don’t even try to use your wings. I see the other dragons stretching and working theirs. I’ve seen the silver almost lift himself from the water with his, and he began with a much more ungainly body and smaller wings than yours! You don’t try! I groom your wings and keep them clean. They’ve grown larger and stronger and you could try, but you don’t. All you do is tell me how lovely they are. And lovely they may be, but have you never considered trying to use them for what they are intended?” She could see the dragon’s fury build. She’d dared to criticize her, and Sintara could not tolerate even the implication that she was lazy or self-pitying or perhaps even just a bit…”Stupid.” Thymara said the word aloud. She had no idea what prompted her to do it. Perhaps simply to show Sintara that she’d gone too far and that her keeper would no longer be terrorized by her. How dare she put wings on her back when she could not even master the ones that had naturally on her own? The murmur of voices from the barge was growing louder. Thymara refused to even glance in that direction. She stood, her shirt clutched over her breasts, and faces the furiously spinning eyes of her dragon. Sintara was magnificent in her wrath. She lifted her head and opened her jaws wide, displaying the brightly colored poison sacs in her throat. She opened her wings wide, a reflexive display of size that the dragons often used in an attempt to remind one another of their relative sizes and strengths, and they spread like a magnificent stained-glass panels unfolding. For a moment, Thymara was dizzied by her glory and her glamour. She nearly fell to her knees before her dragon. Then she took a grip on herself and stood up to the blast of pure charisma that Sintara was radiating at her. “Yes. They are beautiful!” she shouted. “Beautiful and useless! As you are beautiful and useless!” A shudder passed over Thymara. She felt suddenly queasy and then realized what she had done. In a bizarre reaction to Sintara’s display, Thymara had spread her own wings. There were shouts of amazement from the keepers on the boat. Sintara was drawing breath. Her jaws were still wide, and Thymara stood rooted before her, watching her poison sacs swell. If the dragon chose to breathe venom on her, there would be no escape. She stood her ground, frozen with terror and fury. “Sintara!” The bellow came from Mercor. “Close your jaws and fold your wings! Do not harm your keeper for speaking truth to you!” “Fight! Fight! Fight!” Spit was trumpeting joyously. “Quiet, pest!” Ranculos roared at him. “Do not spray here! The drift will burn me! Blast your own keeper if you wish, Sintara, but spray me and I swear I will burn your wings as full of holes as rotting canvas!” This from small green Fente. The dragon reared onto her hind legs and spread her own wings in challenge. “Stop this madness!” Mercor bellowed again. “Sintara hurt not your keeper!” “She is mine, and I’ll do as I wish!” Sintara’s trumpet was a shrill whistle of anger. Despite herself, Thymara clapped her hands over her ears. Terror made her reckless. “I don’t care what you do to me! Look at what you’ve already done! You want to kill me? Go ahead, you stupid lizard. Someone else can clear the sucking insects from your eyes, take the leeches off your useless, beautiful wings. Go ahead, kill me!

You watch, listen, talk, sniff and wonder. You are there as a thinking, experiencing creature, and so you take notice. At the same time, you are in the presence of other thinking, experiencing creatures. You are noticed.” “..and there are all the ordinary living things—the trees, birds, insects, marsupials and mammals, fish, amphibians, reptiles, trees, shrubs, grasses. To some of these you are related. So, you are in the presence of your relations, and thus you are enmeshed in reciprocities, obligations, benefits and shared objectives. You are not alone.

found that by copying the distinctive prints and scratches made by other animals we could gain a new power; here was a method of identifying with the other animal, taking on its expressive magic in order to learn of its whereabouts, to draw it near, to make it appear. Tracing the impression left by a deer’s body in the snow, or transferring that outline onto the wall of the cave: these are ways of placing oneself in distant contact with the Other, whether to invoke its influence or to exert one’s own. Perhaps by multiplying its images on the cavern wall we sought to ensure that the deer itself would multiply, be bountiful in the coming season…. All of the early writing systems of our species remain tied to the mysteries of a more-than-human world. The petroglyphs of pre-Columbian North America abound with images of prey animals, of rain clouds and lightning, of eagle and snake, of the paw prints of bear. On rocks, canyon walls, and caves these figures mingle with human shapes, or shapes part human and part Other (part insect, or owl, or elk.) Some researchers assert that the picture writing of native North America is not yet “true” writing, even where the pictures are strung together sequentially—as they are, obviously, in many of the rock inscriptions (as well as in the calendrical “winter counts” of the Plains tribes). For there seems, as yet, no strict relation between image and utterance. In a much more conventionalized pictographic system, like the Egyptian hieroglyphics (which first appeared during the First Dynasty, around 3000 B.C.E. and remained in use until the second century C.E.),4 stylized images of humans and human implements are still interspersed with those of plants, of various kinds of birds, as well as of serpents, felines, and other animals. Such pictographic systems, which were to be found as well in China as early as the fifteenth century B.C.E., and in Mesoamerica by the middle of the sixth century B.C.E., typically include characters that scholars have

