Water Vapor Quotes

Let's just say that if these scientist had been using their brilliance for good instead of evil, cars would run off water vapor and leave fresh compost behind them; no one would be hungry; no one would be ill; all buildings would be earthquake-, bomb-, and flood-proof; and the world's entire economy would have collapsed and been replaced by one based on the value of chocolate.

In the life of a man, his time is but a moment, his being an incessant flux, his sense a dim rushlight, his body a prey of worms, his soul an unquiet eddy, his fortune dark, his fame doubtful. In short, all that is body is as coursing waters, all that is of the soul as dreams and vapors.

Some molecules - ammonia, carbon dioxide, water - show up everywhere in the universe, whether life is present or not. But others pop up especially in the presence of life itself. Among the biomarkers in Earth's atmosphere are ozone-destroying chlorofluorocarbons from aerosol sprays, vapor from mineral solvents, escaped coolants from refrigerators and air conditioners, and smog from the burning of fossil fuels. No other way to read that list: sure signs of the absence of intelligence.

The human being is only a reed, the most feeble in nature; but this is a thinking reed. It isn't necessary for the entire universe to arm itself in order to crush him; a whiff of vapor, a taste of water, suffices to kill him. But when the universe crushes him, the human being becomes still more noble than that which kills him, because he knows that he is dying, and the advantage that the universe has over him. The universe, it does not have a clue. "All our dignity consists, then, in thought. This is the basis on which we must raise ourselves, and not space and time, which we would not know how to fill. Let us make it our task, then, to think well: here is the principle of morality.

I wanted you, nameless Woman of the South, No wraith, but utterly—as still more alone The Southern Cross takes night And lifts her girdles from her, one by one— High, cool, wide from the slowly smoldering fire Of lower heavens,— vaporous scars! Eve! Magdalene! or Mary, you? Whatever call—falls vainly on the wave. O simian Venus, homeless Eve, Unwedded, stumbling gardenless to grieve Windswept guitars on lonely decks forever; Finally to answer all within one grave! And this long wake of phosphor, iridescent Furrow of all our travel—trailed derision! Eyes crumble at its kiss. Its long-drawn spell Incites a yell. Slid on that backward vision The mind is churned to spittle, whispering hell. I wanted you . . . The embers of the Cross Climbed by aslant and huddling aromatically. It is blood to remember; it is fire To stammer back . . . It is God—your namelessness. And the wash— All night the water combed you with black Insolence. You crept out simmering, accomplished. Water rattled that stinging coil, your Rehearsed hair—docile, alas, from many arms. Yes, Eve—wraith of my unloved seed! The Cross, a phantom, buckled—dropped below the dawn. Light drowned the lithic trillions of your spawn.

then things got even stranger. Mr. Brunner, who'd been out in front of the museum a minute before, wheeled his chair into the doorway of the gallery, holding a pen in his hand. "What ho, Percy!" he shouted, and tossed the pen through the air. Mrs. Dodds lunged at me. With a yelp, I dodged and felt talons slash the air next to my ear. I snatched the ballpoint pen out of the air, but when it hit my hand, it wasn't a pen anymore. It was a sword-Mr. Brunner's bronze sword, which he always used on tourement day. Mrs. Dodds spun toward me with a murderous look in her eyes. My knees were jelly. My hands were shaking so bad I almost dropped the sword. She snarled, "Die, honey!" And she flew straight at me. Absolute terror ran through my body. I did the only thing that came naturally:I swung the sword. The metal blade hit her shoulder and passed through her body as if she were made made of water. Hisss! Mrs. Dodds was a sand castle in a power fan. She exploded into yellow powder, vaporized on the spot, leaving nothing but the smell of sulfur and a dying screech and a chill of evil in the air, as if those two glowing red eyes were still watching me.

Life is like a vapor. It is like a puff of smoke. It is here for a little while, then it is gone. If you were called into eternity today, would you be ready?

The water you kids were playing in, he said, had probably been to Africa and the North Pole. Genghis Khan or Saint Peter or even Jesus may have drunk it. Cleopatra might have bathed in it. Crazy Horse might have watered his pony with it. Sometimes water was liquid. Sometimes it was rock hard- ice. Sometimes it was soft- snow. Sometimes it was visible but weightless- clouds. And sometimes it was completely invisible- vapor- floating up into the the sky like the soals of dead people. There was nothing like water in the world, Jim said. It made the desert bloom but also turned rich bottomland into swamp. Without it we'd die, but it could also kill us, and that was why we loved it, even craved it, but also feared it. Never take water forgranted, Jim said. Always cherish it. Always beware of it.

Sometimes people ask you: "When is your birthday?" But you might ask yourself a more interesting question: "Before that day which is called my birthday, where was I?" Ask a cloud: "What is your date of birth? Before you were born, where were you?" If you ask the cloud, "How old are you? Can you give me your date of birth?" you can listen deeply and you may hear a reply. You can imagine the cloud being born. Before being born it was the water on the ocean's surface. Or it was in the river and then it became vapor. It was also the sun because the sun makes the vapor. The wind is there too, helping the water to become a cloud. The cloud does not come from nothing; there has been only a change in form. It is not a birth of something out of nothing. Sooner or later, the cloud will change into rain or snow or ice. If you look deeply into the rain, you can see the cloud. The cloud is not lost; it is transformed into rain, and the rain is transformed into grass and the grass into cows and then to milk and then into the ice cream you eat. Today if you eat an ice cream, give yourself time to look at the ice cream and say: "Hello, cloud! I recognize you.

Life is water dancing to the tune of solids.” Without that dance, there could be no life.

For every ten pounds of fat lost in our bodies, eight and a half pounds of it comes out through the lungs; most of it is carbon dioxide mixed with a bit of water vapor. The rest is sweated or urinated out. This is a fact that most doctors, nutritionists, and other medical professionals have historically gotten wrong. The lungs are the weight-regulating system of the body.

Leonardo had also been wrestling with the question of why the sky appears blue, and around that time he had correctly concluded that it had to do with the water vapor in the air. In the Saint Anne painting, he portrays the sky’s luminous and misty gradations of blue as no other painter had done. The recent cleaning of the painting fully reveals the magical realism, veiled in vapors, of his distant mountains and skyline.

The sidewalks were haunted by dust ghosts all night as the furnace wind summoned them up, swung them about, and gentled them down in a warm spice on the lawns. Trees, shaken by the footsteps of late-night strol- lers, sifted avalanches of dust. From midnight on, it seemed a volcano beyond the town was showering red-hot ashes every- where, crusting slumberless night watchmen and irritable dogs. Each house was a yellow attic smoldering with spon- taneous combustion at three in the morning. Dawn, then, was a time where things changed element for element. Air ran like hot spring waters nowhere, with no sound. The lake was a quantity of steam very still and deep over valleys of fish and sand held baking under its serene vapors. Tar was poured licorice in the streets, red bricks were brass and gold, roof tops were paved with bronze. The high- tension wires were lightning held forever, blazing, a threat above the unslept houses. The cicadas sang louder and yet louder. The sun did not rise, it overflowed.

The air is hot and rich with the scent of chocolate. Quite unlike the white powdery chocolate I knew as a boy, this has a throaty richness like the perfumed beans from the coffee stall on the market, a redolence of amaretto and tiramisù, a smoky, burned flavor that enters my mouth somehow and makes it water. There is a silver jug of the stuff on the counter, from which a vapor rises. I recall that I have not breakfasted this morning.

The morning was one peculiar to that coast. Everything was mute and calm; everything gray. The sea, though undulated into long roods of swells, seemed fixed, and was sleeked at the surface like waved lead that has cooled and set in the smelter's mould. The sky seemed a gray surtout. Flights of troubled gray fowl, kith and kin with flights of troubled gray vapors among which they were mixed, skimmed low and fitfully over the waters, as swallows over meadows before storms. Shadows present, foreshadowing deeper shadows to come.

It has been said that nature does not know extinction. In effect, it knows only change: nothing ever truly disappears, for there is always something—some part, some particle, some formidable semblance—left behind. You can boil water into vapor, but it hasn’t disappeared. Curiosity killed the cat, but condensation brought it back.

No utilitarian philosophy explains a snow crystal, no doctrine of use or disuse. Water has merely leapt out of vapor and thin nothingness in the night sky to array itself in form. There is no logical reason for the existence of a snow-flake any more than there is for evolution. It is an apparition from that mysterious shadow world beyond nature, that final world which contains—if anything contains—the explanation of men and catfish and green leaves.

She pinched her nose against the stench as I squirted oil of vitriol around the door. Vaporous tendrils curled from the seams. "What is that stuff?" "Back in medieval times," I said, "we used oil of vitriol for its healing properties. No doubt that's why Commodus had some in his infirmary. Today we call it sulphuric acid." Meg flinched. "Isn't that dangerous?" "Very." "And you healed with it?" "It was the Middle Ages. We were crazy back then." I held up the second syringe, this one filled with water. "Meg, what I'm about to do - never, ever try this on your own." I felt a bit silly giving this advice to a girl who regularly fought monsters with golden swords, but I had promised Bill Nye the Science Guy I would always promote safe laboratory practices.

She inhaled the complex odors, from vegetation, water vapor, industrial waste gases. Barrayar permitted an amazing amount of air dumping, as if . . . well, air was free, here. Nobody measured it; there were no air processing and filtration fees. Did these people even realize how rich they were? All the air they could breathe, just by stepping outdoors, taken for granted as casually as they took frozen water falling from the sky.

A drop of ocean water had the ambition to rise high into the air. So, with the help of fire, it rose as vapor, but when it flew so high that the air turned cold, it froze and fell from the sky as rain. The parched soil drank up the little drop and imprisoned it for a long time: punishment for its greedy ambition. You’re

Discovery consists of seeing what everybody has seen and thinking what nobody has thought.

I want to reemphasize that we’re not dealing with water at the molecular level; we’re dealing with crowds of water molecules. We don’t yet understand water molecules

This is water vapor, which is always found above liquid water. (There is an equilibrium between the steam vapor and the water which will be described later.) In

The pursuit of simplicity seems to have largely evaporated from the scientific scene. In four decades of doing science, I have seen this noble culture yield to one less audacious and more pragmatic.

The skies she retained in memory were dramas of cloud and sea storm, or the electric sheen before summer thunder in the city, always belonging to the energies of sheer weather, of what was out there, air masses, water vapor, westerlies.

A Tear And A Smile - I would not exchange the sorrows of my heart For the joys of the multitude. And I would not have the tears that sadness makes To flow from my every part turn into laughter. I would that my life remain a tear and a smile. A tear to purify my heart and give me understanding Of life's secrets and hidden things. A smile to draw me nigh to the sons of my kind and To be a symbol of my glorification of the gods. A tear to unite me with those of broken heart; A smile to be a sign of my joy in existence. I would rather that I died in yearning and longing than that I live Weary and despairing. I want the hunger for love and beauty to be in the Depths of my spirit,for I have seen those who are Satisfied the most wretched of people. I have heard the sigh of those in yearning and Longing, and it is sweeter than the sweetest melody. With evening's coming the flower folds her petals And sleeps, embracingher longing. At morning's approach she opens her lips to meet The sun's kiss. The life of a flower is longing and fulfilment. A tear and a smile. The waters of the sea become vapor and rise and come Together and area cloud. And the cloud floats above the hills and valleys Until it meets the gentle breeze, then falls weeping To the fields and joins with brooks and rivers to Return to the sea, its home. The life of clouds is a parting and a meeting. A tear and a smile. And so does the spirit become separated from The greater spirit to move in the world of matter And pass as a cloud over the mountain of sorrow And the plains of joy to meet the breeze of death And return whence it came. To the ocean of Love and Beauty----to God.

What’s exceptional about our blue marble is not that we had water. It’s that we held on to it, and that we still do. While the ancient oceans of Venus and Mars vaporized into space, Earth kept its life-giving water. Luckily for us, the forecast called for rain.

It was as if he could feel, in the deepest pit of his being, the very air in the room, filling the space like water, streaming through cracks in the frame of the window, cold, like ice-blue vapor. The sensation expanded and he sensed the wind moving around the turret that housed the sleeping quarters. It was alive, swirling over the conical roof, channeling into missing shingles and exposed rafters.

Compare the air to a forest. When forest fires occur regularly, there is less fuel for any one fire, so the burns don't become conflagrations. If you prevent forest fires and build up a huge mass of living and dead wood in the forest, when a burn at last occurs, it is likely to be serious and large. When increased atmospheric carbon warms the air and when more vapor is available, conflagrational storms become more likely. [...] Will the pattern of storms be seen in the future as an anomaly? Or with so much more water vapor in the air, is it now normal? 'Everyone talks about global warming,' said Gavin Schmidt, head of the NASA climate models at the Goddard Institute for Space Studies, 'but changes in rainfall often have a bigger impact. We're forcing the climate into a state we have not seen for millions of years

Time was like water, sometimes glacial and slow (the 1720s...never again), sometimes a still pond, sometimes a gentle brook, and then a rushing river. And sometimes time was like vapor, vanishing even as you passed through it, draping everything in mist, refracting the light. That had been the 1920s.

I’m sorry for saying you had to live with your pain.” Kyoshi put her palm to his chest in a gesture of comfort. “Because you won’t.” The cold she sent through his body formed a tunnel of ice between his ribs. It happened so fast, and with so much force, the moisture in the air behind him turned to frost. His back sprouted vaporous wings of crystal that disappeared just as quickly. With his heart and lungs frozen solid, Yun fell to the side. Kyoshi took the hand with which she’d killed one of the two people she’d loved and placed it against the wound of the other. Water. She needed more water. Her tears of light weren’t enough.

Or perhaps I would be an influence that prevails in water, something sea-borne and far away, some certain arrangement of sun, light and water unknown and unbeheld, something far-from-usual. There are in the great world whirls of fluid and vaporous existences obtaining in their own unpassing time, unwatched and uninterpreted, valid only in their un-understandable mystery, justified only in their eyeless and mindless immeasurability, unassailable in their actual abstraction; of the inner quality of such a thing I might well in my own time be the true quintessential pith. I might belong to a lonely shore or be the agony of the sea when it bursts upon it in despair.

Higher temperatures means more forest fires means fewer trees means less carbon absorption, means more carbon in the atmosphere, means a hotter planet still—and so on. A warmer planet means more water vapor in the atmosphere, and, water vapor being a greenhouse gas, this brings higher temperatures still—and so on. Warmer oceans can absorb less heat, which means more stays in the air, and contain less oxygen, which is doom for phytoplankton—which does for the ocean what plants do on land, eating carbon and producing oxygen—which leaves us with more carbon, which heats the planet further. And so on. These are the systems climate scientists call “feedbacks”; there are more.

The prairie is notorious for the suddenness and violence of its weather changes, and that’s especially true in summer. All that grass gives off a tremendous amount of moisture. As the sun beats down, the water vapor rises until it condenses, sometimes as puffy, cotton-candy clouds, and sometimes as black thunderheads towering four miles high. Four

He was silent for a time; and the Water Rat, silent too and enthralled, floated on dream-canals and heard a phantom song pealing high between vaporous grey wave-lapped walls.

I was like water trying to choose a suitable form—ice or vapor.

The water-bridge. A bridge made of water spans the gap between two water-filled beakers. What sustains the bridge?

But to say, as some writers alluded to by Augustine (Gen. ad lit. ii, 4), that waters resolved into vapor may be lifted above the starry heaven, is a mere absurdity.

Water may change from liquid to vapor and still be fundamentally the same. So powerless religion may put a man through many surface changes and leave him exactly what he was before.

The first flakes of snow began to fall as she got to the back entrance, dancing lightly in the air. She stopped to watch their intricate ballet. Now this, this was real. Abundant water vapor causing small particles of ice, too heavy to be contained in the clouds, to fall to the earth. Science. Incontrovertible evidence. But at one time, it must have seemed like magic.

Man is only a reed, the weakest in nature, but he is a thinking reed. There is no need for the whole universe to take up arms to crush him: a vapor, a drop of water is enough to kill him. But even if the universe were to crush him, man would still be nobler than his slayer, because he knows that he is dying and the advantage the universe has over him. The universe knows none of this. Thus all our dignity consists in thought. It is on thought that we must depend for our recovery, not on space and time, which we could never fill. Let us then strive to think well; that is the basic principle of morality.

When you look carefully at the infrared spectrum of the Earth, you discover the minor constituents of the air. In addition to water vapor, there’s carbon dioxide (CO2), methane (CH4), and other gases that absorb the heat that the Earth tries to radiate away to space at night. These gases warm the planet. Without them, the Earth would everywhere be below the freezing point of water. You’ve discovered this world’s greenhouse effect.

The demonstration starts by filling the two beakers almost to their brims with water and then placing them side-by-side, lips touching. An electrode immersed in each beaker imposes a potential difference on the order of 10 kV.

Ayla got up and went outside the tent. A mist hovered close to the ground and the air felt cold and damp on her bare skin. She could hear the roar of the waterfall in the distance, but the vapor thickened into a dense fog near the back end of the lake, a long narrow body of greenish water, so cloudy it was nearly opaque. No fish lived in such a place, she was sure, just as no vegetation grew along the edge; it was too new for life, too raw. There was only water and stone, and a quality of time before time, of ancient beginnings before life began. Ayla shivered and felt a stark taste of Her terrible loneliness before the Great Mother Earth gave birth to all living things.

As the last vapors of early-morning mist hovered over the still waters, the only sound to be heard was the discreet splish of the boatman’s single wooden oar as he rowed Rachel and Peik Lin through a secluded inlet of Hangzhou’s West Lake.

If, however, we understand by the firmament that part of the air in which the clouds are collected, then the waters above the firmament must rather be the vapors resolved from the waters which are raised above a part of the atmosphere, and from which the rain falls.

The water cycle consists of three phenomena – evaporation, precipitation, and collection- which are the three phenomena that make up what is known as “the water cycle.” Evaporation, the first of these phenomena, is the process of water turning into vapor and eventually forming clouds, such as those found in cloudy skies, or on cloudy days, or even cloudy nights. These clouds are formed by a phenomenon known as “evaporation,” which is the first of three phenomena that make up the water cycle. Evaporation, the first of these three, is simply a term for a process by which water turns into vapor and eventually forms clouds. Clouds can be recognized by their appearance, usually on cloudy days or nights, when they can be seen in cloudy skies. The name for the process by which clouds are formed – by water, which turns into vapor and becomes part of the formation known as “clouds” – is “evaporation,” the first phenomenon in the three phenomena that make up the cycle of water, otherwise known as “the water cycle,” and surely you must be asleep by now and so can be spared the horrifying details of the Baudelaires' journey.

Currently the majority of the world’s seven thousand desalination plants rely on thermal desalination (often called “multistage flash”) or reverse osmosis. The former means to boil water and condense the vapor; the latter feeds water through semipermeable membranes. Neither is the solution we need.

The Congregating of Stars They often meet in mountain lakes, No matter how remote, no matter how deep Down and far they must stream to arrive, Navigating between the steep, vertical piles Of broken limestone and chert, through shattered Trees and dry bushes bent low by winter, Across ravines cut by roaring avalanches Of boulders and ripping ice. Silently, the stars have assembled On the surface of this lost lake tonight, Arranged themselves to match the patterns They maintain in the highest spheres Of the surrounding sky. And they continue on, passing through The smooth, black countenance of the lake, Through that mirror of themselves, down through The icy waters to touch the perfect bottom Stillness of the invisible life and death existing In the nether of those depths. Sky-bound- yet touching every needle In the torn and sturdy forest, every stone, Sharp, cracked along the ragged shore- the stars Appear the same as in ancient human ages On the currents of the old seas and the darkened Trails of desert dunes, Orion’s belt the same As it shone in Galileo’s eyes, Polaris certain above The sails of every mariner’s voyage. An echoing Light from the Magi’s star, that beacon, might even Be shining on this lake tonight, unrecognized. The stars are congregating, perhaps in celebration, passing through their own names and legends, through fogs, airs, and thunders, the vapors of winter frost and summer pollens. They are ancestors of transfiguration, intimate with all the eyes of the night. What can they know?

Monet Refuses the Operation" Doctor, you say that there are no halos around the streetlights in Paris and what I see is an aberration caused by old age, an affliction. I tell you it has taken me all my life to arrive at the vision of gas lamps as angels, to soften and blur and finally banish the edges you regret I don’t see, to learn that the line I called the horizon does not exist and sky and water, so long apart, are the same state of being. Fifty-four years before I could see Rouen cathedral is built of parallel shafts of sun, and now you want to restore my youthful errors: fixed notions of top and bottom, the illusion of three-dimensional space, wisteria separate from the bridge it covers. What can I say to convince you the Houses of Parliament dissolve night after night to become the fluid dream of the Thames? I will not return to a universe of objects that don’t know each other, as if islands were not the lost children of one great continent. The world is flux, and light becomes what it touches, becomes water, lilies on water, above and below water, becomes lilac and mauve and yellow and white and cerulean lamps, small fists passing sunlight so quickly to one another that it would take long, streaming hair inside my brush to catch it. To paint the speed of light! Our weighted shapes, these verticals, burn to mix with air and changes our bones, skin, clothes to gases. Doctor, if only you could see how heaven pulls earth into its arms and how infinitely the heart expands to claim this world, blue vapor without end.

Salts,” he said, “exist in large quantities in the ocean, and if you removed all those it contained you would have a mass of 121,500,000 cubic miles, which if it were spread out over the earth would form a layer about thirty-five feet thick. And don’t think that the presence of these salts is merely due to some whim of nature. No, they make the waters of the sea less susceptible to evaporation and prevent the winds from taking off too much of this water vapor, which upon turning back into water would submerge the temperate zones of the earth. These salts play an immense, stabilizing role in the general functioning of the globe!

One Whisper of the Beloved Lovers share a sacred decree – to seek the Beloved. They roll head over heels, rushing toward the Beautiful One like a torrent of water In truth, everyone is a shadow of the Beloved – Our seeking is His seeking, Our words are His words. At times we flow toward the Beloved like a dancing stream. At times we are still water held in His pitcher. At times we boil in a pot turning to vapor – that is the job of the Beloved. He breathes into my ear until my soul takes on His fragrance. He is the soul of my soul – How can I escape? But why would any soul in this world want to escape from the Beloved? He will melt your pride making you thin as a strand of hair, Yet do not trade, even for both worlds, One strand of His hair. We search for Him here and there while looking right at Him. Sitting by His side we ask, "O Beloved, where is the Beloved?" Enough with such questions! – Let silence take you to the core of life. All your talk is worthless When compared to one whisper of the Beloved.

I have heard that you have a talent for death,” his mom said. At least Akos had warned Cyra about Sifa’s lack of charm. He glanced at Cyra. She held her armored wrist against her gut. “I suppose I do,” she said. “But I don’t have a passion for it.” Vapor slipped from the nose of the water kettle, not yet thick enough for Akos to pour. Water had never boiled so slowly.

The river ran on, no one knew where or why, just as it had in May; from a small stream it flowed into a large river to the sea, then rose to vapor and returned in rain; and perhaps the very same water he had seen in May was again flowing before his eyes...For what purpose? Why? And the whole world, all of life, seemed to Ryabovich to be an incomprehensible, aimless jest.

The weather was still cold, but I was not. The blood thrummed near the surface of my skin, and I felt heat rise in my palms. I reached a hand out to the pine that stood by me, drops of water trembling on each needle, its bark black with wet. I breathed its scent and let the water touch my skin, cool as vapor. The rain fell in shushing stillness all around me, dampening my clothes ’til they clung to me softly, like clouds upon the mountain. Jamie had told me once that he must live on a mountain, and I knew now why this was so—though I could in no wise have put the notion into words. All my scattered thoughts receded, as I listened for the voice of rocks and trees—and heard the bell of the mountain strike once, somewhere deep beneath my feet.

In the wisdom of Celtic shamans, a profound truth resonates; nothing is ever truly lost but transforms, perpetuating the eternal circle of life. As water rises as vapor, it falls as rain. From flames of destruction, new growth emerges. Each essence intricately woven in an endless dance of reincarnation, where shape-shifting and transmutation are natural states of existence.

Man is a reed, the weakest of nature, but he is a thinking reed. It is not necessary that the entire universe arm itself to crush: a vapor, a drop of water suffices to kill him. But if the universe were to crush him, man would still be nobler than what kills him, because he knows that he dies and the advantage that the universe has over him, the universe knows nothing of this.

In two days they began to come upon bones and cast-off apparel. They saw halfburied skeletons of mules with the bones so white and polished they seemed incandescent even in that blazing heat and they saw panniers and packsaddles and the bones of men and they saw a mule entire, the dried and blackened carcass hard as iron. They rode on. The white noon saw them through the waste like a ghost army, so pale they were with dust, like shades of figures erased upon a board. The wolves loped paler yet and grouped and skittered and lifted their lean snouts on the air. At night the horses were fed by hand from sacks of meal and watered from buckets. There was no more sickness. The survivors lay quietly in that cratered void and watched the whitehot stars go rifling down the dark. Or slept with their alien hearts beating in the sand like pilgrims exhausted upon the face of the planet Anareta, clutched to a namelessness wheeling in the night. They moved on and the iron of the wagontires grew polished bright as chrome in the pumice. To the south the blue cordilleras stood footed in their paler image on the sand like reflections in a lake and there were no wolves now. They took to riding by night, silent jornadas save for the trundling of the wagons and the wheeze of the animals. Under the moonlight a strange party of elders with the white dust thick on their moustaches and their eyebrows. They moved on and the stars jostled and arced across the firmament and died beyond the inkblack mountains. They came to know the nightskies well. Western eyes that read more geometric constructions than those names given by the ancients. Tethered to the polestar they rode the Dipper round while Orion rose in the southwest like a great electric kite. The sand lay blue in the moonlight and the iron tires of the wagons rolled among the shapes of the riders in gleaming hoops that veered and wheeled woundedly and vaguely navigational like slender astrolabes and the polished shoes of the horses kept hasping up like a myriad of eyes winking across the desert floor. They watched storms out there so distant they could not be heard, the silent lightning flaring sheetwise and the thin black spine of the mountain chain fluttering and sucked away again in the dark. They saw wild horses racing on the plain, pounding their shadows down the night and leaving in the moonlight a vaporous dust like the palest stain of their passing.

The space center's proximity to my backyard came to signify an intersection between heaven and hell. Florida was somewhere between the two; it was America's phantom limb, a place where spaceships were catapulted out into the cosmos. Alligators emerged from brackish water. Vultures and hawks circled above. Mosquitoes patrolled the atmosphere at eye level. We shared an ocean with sharks and dolphins. There were no seasons, only variations of humidity. Time slithered, festering in a damp wake of recollections. I believed in the Bermuda Triangle. I thought it would move in over Florida one night. By dusk an unknown force would vaporize us through a tear in the atmosphere. We'd be stuck, wandering in a parallel version of the same place, unaware that we were dead but dreaming. People came here to vanish.

A barometric low hung over the Atlantic. It moved eastward toward a high-pressure area over Russia without as yet showing any inclination to bypass this high in a northerly direction. The isotherms and isotheres were functioning as they should. The air temperature was appropriate relative to the annual mean temperature and to the aperiodic monthly fluctuations of the temperature. The rising and setting of the sun, the moon, the phases of the moon, of Venus, of the rings of Saturn, and many other significant phenomena were all in accordance with the forecasts in the astronomical yearbooks. The water vapor in the air was at its maximal state of tension, while the humidity was minimal. In a word that characterizes the facts fairly accurately, even if it is a bit old-fashioned: It was a fine day in August 1913.

Life, a miracle of nature, an evolved molecule of matter, blossomed in the vast expanse of oceans. Methane, ammonia, hydrogen and water vapor When joined under the radio-active sun, The molecules of non living matter underwent massive changes and became live. It's this accident that made the molecule of protein, Which even Stanley Miller reproduced in lab. Evolution went on, and on and changed , from amoeba to dinosaurs, from ape to man, It was an amazing architecture of nature , Which still continue improving human brain. The amazing creation nature, the man, kept on exploring the mysteries of nature, and succeeded in duplicating nature's marvel through his latest invention - the cloning, and succeeded in decoding even the genetic code. Still we have to salute the mother nature, which has many more mysteries in store!.