Science is not only laboratory experimentation, spiritualism, society, field work, politics, arts, history, engineering and management, medicine everything is science. Star gazing is a science, sun gazing is a science, understanding animals and insects is science, understanding static and dynamic mechanisms of humans, living and non living things on universe and beyond is science. Understanding a women is science, understanding a men is science. Everything under umbrella of universal science. Who said christianity or islam is not related India and who said Vedas were written only by hindus? Who said himalayan monks are Indians? See Understanding myself is very simple if you are good I will be good, if you are bad I will be bad, If you play I will also play but personally I will not accept because you have so good, bad plays so I can not trust on you. And without trust I may consider you as a human being, if little care is there then friend or sister or brother not close friend or love because you already lost the trust when I gave a chance. I give chances to find purity and loyalty and I will not care afterwards and you will get hurt after sometime and you will miss after sometime, but I will not be there

with duckweed, looking like green confetti. Early settlers had found Concord damp, poor, low, and mean; it was, they complained, unusually subject to storms and full of swamps and impenetrable undergrowth. All that had changed by 1837. There were still extensive lowlands and swamps, but Concord on the whole was a healthy place. Surrounded by open land, it was drier than it is now, and it seems to have been relatively free of insects. Life expectancy was around forty, but almost one person in four lived until seventy. One out of every five died from fevers of various sorts, while one out of every seven deaths was from “consumption.” The disease was endemic in many families, including Thoreau’s.5

Dora doesn't do opinions on anything non-insect related.

Because the farming ants have practiced the mutual co-adaptation model during millions of years of relentless natural selection on joint performance, they often surpass us in specific efficiency targets. Not only did ants in general evolve sperm banks at ambient temperature that last a queen’s potential life span of two to three decades (Den Boer et al. 2009), but they also somehow prevented the evolution of resistance by specialized Escovopsis garden pathogens against biocontrol compounds obtained from Actinobacteria that they rear on their cuticles (De Man et al. 2016; Holmes et al. 2016; Heine et al. 2018) (chapter 11, this volume). Recent work has further indicated that the fungus-growing termites are equally efficient in keeping their colonies as free from pathogens as the leaf-cutting ants appear to be (Otani et al. 2019; see also figure 5.1C, D, E). Relative to the extreme specialization of social insect farmers, human farmers are jacks of all trades in their interactions with domesticated crops, and we remain extremely vulnerable to endemic and epidemic diseases of our cultivars.

He thought very broadly of desires and ideas being watched but not acted upon, he thought of impulses being starved of expression and drying out and floating dryly away, and felt on some level that this had something to do with him and his circumstances and what, if this grueling final debauch he’d committed himself to didn’t somehow resolve the problem, would surely have to be called his problem, but he could not even begin to try to see how the image of desiccated impulses floating dryly related to either him or the insect, which had retreated back into its hole in the angled girder, because at this precise time his telephone and his intercom to the front door’s buzzer both sounded at the same time, both loud and tortured and so abrupt they sounded yanked through a very small hole into the great balloon of colored silence he sat in, waiting, and he moved first toward the telephone console, then over toward his intercom module, then convulsively back toward the sounding phone, and then tried somehow to move toward both at once, finally, so that he stood splay-legged, arms wildly out as if something’s been flung, splayed, entombed between the two sounds, without a thought in his head.

It was Viktor who answered him. “Closer? Yes. Close? Not so much. We’ve got lots of power and fuel, but the translation drive needs to be completely reset. It takes time for it to stabilize.” He folded his arms, considering their options. “Let’s just translate as soon as we can, okay? Otherwise, I might have to arrange to meet you somewhere.” He didn’t really want to leave the Slipwing behind, but— “Might I remind you that we still have considerable work to do before you are in a position to use the Archetype to its full potential?” a pleasant voice said. “I’m well aware of that, believe me.” Sentinel, the AI that effectively ran the Archetype, had been oddly quiet for a bit, which was unusual given their connection. “Hey, is something bothering you?” Dash asked. “I do not understand the question.” “Bothering you, as in, is there something you don’t like?” “I know what you mean. I am uncertain how to proceed in this line of questioning, as you are the first human to whom I have been mentally bonded, and your tendencies are not entirely known to me.” “We’re getting to know each other. Some humans used to call that a honeymoon.” “This has nothing to do with astronomy or insects, I can assure you,” Sentinel said. “It was a tradition among humans who—actually, nevermind. Do you think I’m lollygagging?” “Lollygagging is not a term I know. Is it related to candy?” “No. The use of time. Like dawdling.” “Dawdling is a term I know. It is—" “Wasting time,” Dash said. “In other words, you’re getting impatient, or at least as impatient as a machine presence can be. You have a purpose, and it’s not being fulfilled when the tools—like me—are finally in place.” Which was ironic for a two hundred thousand year

Viewed from a suitable height, the aggregating clusters of medical scientists in the bright sunlight of the boardwalk at Atlantic City, swarmed there from everywhere for the annual meetings, have the look of assemblages of social insects. There is the same vibrating, ionic movement, interrupted by the darting back and forth of jerky individuals to touch antennae and exchange small bits of information; periodically, the mass casts out, like a trout-line, a long single file unerringly toward Childs’s. If the boards were not fastened down, it would not be a surprise to see them put together a nest of sorts. It is permissible to say this sort of thing about humans. They do resemble, in their most compulsively social behavior, ants at a distance. It is, however, quite bad form in biological circles to put it the other way round, to imply that the operation of insect societies has any relation at all to human affairs.