Of all the plants, trees have the largest surface area covered in leaves. For every square yard of forest, 27 square yards of leaves and needles blanket the crowns. Part of every rainfall is intercepted in the canopy and immediately evaporates again. In addition, each summer, trees use up to 8,500 cubic yards of water per square mile, which they release into the air through transpiration. This water vapor creates new clouds that travel farther inland to release their rain. As the cycle continues, water reaches even the most remote areas. This water pump works so well that the downpours in some large areas of the world, such as the Amazon basin, are almost as heavy thousands of miles inland as they are on the coast. There are a few requirements for the pump to work: from the ocean to the farthest corner, there must be forest. And, most importantly, the coastal forests are the foundations for this system. If they do not exist, the system falls apart. Scientists credit Anastassia Makarieva from Saint Petersburg in Russia for the discovery of these unbelievably important connections. They studied different forests around the world and everywhere the results were the same. It didn't matter if they were studying a rain forest or the Siberian taiga, it was always the trees that were transferring life-giving moisture into land-locked interiors. Researchers also discovered that the whole process breaks down if coastal forests are cleared. It's a bit like if you were using an electrical pump to distribute water and you pulled the intake pipe out of the pond. The fallout is already apparent in Brazil, where the Amazonian rain forest is steadily drying out. Central Europe is within the 400-mile zone and, therefore, close enough to the intake area. Thankfully, there are still forests here, even if they are greatly diminished.

There are three things you must remember about a woman. Never take her for granted. Never think you know what she is thinking. And never think you know what she will do in a given situation. A woman is like smoke. She will curl seductively around you one moment, burn your eyes the next, tickle your throat until you cough, and then poof! She is gone. She is a mirage. She is a thunderstorm. She is a sailboat on a sunny mirrored lake. She will run when you reach for her, and come to you when you wish her away. You can solve a problem. You can analyze logic. You can explain how vapor turns into water. But you cannot understand the mind of a woman. And do you know why? Because she does not understand herself." "Then what do you do?" "You love her and deal with her in all honesty. You earn her trust. And then you trust the Almighty, who made women the way they are, believing that He knew what He was doing." "What if that doesn't help?" "Blame Him.

Sunk in the mud, it took all my strength to flip it over. I lifted out the oar and inspected the bottom for holes and rotted wood. Seeing none, I gathered up my skirt, climbed in, and paddled to the middle of the pond, an untouchable place, far from everything. I tried to think what I would say to him, worried my voice would slink off again and leave me. I remained there a long while, lapping on the surface. Vapor curled on the water, dragonflies pricked the air, and I thought it all beautiful.

The tranquillity of the water heightened the superb effects of this glacial world. Majestic tabular bergs whose crevices exhaled a vaporous azure; lofty spires, radiant turrets and splendid castles; honeycombed masses illumined by pale green light within whose fairy labyrinths the water washed and gurgled. Seals and penguins on magic gondolas were the silent denizens of this dreamy Venice. In the soft glamour of the midsummer midnight sun, we were possessed by a rapturous wonder—the rare thrill of unreality.

They went silently along over the trace of the quarry road, the sledge whispering, the gaunt dog padding, past the quarryhole with its vaporous green waters and the woods again, the limestone white against the dark earth, a populace of monstrous slugs dormant in a carbon forest. Groups of trees turned slowly like masted carousels , blending shadows and parting in the darkness and wonder. The rain stopped falling. They passed, leaving a trail of foxfire shuffled up out the wet leaves like stars plowed in a ship's wake.

Seymour studies the quantities of methane locked in melting Siberian permafrost. Reading about declining owl populations led him to deforestation which led to soil erosion which led to ocean pollution which led to coral bleaching, everything warming, melting, and dying faster than scientists predicted, every system on the planet connected by countless invisible threads to every other: cricket players in Delhi vomiting from Chinese air pollution, Indonesian peat fires pushing billions of tons of carbon into the atmosphere over California, million-acre bushfires in Australia turning what’s left of New Zealand’s glaciers pink. A warmer planet = more water vapor in the atmosphere = even warmer planet = more water vapor = warmer planet still = thawing permafrost = more carbon and methane trapped in that permafrost releasing into the atmosphere = more heat = less permafrost = less polar ice to reflect the sun’s energy, and all this evidence, all these studies are sitting there in the library for anybody to find, but as far as Seymour can tell, he’s the only one looking.

The natural world manifests life in ecosystems, not monocultures. One of my favorite ways of understanding nature creating more possibilities, is to watch water move through the world. Water creates the ways for itself, moving with gravity, moving around obstacles, wearing down obstacles, reshaping the world. When there isn't an overt way forward, water seeps into the land, becomes a vapor in the sky, freezes into ice. When the time comes, water moves over the land in cloud form and nourishes elsewhere. And, of course, we humans are mostly water. And look how many ways we manifest.

The diminishing fiery shell reached them as well. It melted everything in its path, starting with the corner of the island. Even the ocean water boiled until it evaporated, then turned the molecules into plasma as if that weren't enough. The plasma vapor, thousands of degrees hot, removed their flesh and carbonized them to the bone. Not even Dazai's power to nullify other skills could nullify the collateral plasma vapor. He and Kunikida became but shadows, burned into the pavement—but even that pavement instantly melted away. Dazai muttered something the moment he vanished, but even the air that came out of his mouth turned into plasma, never to be heard.

He lifted one bottle into the light. " 'GREEN DUSK FOR DREAMING BRAND PUREE NORTHERN AIR,' " he read. " 'Derived from the atmosphere of the white Arctic in the spring of 1900, and mixed with the wind from the upper Hudson Valley in the month of April, 1910, and containing particles of dust seen shining in the sunset of one day in the meadows around Grinnell, Iowa, when a cool air rose to be captured from a lake and a little creek and a natural spring.' "Now the small print," he said. He squinted. " 'Also containing molecules of vapor from menthol, lime, papaya, and watermelon and all other water-smelling, cool-savored fruits and trees like camphor and herbs like wintergreen and the breath of a rising wind from the Des Plaines River itself. Guaranteed most refreshing and cool. To be taken on summer nights when the heat passes ninety.' " He picked up the other bottle. "This one the same, save I've collected a wind from the Aran Isles and one from off Dublin Bay with salt on it and a strip of flannel fog from the coast of Iceland." He put the two bottles on the bed. "One last direction." He stood by the cot and leaned over and spoke quietly. "When you're drinking these, remember: It was bottled by a friend. The S.J. Jonas Bottling Company, Green Town, Illinois- August, 1928. A vintage year, boy... a vintage year.

Of the 3 percent of Earth's water that is fresh, most exists as ice sheets. Only the tiniest amount- 0.036 percent is found in lakes, rivers, and reservoirs, and an even smaller part- just 0.001 percent - exists in clouds or as vapor. Nearly 90 percent of the planets ice is in Antarctica, and most of the rest is in Greenland. Go to the South Pole and you will be standing on nearly two miles of ice, at the North Pole just fifteen feet of it. Antarctica alone has six million cubic miles of ice- enough to raise the oceans by a height of two hundred feet if it all melted. But if all the water in the atmosphere fell as rain, evenly everywhere, the oceans would deepen by only an inch. p273

Each night when I returned to the rooming house in Hong Kong, I lay on a cot with wet towels over my chest. The walls were sweating because I couldn’t open the windows for fresh air. The building was on a fishy street on the Kowloon side. This was not the part where the fish were sold. There it smelled of the morning sea, salty and sharp. I was living in Kowloon Walled City, along the low point in a wide gutter, where the scales and blood and guts gathered, swept there by the fishmongers’ buckets of water at night. When I breathed the air, it was the vapors of death, a choking sour stink that reached like fingers into my stomach and pulled my insides out. Forever in my nose, that is the fragrance of Fragrant Harbor.

Why do you care what happens to her? I thought we humans were vapors to you, here today and gone tomorrow.” “Caspida is . . . different. She reminds me of someone, someone I’d give my life for if I could.” “The queen?” he asks. “The one who died?” “Roshana. My dear Ro.” My voice is soft as a ripple on the water. “She once ruled the Amulens, and Caspida is her descendant. She has Roshana’s strength of spirit, and I cannot look at her without thinking of my old friend. If she were to come to harm on my account . . . I could not bear that through the centuries.” I already carry a mountain of shame, a constant reminder of that day on Mount Tissia. Aladdin lifts a hand and brushes the hair back from my face. “You truly are remarkable, Zahra of the Lamp.

Wesson glanced back at the other ship. A gleeful smile threatened at his lips, but he wrapped it tightly with his will and pushed it deep into the dungeon from which it had sprung. It was a struggle, and part of him wanted to let it go, but Mage Threll’s firm grip kept him anchored. Then, the aftermath struck him. He heaved into the water as a cry escaped him. He looked at the evidence of his destruction. Where once dozens of men and women had lived, stood nothing but debris. He knew it was unlikely they would find bodies. They would have been crushed and vaporized, leaving behind no evidence that they had existed. Wesson slumped to the ground and buried his head in his hands as he sobbed. Rezkin grabbed hold of the rope ladder someone had thrown down to him.

We wolves will forever be in this land, for our spirits run heavy in this place. We are made of the very earth of this land. Our spirits are the moon over the lake, of the vapor of the breaths when we run hard through fields on cold fall nights with the stars all above and around us and shining off the perfect calm of the water. Our spirit is when we are tracking deer on cold winter days, of the chase and the precise timing of the kill, and then sleeping curled together for warmth in deep snow, mouths covered in fresh, dried blood from our feasting. Our spirit is of the dark and wind and perfect stillness before a summer storm and the sounds of slow, rolling thunder off the lake, echoing through the trees. Our spirit is the smell of wet grass and wildflowers, and all the bright colors of the land and water and sky.

It is appalling how complicated it can be to make oatmeal in the jungle. First, I had to make two trips to the river to haul the water, Next, I had to prime my kerosene stove with alcohol to get it burning, a tricky procedure when you are trying to mix powdered milk and fill a coffee pot at the same time. The alcohol prime always burned out before I could turn the kerosene on, and I would have to start all over. Or, I would turn the kerosene on, optimistically hoping that the Coleman element was still hot enough to vaporize the fuel, and start a small fire in my palm-thatched hut as the liquid kerosene squirted all over the table and walls and then ignited. Many amused Yanomamo onlookers quickly learned the English phrase “Oh, shit!” and, once they discovered that the phrase offended and irritated the missionaries, they used it as often as they could in their presence.

Sitting out on the canoe tonight, watching the indigo waters of the South China Sea, I noticed the waxing moon calculating that maybe by the time it is full we’ll be back in the U.S. of A. I shed a few tears for Michael again. I was hoping his ghost would materialize just to let me know there actually is a spiritual realm but no such luck. It was just me, alone. It’s so bizarre. He was here and now… he’s gone. That’s the way it is. We are… and then, we are no more. Two or three loved ones keep our memory alive… and then, they are no more. And we all fade into that massive vapor cloud of forgotten souls. Why were we even here in the first place? I began to stand up. That’s when I saw it. It entered the night sky from the west and streaked to the east, forming a brilliant but thin arc of flame. A shooting star. A meteorite. Was that my confirmation? I would like to think so.

Now into the small ceramic pan I grate the block of couverture. Almost at once the scent rises, the dark and loamy scent of bitter chocolate from the block. At this concentration it is slow to melt; the chocolate is very low in fat, and I will have to add butter and cream to the mixture to bring it to truffle consistency. But now it smells of history; of the mountains and forests of South America' of felled wood and spilled sap and campfire smoke. It smells of incense and patchouli; of the black gold of the Maya and the red gold of the Aztec; of stone and dust and of a young girl with flowers in her hair and a cup of pulque in her hand. It is intoxicating; as it melts, the chocolate becomes glossy; steam rises from the copper pan, and the scent grows richer, blossoming into cinnamon and allspice and nutmeg; dark undertones of anise and espresso; brighter notes of vanilla and ginger. Now it is almost melted through. A gentle vapor rises from the pan. Now we have the true Theobroma, the elixir of the gods in volatile form, and in the steam I can almost see- A young girl dancing with the moon. A rabbit follows at her heels. Behind her stands a woman with her head in shadow, so that for a moment she seems to look three ways- But now the steam is getting too thick. The chocolate must be no warmer than forty-six degrees. Too hot, and the chocolate will scorch and streak. Too cool, and it will bloom white and dull. I know by the scent and the level of steam that we are close to the danger point. Take the copper off the heat and stand the ceramic in cold water until the temperature has dropped. Cooling, it acquires a floral scent; of violet and lavender papier poudré. It smells of my grandmother, if I'd had one, and of wedding dresses kept carefully boxed in the attic, and of bouquets under glass.

Turbines designed for low-flow situations would be wasteful in times of high water. Turbines designed for high efficiency at, say, five hundred cubic feet per second might be ineffective in times of low water. Under certain conditions, turbines can go into a state of cavitation, wherein vaporizing water creates bubbles that implode on the metal and riddle it with tiny holes. The ideal turbine for a little mill up a creek somewhere in inconsistent country would be one that was prepared to take whatever might come, to sit there and react calmly in any situation, to respond evenly to wild and sudden demands, to make the best of difficult circumstances, to remain steadfast in time of adversity, to keep going, above all to press on, to persevere, and not vibrate, fibrillate, vacillate, cavitate, or panic - in short, to accept with versatile competence what is known in hydroelectrical engineering as the run of the river.

As he stood with his fingers in the iceflower bowls, he heard his mom and Cyra talking. “My son was eager for me to meet you, I could tell,” his mom said. “You must be a good friend.” “Um…yes,” Cyra said. “I think so, yes.” You think so, Akos thought, resisting the urge to roll his eyes. He’d given her clear enough labels, back in the stairwell, but she still couldn’t quite believe it. That was the problem with being so convinced of your own awfulness--you thought other people were lying when they didn’t agree with you. “I have heard that you have a talent for death,” his mom said. At least Akos had warned Cyra about Sifa’s lack of charm. He glanced at Cyra. She held her armored wrist against her gut. “I suppose I do,” she said. “But I don’t have a passion for it.” Vapor slipped from the nose of the water kettle, not yet thick enough for Akos to pour. Water had never boiled so slowly. “You two have spent a lot of time together,” his mom said. “Yes.” “Are you to blame for his survival these past few seasons?” “No,” Cyra said. “Your son survives because of his own will.” His mom smiled. “You should defensive.” “I don’t take credit for other people’s strength,” Cyra said. “Only my own.” His mom’s smile got even bigger. “And a little cocky.” “I’ve been called worse.” The vapor was thick enough. Akos grabbed the hook with the wooden handle that hung next to the stove, and attached it to the kettle. It caught, and locked in place as he poured water in each of the mugs. Isae came forward for one, standing on tiptoe so she could whisper in his ear. “If it hasn’t already, it should be dawning on you right about now that your girl and your mother are very similar people,” she said. “I will pause as that irrefutable fact chills you to the core.” Akos eyed her. “Was that humor, Chancellor?” “On occasion, I have been known to make a humorous remark.

A tree can lift and transpire vast amounts of water. A single tree in the Amazon rain forest lifts hundreds of liters of water every day. The rain forest behaves like a green ocean, transpiring water that rains upward, as though gravity were reversed. These transpired mists then flow across the continent in great rivers of vapor. The water condenses, falls as rain, and is pulled back up again through the trees. It rises and falls on its westward migration an average of six times before finally hitting the physical barrier of the Andes mountains and flowing back across the continent as the mightiest river on Earth. Similarly, Indonesia, with 114 million hectares (280 million acres) of tropical forest (it is the second most forested country in the world after Brazil) is a vital part of the Asian hydrologic cycle. Around the world, forests constantly replenish Earth’s supply of fresh water and play a key role in weather and climate.

You two have spent a lot of time together,” his mom said. “Yes.” “Are you to blame for his survival these past few seasons?” “No,” Cyra said. “Your son survives because of his own will.” His mom smiled. “You should defensive.” “I don’t take credit for other people’s strength,” Cyra said. “Only my own.” His mom’s smile got even bigger. “And a little cocky.” “I’ve been called worse.” The vapor was thick enough. Akos grabbed the hook with the wooden handle that hung next to the stove, and attached it to the kettle. It caught, and locked in place as he poured water in each of the mugs. Isae came forward for one, standing on tiptoe so she could whisper in his ear. “If it hasn’t already, it should be dawning on you right about now that your girl and your mother are very similar people,” she said. “I will pause as that irrefutable fact chills you to the core.” Akos eyed her. “Was that humor, Chancellor?” “On occasion, I have been known to make a humorous remark.

One find in Western Australia turned up zircon crystals dated to 4.4 billion years ago, just a couple of hundred million years after the earth and the solar system formed. By analyzing their detailed composition, researchers have suggested that ancient conditions may have been far more agreeable than previously thought. Early earth may have been a relatively calm water world, with small landmasses dotting a surface mostly covered by ocean.15 That’s not to say that earth’s history didn’t have its moments of flaming drama. Roughly fifty to one hundred million years after its birth, earth likely collided with a Mars-sized planet called Theia, which would have vaporized the earth’s crust, obliterated Theia, and blown a cloud of dust and gas thousands of kilometers into space. In time, that cloud would have clumped up gravitationally to form the moon, one of the larger planetary satellites in the solar system and a nightly reminder of that violent encounter. Another reminder is provided by the seasons. We experience hot summers and cold winters because earth’s tilted axis affects the angle of incoming sunlight, with summer being a period of direct rays and winter being a period of oblique ones. The smashup with Theia is the likely cause of earth’s cant. And though less sensational than a planetary collision, both the earth and the moon endured periods of significant pummelings by smaller meteors. The moon’s lack of eroding winds and its static crust have preserved the scars but earth’s thrashing, less visible now, was just as severe. Some early impacts may have partially or even fully vaporized all water on earth’s surface. Despite that, the zircon archives provide evidence that within a few hundred million years of its formation, earth may have cooled sufficiently for atmospheric steam to rain down, fill the oceans, and yield a terrain not all that dissimilar from the earth we now know. At least, that’s one conclusion reached by reading the crystals.

My despair liked a sunny day, windless, a day warmer than it should be, a day that would bring delight to most other people. It would hang in this air and then creep inside me so I felt a bit off, as if infected by a virus, but was not quite sure what was wrong until it had settled in for good and it was too late to fight it back. Soon, my vision would be warped, my head and thighs heavy, my gait lumbering. It kept both fatigue and rest at bay, so I’d wander through day and night as if sleepwalking through water. And I would wander. Around and around the house I’d go, trying to find something to hold my attention, something that felt important and necessary to do. I’d pick up the broom, the rake, the checkbook, the telephone, the pen, but the vapor had penetrated everything, rendering each object weightless and irrelevant. The lamp, the tea kettle, the books on the shelf, the notes I’d written to myself and stuck on the wall: all had been compressed from 3-D to 2-D, like flimsy cartoon versions of themselves.

Therefore, perception, which I count as the most wonderful of instruments, has just as little reality as that of my poor senses. However I might conceive of matter, it is always something different from what I understood it to be. But it is not only that I can never completely perceive the essence of matter, but also it's that it has no being. Spray water on a hot oven and it is instantaneously vaporized, if I throw a lump of sugar into a cup of tea it melts. If I break the cup I'm drinking out of, I'll have nothing but shards - but no longer a cup. If, however, being can be turned into not-being with the flip of the wrist, then it is not worth talking about it as being. Not-being, death, is the real essence of all matter, life is only a negation of this essence for an infinitely short span of time. But the thought of the drop of water, or the lump of sugar remains immutable, it can never be broken, vaporated, or melted. So isn't this thought to be spoken of with much greater right as reality, than fluctuating material is? "From The Diary Of An Orange Tree

I like rainbows. We came back down to the meadow near the steaming terrace and sat in the river, just where one of the bigger hot streams poured into the cold water of the Ferris Fork. It is illegal – not to say suicidal – to bathe in any of the thermal features of the park. But when those features empty into the river, at what is called a hot pot, swimming and soaking are perfectly acceptable. So we were soaking off our long walk, talking about our favorite waterfalls, and discussing rainbows when it occurred to us that the moon was full. There wasn’t a hint of foul weather. And if you had a clear sky and a waterfall facing in just the right direction… Over the course of a couple of days we hked back down the canyon to the Boundary Creek Trail and followed it to Dunanda Falls, which is only about eight miles from the ranger station at the entrance to the park. Dunanda is a 150-foot-high plunge facing generally south, so that in the afternoons reliable rainbows dance over the rocks at its base. It is the archetype of all western waterfalls. Dunenda is an Indian name; in Shoshone it means “straight down,” which is a pretty good description of the plunge. ... …We had to walk three miles back toward the ranger station and our assigned campsite. We planned to set up our tents, eat, hang our food, and walk back to Dunanda Falls in the dark, using headlamps. We could be there by ten or eleven. At that time the full moon would clear the east ridge of the downriver canyon and would be shining directly on the fall. Walking at night is never a happy proposition, and this particular evening stroll involved five stream crossings, mostly on old logs, and took a lot longer than we’d anticipated. Still, we beat the moon to the fall. Most of us took up residence in one or another of the hot pots. Presently the moon, like a floodlight, rose over the canyon rim. The falling water took on a silver tinge, and the rock wall, which had looked gold under the sun, was now a slick black so the contrast of water and rock was incomparably stark. The pools below the lip of the fall were glowing, as from within, with a pale blue light. And then it started at the base of the fall: just a diagonal line in the spray that ran from the lower east to the upper west side of the wall. “It’s going to happen,” I told Kara, who was sitting beside me in one of the hot pots. Where falling water hit the rock at the base of the fall and exploded upward in vapor, the light was very bright. It concentrated itself in a shining ball. The diagonal line was above and slowly began to bend until, in the fullness of time (ten minutes, maybe), it formed a perfectly symmetrical bow, shining silver blue under the moon. The color was vaguely electrical. Kara said she could see colors in the moonbow, and when I looked very hard, I thought I could make out a faint line of reddish orange above, and some deep violet at the bottom. Both colors were very pale, flickering, like bad florescent light. In any case, it was exhilarating, the experience of a lifetime: an entirely perfect moonbow, silver and iridescent, all shining and spectral there at the base of Dunanda Falls. The hot pot itself was a luxury, and I considered myself a pretty swell fellow, doing all this for the sanity of city dwellers, who need such things more than anyone else. I even thought of naming the moonbow: Cahill’s Luminescence. Something like that. Otherwise, someone else might take credit for it.

Nevertheless, in certain respects and in certain places, despite philosophy, despite progress, the spirit of the cloister lingers on, in the middle of the nineteenth century, and a bizarre new outbreak of asceticism now astounds the civilized world. The persistence of antiquated institutions in perpetuating themselves is like the stubbornness of stale scent clinging to your hair, the urgency of spoiled fish clamouring to be eaten, the oppression of childish garb expecting to clothe the adult, and the tenderness of corpses wanting to come back to kiss the living. 'Ungrateful wretch!' says the garment. 'I protected you in bad weather. Why will you have nothing more to do with me?' 'I come from the open sea,' says the fish. 'I was a rose,' says the perfume. 'I loved you,' says the corpse. 'I civilized you,' says the convent. There is only one answer to this: once upon a time. To dream of the indefinite protraction of defunct things and of embalmment as a way of governing mankind, to restore ravaged dogmas, regild shrines, patch up cloisters, re-bless reliquaries, revitalize superstitions, refuel fanaticisms, replace the handles on holy-water sprinklers and on sabres, recreate monasticism and militarism, to believe in the salvation of society by the multiplication of the parasites, to force the past on the present - this seems strange. Still, there are theorists who propound these theories. Such theorists, and they are intelligent people, have a very simple method: they put a gloss on the past, a gloss they call 'social order', 'divine right', 'morality', 'family', 'respect for elders', 'ancient authority', 'sacred tradition', 'legitimacy', 'religion', and they go about shouting, 'Look! Take this, honest people.' This logic was known to the ancients The haruspices practiced it. They rubbed a black heifer with chalk and said, 'It's white.' We ourselves respect the past in certain instances and in all cases grant it clemency, provided it consents to being dead. If it insists on being alive, we attack and try to kill it. Superstitions, bigotries, false pieties, prejudices, these spectres, for all that they are spectres, cling to life. They have teeth and nails in their vaporousness, and they must be tackled head-on, and war must be waged against them, and it must be waged constantly. For it is one of the fates of humanity to be doomed to eternal battle against phantoms. Shades are difficult to throttle and destroy.

Get used to it. The weather may feel like science fiction, but the science underlying it is very real and mundane. It takes only a small increase in global average temperatures to have a big effect on weather, because what drives the winds and their circulation patterns on the surface of the earth are differences in temperature. So when you start to change the average surface temperature of the earth, you change the wind patterns—and then before you know it, you change the monsoons. When the earth gets warmer, you also change rates of evaporation—which is a key reason we will get more intense rainstorms in some places and hotter dry spells and longer droughts in others. How can we have both wetter and drier extremes at the same time? As we get rising global average temperatures and the earth gets warmer, it will trigger more evaporation from the soil. So regions that are already naturally dry will tend to get drier. At the same time, higher rates of evaporation, because of global warming, will put more water vapor into the atmosphere, and so areas that are either near large bodies of water or in places where atmospheric dynamics already favor higher rates of precipitation will tend to get wetter. We know one thing about the hydrologic cycle: What moisture goes up must come down, and where more moisture goes up, more will come down. Total global precipitation will probably increase, and the amount that will come down in any one storm is expected to increase as well—which will increase flooding and gully washers. That’s why this rather gentle term “global warming” doesn’t capture the disruptive potential of what lies ahead. “The popular term ‘global warming’ is a misnomer,” says John Holdren. “It implies something uniform, gradual, mainly about temperature, and quite possibly benign. What is happening to global climate is none of those. It is uneven geographically. It is rapid compared to ordinary historic rates of climatic change, as well as rapid compared to the adjustment times of ecosystems and human society. It is affecting a wide array of critically important climatic phenomena besides temperature, including precipitation, humidity, soil moisture, atmospheric circulation patterns, storms, snow and ice cover, and ocean currents and upwellings. And its effects on human well-being are and undoubtedly will remain far more negative than positive. A more accurate, albeit more cumbersome, label than ‘global warming’ is ‘global climatic disruption.’ 