The Database of Insects and their Foodplants records three beetles, six bugs, twenty-four macro-moths and four miro-moths feeding on Nothofagus species, but none of those is confined to that genus. All the moths are common or fairly common polyphagous species that have spread to the alien trees, often being characteristic of native Fagaceae and recorded also from Sweet Chestnut. The latter species has been here for far longer and has accrued a longer list of feeders: 8, 25, 17 and 23, respectively for the above four insect groups. Figures for Sycamore (16, 25, 33 and 25 respectively) are even higher. One other genus of trees that is grown on small scale in forest plots, and as specimens in parks and gardens, is the gums (Eucalyptus). This, however, does not provide as much for our wildlife; no Lepidoptera have been found feeding on gums, and the only gall relates to a single record. Eucalyptus woodland is much more of a wildlife desert than the much-derided conifer plantations, and we are fortunate that it is scarcely suited to our climate.

Burroughs and Gysin had now extended cut-ups beyond tapes and collage and into the realm of personal relations. Burroughs now suspected that the entire fabric of reality was illusory and that someone, or something, was running the universe like a soundstage, with banks of tape recorders and film projectors. He was determined to find where the control words and images were coined. He was using cut-ups in an attempt to backtrack the word lines to find out where and when the conditioning had taken place, and more importantly, who was responsible. Suspicion fell on Time magazine’s enormous newspaper clipping morgue and the files of the FBI and the CIA. But they were more likely to be the source material for control, not the masters of it. However, with the aid of a great deal of majoun, Bill had finally determined that everybody was in fact an agent for a giant trust of insects from another galaxy, though, as usual with Burroughs, it is hard to tell how literally he meant this. However, he was certainly convinced that everyone was an agent for control and that the only way to find out who they really were was to cut them up.

Ten Principles of Jurisprudence Rights originate where existence originates. That which determines existence determines rights. Since it has no further context of existence in the phenomenal order, the universe is self-referent in its being and self-normative in its activities. It is also the primary referent in the being and the activities of all derivative modes of being. The universe is composed of subjects to be communed with, not objects to be used. As a subject, each component of the universe is capable of having rights. The natural world on the planet Earth gets its rights from the same source that humans get their rights: from the universe that brought them into being. Every component of the Earth community has three rights: the right to be, the right to habitat, and the right to fulfil its role in the ever-renewing processes of the Earth community. All rights are role-specific or species-specific, and limited. Rivers have river rights. Birds have bird rights. Insects have insect rights. Humans have human rights. Difference in rights is qualitative, not quantitative. The rights of an insect would be of no value to a tree or a fish. Human rights do not cancel out the rights of other modes of being to exist in their natural state. Human property rights are not absolute. Property rights are simply a special relationship between a particular human ‘owner’ and a particular piece of ‘property,’ so that both might fulfil their roles in the great community of existence. Since species exist only in the form of individuals, rights refer to individuals, not simply in a general way to species. These rights as presented here are based on the intrinsic relations that the various components of Earth have to each other. The planet Earth is a single community bound together with interdependent relationships. No living being nourishes itself. Each component of the Earth community is immediately or mediately dependent on every other member of the community for the nourishment and assistance it needs for its own survival. This mutual nourishment, which includes the predator-prey relationship, is integral with the role that each component of the Earth has within the comprehensive community of existence. In a special manner, humans have not only a need for but also a right of access to the natural world to provide for the physical needs of humans and the wonder needed by human intelligence, the beauty needed by human imagination, and the intimacy needed by human emotions for personal fulfilment.33

Another insect, a scale insect, has an even more bizarre genetic parasite. When its eggs are fertilized, sometimes more than one sperm penetrates the egg. If this happens, one of the sperm fuses with the egg’s nucleus in the normal way; the spare sperm hang around and begin dividing as the egg divides. When the creature matures, the parasitic sperm cells eat out its gonads and replace them with themselves. So the insect produces sperm or eggs that are barely related to itself, an astonishing piece of genetic cuckoldry.

I asked Mincha if he would like to be reincarnated as the beautiful scarlet minivet. Mincha paused for a moment and then pointed out how many insects a minivet consumes in its lifetime. “Killing other creatures causes pain in the world. So from a Buddhist perspective, we must say that the minivet is not to be envied.” Besides, he related, there are 500 rebirths separating birds and humans, so a bird rebirth would be a big setback from enlightenment. Back