As he stood with his fingers in the iceflower bowls, he heard his mom and Cyra talking. “My son was eager for me to meet you, I could tell,” his mom said. “You must be a good friend.” “Um…yes,” Cyra said. “I think so, yes.” You think so, Akos thought, resisting the urge to roll his eyes. He’d given her clear enough labels, back in the stairwell, but she still couldn’t quite believe it. That was the problem with being so convinced of your own awfulness--you thought other people were lying when they didn’t agree with you. “I have heard that you have a talent for death,” his mom said. At least Akos had warned Cyra about Sifa’s lack of charm. He glanced at Cyra. She held her armored wrist against her gut. “I suppose I do,” she said. “But I don’t have a passion for it.” Vapor slipped from the nose of the water kettle, not yet thick enough for Akos to pour. Water had never boiled so slowly. “You two have spent a lot of time together,” his mom said. “Yes.” “Are you to blame for his survival these past few seasons?” “No,” Cyra said. “Your son survives because of his own will.” His mom smiled. “You should defensive.” “I don’t take credit for other people’s strength,” Cyra said. “Only my own.” His mom’s smile got even bigger. “And a little cocky.” “I’ve been called worse.

that night she dreamed of employing an army of women cleaners who would set forth across the planet on a mission to clean up all the damage done to the environment they came from all over Africa and from North and South and South America, they came from India and China and all over Asia, they came from Europe and the Middle East, from Oceania, and from the Antarctic, too she imagined them all descending in their millions on the Niger Delta and driving out the oil companies with their mop and broom handles transformed into spears and poison-tipped swords and machine guns she imagined them demolishing al the equipment used for oil production, including the flare stacks that rose into the skies to burn the natural gas, her cleaners setting charges underneath each one, detonating from a safe distance and watching them being blown up she imagined the local people cheering and celebrating with dancing, drumming and roasted fish she imagined the international media filming it- CNN, BBC, NBC she imagined the government unable to mobilize the poorly paid local militia because they were terrified by the sheer numbers of her Worldwide Army of Women Cleaners who could vaporize them with their superhuman powers afterwards, she imagined legions of singing women sifting the rivers and creeks to remove the thick slicks of grease that had polluted them and digging up the land until they'd removed the toxic sublayers of soil she imagined the skies opening when the job was fone and the pouring of pure water from the now hygienic clouds for as long as it took for the region to be thoroughly cleansed and replenished

You... you were telling me about your diet?" "Well, mostly I was raised on milk, potatoes, dulse, fish-" "I beg your pardon, did you say 'dulse'? What is that, exactly?" "A kind of seaweed," MacRae said. "As a lad, it was my job to go out at low tide before supper and cut handfuls of it from the rocks on shore." He opened a cupboard to view a small store of cooking supplies and utensils. "It goes in soup, or you can eat it raw." He glanced at her over his shoulder, amusement touching his lips as he saw her expression. "Seaweed is the secret to good health?" Merritt asked dubiously. "No, milady, that would be whisky. My men and I take a wee dram every day." Seeing her perplexed expression, her continued, "Whisky is the water of life. It warms the blood, keeps the spirits calm, and the heart strong." "I wish I liked whisky, but I'm afraid it's not to my taste." MacRae looked appalled. "Was it Scotch whisky?" "I'm not sure," she said. "Whatever it was, it set my tongue on fire." "It was no' Scotch, then, but rotgut. Islay whisky starts as hot as the devil's whisper... but then the flavors come through, and it might taste of cinnamon, or peat, or honeycomb fresh from the hive. It could taste of a long-ago walk on a winter's eve... or a kiss you once stole from your sweetheart in the hayloft. Whisky is yesterday's rain, distilled with barley into a vapor that rises like a will-o'-the-wisp, then set to bide its time in casks of good oak." His voice had turned as soft as a curl of smoke. "Someday we'll have a whisky, you and I. We'll toast health to our friends and peace to our foes... and we'll drink to the loves lost to time's perishing, as well as those yet to come.

Today the cloud is the central metaphor of the internet: a global system of great power and energy that nevertheless retains the aura of something noumenal and numnious, something almost impossible to grasp. We connect to the cloud; we work in it; we store and retrieve stuff from it; we think through it. We pay for it and only notice it when it breaks. It is something we experience all the time without really understanding what it is or how it works. It is something we are training ourselves to rely upon with only the haziest of notions about what is being entrusted, and what it is being entrusted to. Downtime aside, the first criticism of this cloud is that it is a very bad metaphor. The cloud is not weightless; it is not amorphous, or even invisible, if you know where to look for it. The cloud is not some magical faraway place, made of water vapor and radio waves, where everything just works. It is a physical infrastructure consisting of phone lines, fibre optics, satellites, cables on the ocean floor, and vast warehouses filled with computers, which consume huge amounts of water and energy and reside within national and legal jurisdictions. The cloud is a new kind of industry, and a hungry one. The cloud doesn't just have a shadow; it has a footprint. Absorbed into the cloud are many of the previously weighty edifices of the civic sphere: the places where we shop, bank, socialize, borrow books, and vote. Thus obscured, they are rendered less visible and less amenable to critique, investigation, preservation and regulation. Another criticism is that this lack of understanding is deliberate. There are good reasons, from national security to corporate secrecy to many kinds of malfeasance, for obscuring what's inside the cloud. What evaporates is agency and ownership: most of your emails, photos, status updates, business documents, library and voting data, health records, credit ratings, likes, memories, experiences, personal preferences, and unspoken desires are in the cloud, on somebody else's infrastructure. There's a reason Google and Facebook like to build data centers in Ireland (low taxes) and Scandinavia (cheap energy and cooling). There's a reason global, supposedly post-colonial empires hold onto bits of disputed territory like Diego Garcia and Cyprus, and it's because the cloud touches down in these places, and their ambiguous status can be exploited. The cloud shapes itself to geographies of power and influence, and it serves to reinforce them. The cloud is a power relationship, and most people are not on top of it. These are valid criticisms, and one way of interrogating the cloud is to look where is shadow falls: to investigate the sites of data centers and undersea cables and see what they tell us about the real disposition of power at work today. We can seed the cloud, condense it, and force it to give up some of its stories. As it fades away, certain secrets may be revealed. By understanding the way the figure of the cloud is used to obscure the real operation of technology, we can start to understand the many ways in which technology itself hides its own agency - through opaque machines and inscrutable code, as well as physical distance and legal constructs. And in turn, we may learn something about the operation of power itself, which was doing this sort of thing long before it had clouds and black boxes in which to hide itself.

So it was always at night, like a werewolf, that I would take the thing out for an honest run down the coast. I would start in Golden Gate Park, thinking only to run a few long curves to clear my head. . . but in a matter of minutes I'd be out at the beach with the sound of the engine in my ears, the surf booming up on the sea wall and a fine empty road stretching all the way down to Santa Cruz. . . not even a gas station in the whole seventy miles; the only public light along the way is an all-​night diner down around Rockaway Beach. There was no helmet on those nights, no speed limit, and no cooling it down on the curves. The momentary freedom of the park was like the one unlucky drink that shoves a wavering alcoholic off the wagon. I would come out of the park near the soccer field and pause for a moment at the stop sign, wondering if I knew anyone parked out there on the midnight humping strip. Then into first gear, forgetting the cars and letting the beast wind out. . . thirty-​five, forty-​five. . . then into second and wailing through the light at Lincoln Way, not worried about green or red signals, but only some other werewolf loony who might be pulling out, too slowly, to start his own run. Not many of these. . . and with three lanes on a wide curve, a bike coming hard has plenty of room to get around almost anything. . . then into third, the boomer gear, pushing seventy-​five and the beginning of a windscream in the ears, a pressure on the eyeballs like diving into water off a high board. Bent forward, far back on the seat, and a rigid grip on the handlebars as the bike starts jumping and wavering in the wind. Taillights far up ahead coming closer, faster, and suddenly -- zaaapppp -- going past and leaning down for a curve near the zoo, where the road swings out to sea. The dunes are flatter here, and on windy days sand blows across the highway, piling up in thick drifts as deadly as any oil-​slick. . . instant loss of control, a crashing, cartwheeling slide and maybe one of those two-​inch notices in the paper the next day: “An unidentified motorcyclist was killed last night when he failed to negotiate a turn on Highway I.” Indeed. . . but no sand this time, so the lever goes up into fourth, and now there's no sound except wind. Screw it all the way over, reach through the handlebars to raise the headlight beam, the needle leans down on a hundred, and wind-​burned eyeballs strain to see down the centerline, trying to provide a margin for the reflexes. But with the throttle screwed on there is only the barest margin, and no room at all for mistakes. It has to be done right. . . and that's when the strange music starts, when you stretch your luck so far that fear becomes exhilaration and vibrates along your arms. You can barely see at a hundred; the tears blow back so fast that they vaporize before they get to your ears. The only sounds are wind and a dull roar floating back from the mufflers. You watch the white line and try to lean with it. . . howling through a turn to the right, then to the left and down the long hill to Pacifica. . . letting off now, watching for cops, but only until the next dark stretch and another few seconds on the edge. . . The Edge. . . There is no honest way to explain it because the only people who really know where it is are the ones who have gone over. The others -- the living -- are those who pushed their control as far as they felt they could handle it, and then pulled back, or slowed down, or did whatever they had to when it came time to choose between Now and Later. But the edge is still Out there. Or maybe it's In. The association of motorcycles with LSD is no accident of publicity. They are both a means to an end, to the place of definitions.

spilling from his eyes. Cassis screamed, panting, and flapped her fingers wildly, like she was trying to cool down. Her face glowed red like molten embers.  “Water…water,” she gasped, and glanced around. The scintillating luminescence of fire raged inside her body. Talis shielded his eyes from the intensity of light pouring from her body. Another sorcerer flew to them, as if drawn by the attack, and scowled at Talis. Cassis lifted her hands at the sorcerer, as if in a grave struggle against the hand of death itself. The sorcerer curled his fingers, aiming at him, and prepared to strike.  “No, Cassis, stop!”  Rikar ran in a hobble towards her, and in a brief glance at his face, Talis could see love and fury and a terrific sadness. Despite the shouts of warning, Cassis released an enormous fireball at the enemy, vaporizing him in an instant. But she couldn’t contain the power. It burned too strong inside. The light rose to a frenzied brilliance as many apprentices around her started running away.  Her neck dropped. Her flaming, brilliant body exploded in a powerful wave, burning chunks of fire and flesh searing everywhere around her. Those fleeing nearby were cut down by the blast. Some were knocked against the stone walls. Some were blasted over the edge and plummeted helplessly to the ground far below. The ones refusing to leave her side were incinerated where they stood. Talis felt his stomach twist and flip around, and he vomited, coughing, choking on his own bile.  Gasping for air, for life, he tried to expel the image from his mind. A primal fear burrowed its way inside. What had just happened? Was this the terror of magic? He still felt the fire burning inside his body. Why would he risk his life and the lives of his friends? The power roared so strong. Could he ever learn to contain it? Or would he find a fate like that of Cassis? Rikar balled up his fists and pounded the ground, sobbing. Nikulo came over and tried to comfort him, but Rikar just pulled away and curled up. A lightning bolt shattered a nearby tower, jolting them to attention.

Are you interested in medical marijuana but have no idea what it is? In recent years, there is a growing cry for the legalization of cannabis because of its proven health benefits. Read on as we try to look into the basics of the drug, what it really does to the human body, and how it can benefit you. Keep in mind that medical marijuana is not for everyone, so it’s important that you know how you’re going to be using it before you actually use it. What is Marijuana? Most likely, everyone has heard of marijuana and know what it is. However, many people hold misconceptions of marijuana because of inaccurate news and reporting, which has led to the drug being demonized—even when numerous studies have proven the health benefits of medical marijuana when it is used in moderation. (Even though yes, weed is also used as a recreational drug.) First and foremost, medical marijuana is a plant. The drug that we know of is made of its shredded leaves and flowers of the cannabis sativa or indica plant. Whatever its strain or form, all types of cannabis alter the mind and have some degree of psychoactivity. The plant is made of chemicals, with tetrahydrocannabinol (THC) being the most powerful and causing the biggest impact on the brain. How is Medical Marijuana Used? There are several ways medical weed is used, depending on the user’s need, convenience and preference. The most common ways are in joint form, and also using bongs and vaporizers. But with its growing legalization, we’re seeing numerous forms of cannabis consumption methods being introduced (like oils, edibles, drinks and many more). ● Joint – Loose marijuana leaves are rolled into a cigarette. Sometimes, it’s mixed with tobacco to cut the intensity of the cannabis. ● Bong – This is a large water pipe that heats weed into smoke, which the user then inhales. ● Vaporizer – Working like small bongs, this is a small gadget that makes it easier to bring and use weed practically anywhere. What’s Some Common Medical Marijuana Lingo? We hear numerous terms from people when it comes to describing medical marijuana, and this list continually grows. An example of this is the growing number of marijuana nicknames which include pot, grass, reefer, Mary Jane, dope, skunk, ganja, boom, chronic and herb among many others. Below are some common marijuana terms and what they really mean. ● Bong – Water pipe that allows for weed to be inhaled ● Blunt – Hollowed-out cigar with the tobacco replaced with weed ● Hash – Mix of medical weed and tobacco ● Joint – Rolled cigarette-like way to consume medical cannabis How Does It Feel to be High? When consumed in moderation, weed’s common effects include a heightened sense of euphoria and well-being. You’ll most likely talk and laugh more. At its height, the high creates a feeling of pensive dreaminess that wears off and becomes sleepiness. In a group setting, there are commonly feelings of exaggerated physical and emotional sensitivity as well as strong feelings of camaraderie. Medical marijuana also has a direct impact on a person’s speech patterns, which will get slower. There will be an impairment in your ability to carry out conversations. Cannabis also affects short-term memory. The usual high that one gets from cannabis can last for about two hours; when you overindulge, it can last for up to 12 hours. Is Using Medical Marijuana Safe? Medical cannabis is scientifically proven to be safer compared to alcohol or nicotine. Marijuana is slowly being legalized around the world because of its numerous health benefits, particularly among people suffering from mental illness like depression, anxiety and stress. It also has physical benefits, like helping in managing pain and the treatment of glaucoma and cancer.

Heatstroke will be another major problem, and it’s linked to the humidity, of all things. Air can contain only a certain amount of water vapor, and at some point it hits a ceiling, becoming so saturated that it can’t absorb any more moisture. Why does that matter? Because the human body’s ability to cool off depends on the air’s ability to absorb sweat as it evaporates. If the air can’t absorb your sweat, then it can’t cool you off, no matter how much you perspire. There’s simply nowhere for your perspiration to go.

Global warming will occur if the amount of sunlight absorbed by the Earth is increased (e.g. from less low cloud cover), or if the amount of infrared radiation lost to space is decreased (e.g. from more greenhouse gases, more water vapor, or more high cloud cover).

Water vapor and clouds account for about 90 percent of the Earth’s natural greenhouse effect, CO2 amounts to about 3.5 percent, and methane contributes even less.

When Mom says “bong,” she means her nebulizer. It turns water into vapor, and she huffs it all day like a singer breathing hot mist before a performance. Except Mom’s machine is handheld. I’m surprised she doesn’t carry it in a gun sling. But my mom is not just inhaling water. “Let’s get some colloidal silver in those lungs,” she says. Second to prayer, colloidal silver is Mom’s insurance policy on life. She makes her own, soaking two silver rods in a glass vat of water that sits next to her kitchen sink. I’ll let her explain it. This is from one of her emails telling me how to live forever: “I use distilled water and 99% pure silver rods. The rods are connected to a positive and negative charge (think of a jumper cable for your car) and they are immersed in the distilled water. Some people leave the rods in the water 2–4 hours. I leave mine in for 8–12 hours so my silver water is extra strength and powerful…I drink ¼ cup colloidal silver in a glass of water before bed, and have for years and years. RARELY am I ever sick. I take a bottle of colloidal silver on every trip (especially overseas) in case I pick up a stomach bug or am around anyone who is sick. I use it on wounds, use it for pink eye, ear infections, the flu, and more because it kills over 600 viruses and most bacteria, including MRSA. There are also studies that show the benefits of colloidal silver against cancer.” Every time I’m home, she gives me a bottle of the stuff to take back to Los Angeles. I, like a good millennial, googled its effectiveness. The scientific establishment seems to believe that colloidal silver does approximately nothing good, and in large quantities, some bad. Perhaps you’ve seen the viral meme of the old blue man? He consumed so much colloidal silver that his skin dyed blue from the inside. He looks like a Smurf with a white beard. Well, he looked like a Smurf. He’s dead. Maybe from something common like heart failure, but… When I told my mother this, she wouldn’t hear it. “I know it works. I’ve been using it for years. I don’t care what those articles say. I’ve read hundreds of articles about it.

The amount of water on the earth is essentially fixed. Almost all of it (some 97 percent) is in the oceans, and almost all of the rest is on the land—in ice and snow (especially the Greenland and Antarctic ice sheets), in lakes and rivers, and in groundwater. But as we saw in Chapter 2, the one hundred-thousandth of the earth’s water that resides in its atmosphere plays a central role in climate—water vapor is the most important greenhouse gas, and clouds account for most of the earth’s albedo.

The water vapor accumulated in the upper atmosphere for so long that when the surface finally cooled enough for the rains to touch down, they poured in catastrophic torrents for thousands of years.

For every ten pounds of fat lost in our bodies, eight and a half pounds of it comes out through the lungs; most of it is carbon dioxide mixed with a bit of water vapor.

Sometimes I just stare out the window. It's unbelievable how lovely just two plane trees, a slice of sky, and the facade of the building across the street can be. A narrow view like that has birds, insects, rays of sunlight, shadows, gusts of wind, paper flying about, human faces and backs, butterflies, drops of water, rivulets, clouds, airplanes, vapor trails. Also, love stories, quarrels, solitary travels, escapes, reunions. Impossible to put down all the ideas that come to mind looking at those good things — ideas that before I realize it have become the signs that aggravate the teachers.

the bathroom to weigh myself or to the kitchen to drink a glass of tepid water before preparing the coffeepot. The city doesn’t beckon or lend me a shoulder today. Maybe it knows I’m about to leave. The sun’s dull disk defeats me; the dense sky is the same one that will carry me away. That vast and vaporous territory, lacking precise pathways, is all that binds us together now. But it never preserves our tracks.

The next most significant greenhouse gas, carbon dioxide (CO2), is different from water vapor in that its concentration in the atmosphere is much the same all over the globe. CO2 currently accounts for about 7 percent of the atmosphere’s ability to intercept heat. It’s also different in that human activities have affected its concentration (that is, the fraction of air molecules that are CO2). Since 1750, the concentration has increased from 0.000280 (280 parts per million or ppm) to 0.000410 (410 ppm) in 2019, and it continues to go up 2.3 ppm every year. Although most of today’s CO2 is natural, there is no doubt that this rise is, and has been, due to human activities, primarily the burning of fossil fuels.

While we’ve talked about how the overall amount of that radiation has to balance the warming sunlight, the radiation is actually spread over a spectrum of different wavelengths. Think of those like “colors,” although not visible to our eyes. Water vapor, the most significant greenhouse gas, intercepts only some colors, but because it blocks almost 100 percent of those it does, adding more water vapor to the atmosphere won’t make the insulation much thicker—it would be like putting another layer of black paint on an already black window. But that’s not true for carbon dioxide. That molecule intercepts some colors that water vapor misses, meaning a few molecules of CO2 can have a much bigger effect (like the first layer of black paint on a clear window). So the greater potency of a CO2 molecule depends upon relatively obscure aspects of how it, and water vapor, intercept heat radiation—another example of why the details are important when attempting to understand human influences on the climate.

We crept as quietly as we could through the sludge, toward the edge of the vaporous water. I continued to reassure Tim in whispers that Cad would be waiting in his rowboat, just like he’d promised. Only a little further up… but as we reached the river's border, neither Cad nor his boat were anywhere to be seen.

Upward flows of energy and water vapor (think thunderhead clouds) occur over areas much smaller than the 100 km (60 miles) of our grid. This is particularly troublesome in the tropics, where upward flows are important in lofting energy and water vapor from the ocean surface into the atmosphere. In fact, the flow of energy carried into the atmosphere by evaporation of the ocean waters is more than thirty times larger than the human influences shown back in Figure 2.4. So subgrid assumptions about this “moist convection”—how air and water vapor move vertically through the flat grid boxes—are crucial to building accurate models.

The most common of the gases making up the earth’s atmosphere are nitrogen (78 percent) and oxygen (21 percent). Combined, then, these two account for 99 percent of the dry atmosphere, and because of the peculiarities of molecular structure, heat passes through them easily. The largest part of the remaining 1 percent is the inert gas argon. But while even less abundant, some of the other gases—most significantly water vapor, carbon dioxide, methane, nitrous oxide, and ozone—intercept, on average, about 83 percent of the heat emitted by the earth’s surface.8 So the earth does indeed emit energy equivalent to what it absorbs from the sun, but instead of directly flowing off into space, cooling our planet to a chilly average of 0ºF, much of that energy is intercepted by the atmosphere blanketing us.

Water vapor is the most important of the greenhouse gases. Of course, the amount in the atmosphere at any given place and time varies greatly (the humidity changes a lot with the weather). But on average, water vapor amounts to only about 0.4 percent of the molecules in the atmosphere. Even so, it accounts for more than 90 percent of the atmosphere’s ability to intercept heat.

The world is but a show, vain and empty, a mere nothing, bearing the semblance of reality. Set not your affections upon it. [...] Verily I say, the world is like the vapor in a desert, which the thirsty dreameth to be water and striveth after it with all his might, until when he cometh unto it, he findeth it to be mere illusion.

The organs and elements either generate or destroy each other in a particular pattern. This idea is a reflection of the Chinese principle of restoring equilibrium through balancing opposites (yin-yang) or of wuxing, which refers to the interlocking nature of the five elements. The idea of wuxing explains that each element exerts a generative and subjugative influence on one another. Wood will generate (or feed) fire and fire will generate new earth. Elements also subjugate or destroy each other. A practitioner diagnoses which elements might need to be generated or decreased and will figure treatment accordingly. Understanding this cycle is the key to creating balance within the system. GENERATIVE INTERACTIONS wood feeds fire fire creates earth earth bears metal metal collects water water nourishes wood DESTRUCTIVE INTERACTIONS These are often called “overcoming” interactions, as they involve one element being destroyed or changed by another: wood parts earth earth takes in water water quenches fire fire melts metal metal chops wood The ancient Chinese had a different idea of anatomy than Western physicians. Instead of being characterized by their position in the body, the organs were understood by the role they played within the overall system. They were therefore described by their interdependent relationships and connection to the skin via the blood (xue), fluids, meridians, and the three vital treasures described below. Just as organs flow in five phases, so do the seasons and points on the compass. There are four directions, with China representing the fifth (at the center). Unlike the Western compass, the Chinese compass emphasizes the south. This is summer, the hottest time of the year. It is appropriately linked to fire. West is the setting of the sun and is associated with autumn and metal, while north is winter and water (the opposite of the south). East, the rising sun, is linked with spring and wood. Earth is related to the center of the compass and late summer. If any of these phases are out of balance, the entire system is unbalanced. Blocks or stagnation anywhere can result in problems, as can excess or lack. A proper diagnosis will integrate all of these factors. FIGURE 4.20 THE FIVE CHINESE ELEMENTS THE THREE VITAL TREASURES The Three Treasures, sometimes called the Three Jewels, are keystones in traditional Chinese medicine. From the Taoist perspective, these three treasures constitute the essential forces of life, which are considered to be three forms of the same substance. These three treasures are: •​Jing, basic or nutritive essence, seen as represented in sperm, among other substances. •​Chi, life force connected with air, vapor, breath, and spirit. •​Shen, spiritual essence linked with the soul and supernaturalism. Most often, jing is related to body energy, chi to mind energy, and shen to spiritual energy. These three energies cycle, with jing serving as the foundation for life and procreation, chi animating the body’s performance, and shen mirroring the state of the soul.

To be so tired was like evaporating. Water to vapor. Flesh to ghost. Bit by bit, from the surface inward, you feel yourself begin to disappear, or at least to be translated into another state--from a tangible one, blood and spirit, to a kind of lost and drifting mist.

Warm air can hold lots of water vapor.

Time, he had noticed, moved more quickly these days. Aldous wasn’t completely wrong about that. Time was like water, sometimes glacial and slow (the 1720s... never again), sometimes a still pond, sometimes a gentle brook, and then a rushing river. And sometimes time was like vapor, vanishing even as you passed through it, draping everything in mist, refracting the light. That had been the 1920s.

He said, go on, and tell me why the sky is called sky. He answered, because it is created of vapor, vapor from the steam of the sea. He asked, whence comes its green? He replied, from Mount Caf, and Mount Caf received it from the emeralds in paradise. This is the mountain that girdles the circle of the earth and holds up the sky. He asked, does the sky have a door? He replied, it has doors that hang down. He asked, and do the doors have keys? He replied that they have keys that are to God’s treasure. He asked, of what are the doors made? He answered, of gold. He asked, you, tell me the truth, but tell me, this sky of ours from what was it created? He replied: the first of green water, the second of clear water, the third of emeralds, the fourth of the purest gold, the fifth of hyacinth, the sixth of a shining cloud, the seventh of the splendor of fire. He said, and in this you speak the truth. But what is there above these seven skies? He replied, a life-giving sea, and above it a nebulous sea, and proceeding in this way in order, there is the aereal sea, and above it the sorrowful sea, and above it the somber sea, and above it the sea of pleasure, and above that the Moon, and above that the Sun, and above that the name of God, and above it supplication …” and so forth

The day after our wedding, we flew off on honeymoon. I had recklessly waited until two days before our wedding to book the holiday, in the hope that I would get some great last-minute deal somewhere. Always a dangerous tactic. I pretended to Shara that it was a surprise. But, predictably, those “great deals” were a bit thin on the ground that week. The best I could find was a one-star package holiday, at a resort near Cancun in Mexico. It was bliss being together, but there was no hiding the fact that the hotel sucked. We got put in a room right next to the sewer outlet--which gave us a cracking smell to enjoy every evening as we sat looking out at the…maintenance shed opposite. As lunch wasn’t included in the one-star package, we started stockpiling the breakfasts. A couple of rolls down the jersey sleeve, and a yogurt and banana in Shara’s handbag. Then back to the hammock for books, kissing, and another whiff of sewage. When we returned to the UK it was a freezing cold January day. Shara was tired, but we were both excited to get onto our nice, warm, centrally heated barge. It was to be our first night in our own home. I had asked Annabel, Shara’s sister, to put the heating on before we arrived, and some food in the fridge. She had done so perfectly. What she didn’t know, though, was that the boiler packed in soon after she left. By the time Shara and I made it to the quayside on the Thames, it was dark. Our breath was coming out as clouds of vapor in the freezing air. I picked Shara up and carried her up the steps onto the boat. We opened the door and looked at each other. Surprised. It was literally like stepping into a deep freeze. Old iron boats are like that in winter. The cold water around them means that, without heating, they are Baltically cold. We fumbled our way, still all wrapped up, into the bowels of the boat and the boiler room. Shara looked at me, then at the silent, cold boiler. No doubt she questioned how smart both choices had really been. So there we were. No money, and freezing cold--but happy and together. That night, all wrapped up in blankets, I made a simple promise to Shara: I would love her and look after her, every day of our life together--and along the way we would have one hell of an adventure. Little did either of us realize, but this was really just the beginning.

Why Wolf Became Dog   I know how wolf became dog, why is the critical question. So awful an offering, some forerunning, I would say, today, fifteen thousand years from whence she wandered along tundra’s expanse, wolf heard a cry, a mourning song, a terrible, swelling sehnsucht from beneath a new mindfulness dwelling upright in the world. Being was being observed by its own, and there was shame in it, it seems. Wolf, from ridgeline, raised her ears at village clamor, desperate chanting, her empathy stalked shadows dancing as vapors of yearning rose into empty nights where all mythologies are spawned. Wolf lowered her head and approached the conscious savage estranged from its origins. She did what had to be done. Wolf, from primal domain, a higher terrain emptied herself, taking on mortal burdens morphed for more than survival’s sake, and nuzzled into homes, hearths, hearts living and dying in service to the great turning. Dog leading the lost, in her unequalled ways, to the new earth.

The place was a truck stop town. Large 18 wheelers lined the sidewalks and cafes. Giant diesel motors roaring their exhaust into the cloudy night skies. Wearied looking truckers climbed into the cabs like captains of gigantic steel ships. She could not imagine anyone trying to maneuver such large metallic beasts all over the roads of the nation. While the idea of being behind the wheel with nothing but the comfort of the radio, and the isolation were appealing. The thought of fighting all the congested traffic in smog infested industrial waters of choking vapors killed any pleasant dreams of the occupation.

How much longer can I get away with being so fucking cute? Not much longer. The shoes with bows, the cunning underwear with slogans on the crotch — Knock Here, and so forth — will have to go, along with the cat suit. After a while you forget what you really look like. You think your mouth is the size it was. You pretend not to care. When I was young I went with my hair hiding one eye, thinking myself daring; off to the movies in my jaunty pencil skirt and elastic cinch-belt, chewed gum, left lipstick imprints the shape of grateful, rubbery sighs on the cigarettes of men I hardly knew and didn’t want to. Men were a skill, you had to have good hands, breathe into their nostrils, as for horses. It was something I did well, like playing the flute, although I don’t. In the forests of grey stems there are standing pools, tarn-coloured, choked with brown leaves. Through them you can see an arm, a shoulder, when the light is right, with the sky clouded. The train goes past silos, through meadows, the winter wheat on the fields like scanty fur. I still get letters, although not many. A man writes me, requesting true-life stories about bad sex. He’s doing an anthology. He got my name off an old calendar, the photo that’s mostly bum and daisies, back when my skin had the golden slick of fresh-spread margarine. Not rape, he says, but disappointment, more like a defeat of expectations. Dear Sir, I reply, I never had any. Bad sex, that is. It was never the sex, it was the other things, the absence of flowers, the death threats, the eating habits at breakfast. I notice I’m using the past tense. Though the vaporous cloud of chemicals that enveloped you like a glowing eggshell, an incense, doesn’t disappear: it just gets larger and takes in more. You grow out of sex like a shrunk dress into your common senses, those you share with whatever’s listening. The way the sun moves through the hours becomes important, the smeared raindrops on the window, buds on the roadside weeds, the sheen of spilled oil on a raw ditch filling with muddy water. Don’t get me wrong: with the lights out I’d still take on anyone, if I had the energy to spare. But after a while these flesh arpeggios get boring, like Bach over and over; too much of one kind of glory. When I was all body I was lazy. I had an easy life, and was not grateful. Now there are more of me. Don’t confuse me with my hen-leg elbows: what you get is no longer what you see.

To understand how the first tree appeared on Earth, we must look back more than 3 billion years to Earth’s cooling off and changing from a molten sphere to one that had a solid crust. As it cooled, a thin layer of granite formed over the fiery interior; the hot inner mass contracted; ridges were thrust upward to form mountains; molten lava surged up through cracks, and boiling water rose to the surface. As hot springs that even now gush up out of the Earth show, this process is still going on; geysers and active volcanoes testify to the searing heat that prevails far inside the earth. Scientists believe the water in our oceans today was first released by volcanic action as a gas, which formed the primeval atmosphere. When this vapor reached extremely high altitudes, it condensed into water and fell Earthward. For a long time, however, because the atmospheric temperature was so hot, it resumed its gaseous form before reaching the planet, but eventually, the surface cooled enough so that water began accumulating in liquid form. And then, for literally millions and millions of years, it must have rained continuously, the water sweeping minerals down from the rocks and filling the depressions in the Earth’s face. For

The next instant felt very long. At last Odo straightened up and faced Skyler. He wore a fixed grin. “It could be a sign of new processes going on in Europa. A massive volcanic eruption of water vapor. This could completely alter our understanding of cryovolcanism on Jupiter’s icy moons!

I think of radio frequency (RF) radiation antennas in that same way that I think of water evaporators. Large volumes of water vapor can be deposited into the atmosphere by evaporators, as can large amounts of RF radiation energy by antennas. As such, the water evaporator is analogous to the RF radiation antenna.

The primary source of water for the Flood was the springs of the great deep bursting forth (Genesis 7:1127). This water in turn likely provided some of the water in the “windows of heaven” in an indirect fashion. There is no need for an ocean of vapor above the atmosphere to provide for extreme amounts of water for the rain that fell during the Flood.

Also, the Bible does not explicitly say that it was only due to the water’s recession (which all sides agree is indeed a factor) as to why mountaintops were seen. The text says “the tops of the mountains were seen” (Genesis 8:5). This involves two things: water level (1) and visibility (2). This second factor that is often overlooked is the conditions that may affect visibility. The warmer ocean water (which is expected from the Flood with continental shifting, rising basalts from the mantle, and possibly some nuclear decay would surely generate heat and volcanism) gives off vapors and mists that form low-lying fog and clouds. Hence, visibility would likely be rather low. Genesis 8:5 may well be discussing the state of visibility and atmospheric condition regarding clouds and fog from the heated ocean just as much at it discusses water level.

Only actions count, he thinks for the ten-thousandth time, only events. All the rest is vapor, fog. He takes another drink and licks his lips. It is a grave mistake to think too much, he reminds himself, a grave mistake. Life will not be puzzled out, or blathered into submission; it must be lived through, survived, in whatever fashion a man can manage. Sumner

But water alone does not generate oxygen, absorb carbon dioxide, or yield the simple sugars that are the basis of food production powering most of life on Earth. By itself, water does not produce the dimethyl sulfide molecules around which water gathers to form vapor that becomes clouds that in turn become rain, sleet, and snow. Microscopic photosynthetic organisms in the sea do all of these things and much more.

And if you think far enough about it you know that a molecule of water that once fell from you in a tear or a drop of sweat or a drop of blood forty years ago might be back in your veins or in your bladder after having gone through the ground and down streams into the sea and around the world as vapor and clouds and back to where you are as rain or snow, and into you via your morning coffee, maybe even having passed through an Eskimo and a fox and an oak tree in the meantime.

Every time our plane lands, Isabelle rushes forward with hairspray, and Barbara spritzes my face with a vaporizer full of mineral water. “The air on planes is so dry!” she laments. Then she spritzes everyone else in the vicinity, including, at times, the Secret Service.

Tyndall measured the absorption of infrared radiation by carbon dioxide and water vapor, and showed that slight changes in atmospheric composition would significantly raise the earth’s surface temperature. He also suggested that methane could affect earth’s temperature, but methane is so rare that it was not discovered in the atmosphere until 1948.

Arrhenius took into account the fact that a warming would produce more water vapor, which would trap more heat, which would produce more warming, and so on. Recognizing that the earth’s surface is not a single uniform temperature, he spent two years doing tedious pencil and paper calculations of the earth’s temperature on a longitude-latitude grid. What Arrhenius was doing was beginning to quantify the structure of Tyndall’s blanket. His conclusion was that a CO2 doubling would produce a warming of 2.5–4°C. As Archer observes, “[t]here have been revisions, discoveries, missteps, and wrong directions, as in any science, but on the whole not much has changed in the past century.”16

the late 1940s and early 1950s the perception of a warming became more widespread both in the scientific community and in the popular mind. Articles speculating about a warming appeared in such magazines as The Saturday Evening Post, Time Magazine, and the New York Times Sunday Magazine.22 Research on infrared spectroscopy was advancing as a result of cold war research on heat-seeking missiles and other advanced weaponry. As more of the structure of Tyndall’s blanket was revealed, it became clear that the absorption spectrum of CO2 and water vapor do not entirely overlap, and that water vapor occurs mostly in the lower layers of the troposphere while CO2 is more evenly distributed even high into the stratosphere. Thus, radiant heat that is not absorbed by water vapor in the lower troposphere can still be absorbed by the CO2 above it.

It wasn’t so much the large cauldron of hot water steaming over a slow fire that came as a surprise—people did laundry and made soap that way all the time—but the fact that Luke was sitting in it, like a cartoon missionary in a cannibal camp, wearing his hat and nothing else. He smiled through the rising vapor, but she saw the knowledge of Jonah’s illness in his eyes, and it touched her in a way words of sympathy could never have done. “You’ll pardon me,” he said, tipping his limp hat, “if I don’t stand.” In spite of all the sorrow and distress of past days, Charity laughed. “I won’t ask why you’re taking a bath in the dooryard in the bright light of day,” she said, dismounting but keeping a cautious distance, “but I will surely perish of curiosity if you don’t explain the hat.” The grin widened. “Habit,” he said. “Pure habit. Guess I’ve been a bachelor too long—getting set in my ways. Would you mind adding a few chunks of wood to the fire? I don’t want the water to get cold.” Charity complied, though her nerves were rattled and her heart was thumping away in the pit of her stomach. “Mind you don’t stay in there too long,” she fussed. “You might just boil right down to the bone, like a stewed chicken. Doesn’t the bottom burn your—feet?” The brim of the disreputable hate moved upward as Luke raised his eyebrows. “You could always join me in here and find out for yourself,” he suggested.

woman tears are like water vapor in the cloud,when it becomes too heavy, it falls back to the ground as tears and cries! woman cries because she's heartbroken woman cries because she loves woman cries because she's woman woman cries because her heart as a bigger place for love than man

I come up out of the weeds of the backyard, rising like a sprite. Like a spirit. Like the image of a dead girl, coming up in vapors from the grave... What's your name? she asks me. My own voice, cracked and dry. She brings me flat clean water in a glass. I tell her.

The most commonly quoted mass for the vacuum is 1094 grams per centimeter cubed (g/cm3) as calculated by John Wheeler who was quoted above.11 We will calculate later that the energy of the vacuum is 1095 g/cm3 by a slightly different method, so that value will be used from here on. As we will see, one order of magnitude difference is not that significant at this point in our discussions. Energy is related to mass by the well-known relation E=mc2. For comparison water has a mass density of 1 g/cm3 by definition. It is impossible for most normal people to grasp just how big a difference in energy there is between the zero-point field and water, so perhaps a simple illustrative example will help. Let’s start with the clichéd drop in a bucket. If the drop is one milliliter (1 ml) and the bucket 100 liters (72.5 gallons), then that gives us a factor of 105. If instead we consider a drop in all the Earth’s oceans, then we have a factor of 1024. That is a lot bigger than a bucket but nowhere close to how insignificant the mass of the drop of water is when compared to zero-point energy. To continue, what if the ocean was the size of the sun? That gives us a ratio on the order of 1041, which is still a long way off. If the ocean was the size of the solar system we get a ratio on the order of 1050. Now if we expand the ocean to the size of the galaxy we get ~1076 and we are still not anywhere close. What if the ocean is the size of the known visible universe? Assuming a radius of 7.4 x 1026 meters the mass ratio is 5 x 1095. There we go. So, the density of water compared to the energy of the vacuum is equivalent to five 1 ml drops of water in an ocean the size of the visible universe. Since we are mostly water and have a similar density to water, the vacuum fluctuations inside our body are like having all the mass-energy of an ocean of water the size of the universe inside each little part of us. Wow, we are pretty insignificant in the big scheme of things and so is any other body of solid matter or any amount of energy associated with it. This zero-point energy is all around us and all throughout us. We are lucky that zero-point energy is not detectable or anything we did would be undetectable noise to any sensor we could possibly make. Even worse, if we could absorb even a small fraction of that energy, we would be vaporized in an instant. Or, if all that energy participated in a gravitational force, the universe would be crushed to a speck.

SO WHAT ARE THE CULTURAL IDEAS BEHIND GENESIS 1? Our first proposition is that Genesis 1 is ancient cosmology. That is, it does not attempt to describe cosmology in modern terms or address modern questions. The Israelites received no revelation to update or modify their “scientific” understanding of the cosmos. They did not know that stars were suns; they did not know that the earth was spherical and moving through space; they did not know that the sun was much further away than the moon, or even further than the birds flying in the air. They believed that the sky was material (not vaporous), solid enough to support the residence of deity as well as to hold back waters. In these ways, and many others, they thought about the cosmos in much the same way that anyone in the ancient world thought, and not at all like anyone thinks today.[1] And God did not think it important to revise their thinking.

Only a few components of our atmosphere are greenhouse gases, which absorb infrared photons. The three most important are (in order) water vapor, carbon dioxide, and methane. Nitrogen, oxygen, and argon, which make up approximately 99.9% of the dry atmosphere, are not greenhouse gases. • The carbon cycle describes how carbon cycles through its primary reservoirs: the atmosphere (containing 100 GtC), land biosphere (2,000 GtC), ocean (1,000 GtC in

Certain travellers of the eleventh century relate that they saw at Teneriffe a prodigiously lofty tree, which, from its immense extent of foliage, collected all the vapors of the atmosphere; to discharge them, when its branches were shaken, in a shower of pure and refreshing water. Genius is like this tree, and the mission of criticism should be to shake the branches. At

You see … I know nuclear warheads have a bum rap in our culture—radiation, nuclear winter, massive extinction, sad little doll heads lying in the gutter covered with bits of black muck. But to watch one exploding in real life is insanely fucking awesome. Yes. It is true. I wouldn’t have believed it if I hadn’t seen it myself, snacking on saltines and drinking Arrowhead bottled water while our plane circled a heaving, pulsating, smoking-hot 15-kiloton explosion, with Neal pointing out little sparkling patches on the ocean where extra-dense bits of plastic trash were blipping into a green eco-friendly solution for a better tomorrow. Yes, yes, I know, I know. Atomic weapons. Charred little kittens. Nuns vaporizing. The economy in shambles. But still … what a fucking sight!

The spray trucks featured in so much television footage from South America were largely useless publicity ploys. Governments liked them because people found them reassuring. But against Aedes aegypti mosquitoes, relying heavily on street fogging was almost counterproductive: they bred near houses and slipped indoors as soon as they could, following the carbon dioxide vapor trail of human breath. As the trucks drove by, people closed their windows, thereby protecting the mosquitoes. TV footage of soldiers emptying standing water was also good publicity; but as soon as it rained, neighborhoods were back to square one.

My dear Brás Cubas, don’t let yourself be overcome by these vapors. The deuce! You must be a man! Be strong! Fight! Win! Shine! Influence! Dominate! Fifty is the age for wisdom and government. Take heart, Brás Cubas; don’t go soft. What have you to do with the passage from ruin to ruin, flower to flower? You must try to savor life; and know that the worst philosophy is that of the sniveler who lies on the riverbank to bemoan the never-ending flow of the waters. It is their business to never come to rest; come to terms with that law, and try to make the most of it.

I see him, but I can’t move. I stand rooted in place like a tree with my arms outstretched. “Momma!” he giggles with glee, and he runs toward me, dangerously close to the vat of boiling water. Water vapor rises from the vat and hangs suspended in the air in a slow, surreal way. Some soap bubbles float large and free, growing until they burst, appearing like a shimmer of glitter around the halo of Lonny’s blond ringlets. My frozen-in-place arms strain to rescue him, but they are immovable. I’m helpless to prevent what’s coming next—

A cold east wind wailed over the waste; a white fog like curd lay on the water, and the surface of the saltings, clinging to the surface and rising scarce above three feet from it. Here and there it lifted itself in a vaporous column, and moved along in the wind like a white spectral woman, nodding her head and waving her arms cumbered with wet drapery. Above, the sky was clear, and a fine crescent moon sparkled in it without quenching the keenness of the stars. Cassiopeia was glorious in her chair, Orion burned sideways over Mersea Isle. No red gleam was visible to-night from the tavern window at the City, the veil of fog hung over it and curtained it off. To the north-west was a silvery glow at the horizon, then there rose a pure ray as of returning daylight, it was answered by a throb in the north-east, then it broke into two rays, and again united and spread, and suddenly was withdrawn. Mehalah had often seen the Aurora, and she knew that the signals portended increased cold or bad weather.

The fifth room was filled with steam and water vapor, which slammed into everyone when the doors opened, sending chills down their spines. It was almost as if the water vapor was trying to wrap an icy hand around their hearts. Two red pricks of light could be seen through the steam. It looked like a pair of eyes watching them, boring into them like a pair of drills. “Well, well, well” said a cool male voice. Anti-Toby’s heart stopped. His eyes were wide. He was terrified.

Snow is the form to which all water aspires, for only as snow is it unique and at rest,” and “Vapor is distant and water cuts away at the earth, but snow is the blanket that protects us.

Every cell in the tree integrates information about the state of the internal environment of the needs then open or close to admit gases or release water vapor. Every cell inside the needle is making similar assessments and decisions, sending and receiving signals, modulating its behavior as it learns about and responds to the environment. When such processes run though animal nerves, we call them “behavior and thought”. If we broaden our definition and let drop the arbitrary requirement of the possession of nerves, then the balsam fir tree is a behaving and thinking creature. Indeed, the proteins that we vertebrate animals use to create the electrical gradients that enliven our nerves are closely related to the proteins in plant cells that cause similar electrical excitation. The signals in galvanized plant cells are languid-they take a minute or more to travel the length of a leaf, twenty times slower than nerve impulses in a human limb-but they perform a similar function as animal’s nerves, using pulses of electrical charge to communicate from one part of the plant to another. Plants have no brain to coordinate these signals, so plant thinking is diffuse, located in the connections among every cell.

In 1909 Fritz Haber, a professor of chemistry at the University of Karlsruhe, succeeded in synthesizing ammonia from its elements (fig. 4.4). He did that by taking nitrogen from the air and hydrogen from reacting glowing coke with water vapor and combining the two elements under high pressure in the presence of a metal (iron) catalyst. His research was supported by BASF, at that time the world’s leader in the production of industrial chemicals, and it was under the leadership of Carl Bosch, one of BASF’s most capable engineers, that Haber’s bench-top demonstration was converted rapidly into a full-scale industrial synthesis (fig. 4.4).

So, whatever water is found on Earth today must have either arrived after it cooled (carried by asteroids) or been released as vapor from the planet’s interior. Either way, the amount of water on Earth has been fixed ever since.

each summer, trees use up to 8,500 cubic yards of water per square mile, which they release into the air through transpiration. This water vapor creates new clouds that travel farther inland to release their rain. As the cycle continues, water reaches even the most remote areas.

My November poem Shadows didnt know what the sun was doing. When the sand got the heat of the moment. Sea shore touches feet of the sand When the water was vaporized by the sun as it could know it.

The corridor was concrete-damp and shadow-dark. Even in the midst of the Texas summer heat, the halls of the prison could be chilled with trapped air that seemed years old, aching with stale sadness. It’s what Kit felt first – until the dank, wet cold lay heavily across his exposed neck and arms. It stank like men’s sweat from fear and unwashed garments. Kit was suddenly overwhelmed with a sense of pending doom and violent grief. He heard the weeping behind him – turned and saw nothing, then vapor, then Chief Santana himself. It was like a water reflection or someone seen through fog. The footsteps then came; not as hard-soled shoes, but with the soft shuffling of old bare feet against cement floors. The vapor and cold dissipated as suddenly as they had come. And Kit suspected the ghost had come because of him – something to do with him. But exactly what eluded him.

It doesn’t care if the forests burn or the ice melts or the waters rise or the air simmers or we all get vaporized by a superior alien race. You care. You care, and you desperately convince yourself that because you care, it all must have some great cosmic meaning behind it. You care because, deep down, you need to feel that sense of importance in order to avoid the Uncomfortable Truth, to avoid the incomprehensibility of your existence, to avoid being crushed by the weight of your own material insignificance. And you—like me, like everyone—then project that imagined sense of importance onto the world around you because it gives you hope.

The most enduring ideas of the Milesian physicists proved to be their speculations on the nature of matter, particularly their belief that there was an arche, or fundamental substance, that endured through all apparent change. Aristotle writes that “Thales, who led the way in this kind of philosophy, says that the principle is water, and for this reason declared that the earth rests on water.” Aristotle thought that Thales chose water as the arche “from the observation that the nourishment of all creatures is moist… and water is for most moist things the origin of their nature.” His choice of water was undoubtedly because it is normally a liquid but when heated becomes a vapor and when frozen is transformed to solid ice, so that the same substance appears in all three forms of matter.

You should aim to keep your bedroom in the range of 30% to 50% relative humidity for improved sleep.

They're kidding themselves, of course. Our sky can go from lapis to tin in the blink of an eye. Blink again and your latte's diluted. And that's just fine with me. I thrive here on the certainty that no matter how parched my glands, how anhydrous the creek beds, how withered the weeds in the lawn, it's only a matter of time before the rains come home. The rains will steal down from the Sasquatch slopes. They will rise with the geese from the marshes and sloughs. Rain will fall in sweeps, it will fall in drones, it will fall in cascades of cheap Zen jewelry. And it will rain a fever. And it will rain a sacrifice. And it will rain sorceries and saturnine eyes of the totem. Rain will primitivize the cities, slowing every wheel, animating every gutter, diffusing commercial neon into smeary blooms of esoteric calligraphy. Rain will dramatize the countryside, sewing pearls into every web, winding silk around every stump, redrawing the horizon line with a badly frayed brush dipped in tea and quicksilver. And it will rain an omen. And it will rain a trance. And it will rain a seizure. And it will rain dangers and pale eggs of the beast. Rain will pour for days unceasing. Flooding will occur. Wells will fill with drowned ants, basements with fossils. Mossy-haired lunatics will roam the dripping peninsulas. Moisture will gleam on the beak of the Raven. Ancient shamans, rained from their rest in dead tree trunks, will clack their clamshell teeth in the submerged doorways of video parlors. Rivers will swell, sloughs will ferment. Vapors will billow from the troll-infested ditches, challenging windshield wipers, disgusing intentions and golden arches. Water will stream off eaves and umbrellas. It will take on the colors of beer signs and headlamps. It will glisten on the claws of nighttime animals. And it will rain a screaming. And it will rain a rawness. And it will rain a disorder, and hair-raising hisses from the oldest snake in the world. Rain will hiss on the freeways. It will hiss around the prows of fishing boats. It will hiss in the electrical substations, on the tips of lit cigarettes, and in the trash fires of the dispossessed. Legends will wash from desecrated burial grounds, graffiti will run down alley walls. Rain will eat the old warpaths, spill the huckleberries, cause toadstools to rise like loaves. It will make poets drunk and winos sober, and polish the horns of the slugs. And it will rain a miracle. And it will rain a comfort. And it will rain a sense of salvation from the philistinic graspings of the world. Yes, I am here for the weather. And when I am lowered at last into a pit of marvelous mud, a pillow of fern and skunk cabbage beneath my skull, I want my epitaph to read, IT RAINED ON HIS PARADE, AND HE WAS GLAD!

Now Mrs. Retallack wondered how the effects of what she called "intellectual mathematically sophisticated music of both East and West" would appeal to plants. As program director for the American Guild of Organists, she chose choral preludes from Johann Sebastian Bach's Orgelbuchlein and the classical strains of the sitar, a less-com­ plicated Hindustani version of the south Indian veena, played by Ravi Shankar, the Bengali Brahmin. The plants gave positive evidence of liking Bach, since they leaned an unprecedented thirty-five degrees toward the preludes. But even this affirmation was far exceeded by their reaction to Shankar: in their straining to reach the source of the classical Indian music they bent more than halfway to the horizontal, at angles in excess of sixty degrees, the nearest one almost embracing the speaker. In order not to be swayed by her own special taste for the classical music of both hemispheres Mrs. Retallack, at the behest of hundreds of young people, followed Bach and Shankar with trials of folk and "country-western" music. Her plants seemed to produce no more reac­tion than those in the silent chamber. Perplexed, Mrs. Retallack could only ask: "Were the plants in complete harmony with this kind of earthy music or didn't they care one way or the other?" Jazz caused her a real surprise. When her plants heard recordings as varied as Duke Ellington's "Soul Call" and two discs by Louis Arm­ strong, 5 5 percent of the plants leaned fifteen to twenty degrees toward the speaker, and growth was more abundant than in the silent chamber. Mrs. Retallack also determined that these different musical styles markedly affected the evaporation rate of distilled water inside the chambers. From full beakers, fourteen to seventeen milliliters evapo­rated over a given time period in the silent chambers, twenty to twenty­ five milliliters vaporized under the influence of Bach, Shankar, and jazz; but, with rock, the disappearance was fifty-five to fifty-nine milliliters.

Once, when humankind had been far more naïve, some scientists had believed that it was possible to detect the presence of distant civilizations by astronomical observation: for instance, the absorption spectral signatures of oxygen, carbon dioxide, and water vapor in exoplanetary atmospheres, or electromagnetic emissions. They even came up with whimsical notions like searching for signs of Dyson spheres. But we found ourselves in a universe in which every civilization endeavored to hide itself. If no signs of intelligence could be detected in a solar system from far away, it was possible that it really was desolate, but it was also possible that the civilization there had truly matured.

He seemed to visualise humanity as a great, turbid stream of tumultuous waters, from the surface of which multitudinous faces, upheaved shoulders, outflung arms, all vaporous and dim, were tossed forth continually.

take the dust and gas left over, allow it to clump together for about two hundred million years, until it makes one giant rock with an iron core. Then hurl another really big rock into your new planet so the pieces can fly off to form the moon. Without the moon, Earth would be unstable and its climates too severe for any complex life to survive. And make sure to tilt your planet’s axis exactly twenty-three and a half degrees so you’ll get the seasons.” “Seasons, got it. What’s next?” Annika prompts. He shakes his head at her, clearly amused by her unwillingness to give up, but continues. “You’ll need movable tectonic plates, of course, to keep a steady supply of nutrients at the surface. And don’t forget the oceans. You’d have to fill them. Take some water-bearing comets, add some volcanoes, and the atmosphere will start to fill with water vapor. Then here come the rains! And once you have water, and much later breathable oxygen, then—

Once, when humankind had been far more naïve, some scientists had believed that it was possible to detect the presence of distant civilizations by astronomical observation: for instance, the absorption spectral signatures of oxygen, carbon dioxide, and water vapor in exoplanetary atmospheres, or electromagnetic emissions. They even came up with whimsical notions like searching for signs of Dyson spheres. But we found ourselves in a universe in which every civilization endeavored to hide itself. If no signs of intelligence could be detected in a solar system from far away, it was possible that it really was desolate, but it was also possible that the civilization there had truly matured.

The day Theia came down to Earth 1.0, Theia did not just shear away part of our world. Both worlds were completely torn apart. The devastation was complete, and in its aftermath, there was no ring. There were no naked planet cores floating in space. There was no planet and no moon. Instead, both Earth 1.0 and Theia were blasted apart into a superheated cloud of dust. Their vaporized remains swirled into a fast-spinning, bagel-shaped bulging disk, a short-lived structure previously untheorized in planetary science. The Promethean hellscape of this structure defies our previous understanding. The cloud spun so quickly that its outer edge reached a point called the corotation limit, which essentially means it went into orbit. The thing is too big and diffuse to rotate like a normal planet; instead, at the outer edge of the cloud, the vaporized rock spun so fast that it took on a new structure, with the disk circling a hot inner region. But the disk is not separated from the central region like Saturn’s rings, or like anything else any scientist had ever imagined. Every region of the cloud formed molten-rock raindrops, which Stewart and Lock initially called a continuous mantle-atmosphere-disk structure—a MAD structure. Earth 2.0 and the Moon cooled and coalesced in this cloud, like eggs poached in a pot of boiling water. The seed of the eventual Moon would have formed within just a year, and the two bodies would have remained in hell-cloud form for just a century before settling into the paired worlds we recognize today, according to Lock.

Most of our body is made of water, and we should aspire to be more like waters middle state. Seek not to be rigid, cold, and unchanging like ice, nor like water vapor with no direction or substance. Instead we should seek to be like that of flowing water; fluid, dynamic, able to float heavy burdens with ease, changing course with gentle guidance and adaptable.

warming has been bringing about climate disruption of various types: It can make hurricanes and tornadoes more intense; it can cause, or at least intensify, drought; it can make summers hotter; it can bring about downpours, or at least make them heavier; it can make snowstorms heavier. In an article asking, “Does Record Snowfall Disprove Global Warming?” Skeptical Science answers: Warming causes more moisture in the air which leads to more extreme precipitation events. This includes more heavy snowstorms in regions where snowfall conditions are favorable. Far from contradicting global warming, record snowfall is predicted by climate models.…As climate warms, evaporation from the ocean increases. This results in more water vapor in the air.…The extra moisture in the air is expected to produce more precipitation, including more extreme precipitation events.…Snowstorms can occur if temperatures are in the range of -10°C to 0°C.…In northern, colder regions, temperatures are often too cold for very heavy snow so warming can bring more favorable snowstorm conditions.

The thoughts from a finite mind can at times be very similar to the clouds that move about over the surface of the earth. Both can cover a lot of ground, and can either disperse or increase in formation. Likewise—both are heavily influenced by the surrounding climate. Furthermore—a hard wind increases a fire’s spread, thunder proceeds a lightning strike, and when atmospheric water vapor accumulates, it produces clouds. Then, after an abundance of water has been condensed, the clouds will at some point release moisture; the rain/precipitation amount will range from the degree of abundance condensed. Similarly: an abundance of thoughts can also accumulate—eventually resulting in an overflow of emotion. The overflow can either be positive or negative—the determining factor relying on the characterization of the thoughts—whether they be positive or negative.

Carlton Church Warning - Nuclear Fraud Scheme North Korea has been producing different nuclear weapons since last year. They have sent warning on the neighboring countries about their plan for a nuclear test. Not just South Korea, but other countries like China, U.S., and Japan have stated their complaints. Even the United Nations has been alarmed by North Korea’s move. During the last period of World War, a bomb has been used to attack Japan. Happened on 6th of August 1945, Enola Gay dropped an atomic bomb just 10 kilometers away from Tokyo. This is why people and organizations like Carlton Church who’s against the use of nuclear power for production of armory in war. Many protested that it is a threat to mankind and environment. Groups who are in favor of the nuclear use explained its advantage. They say it can be helpful in generating electricity that can be used for residential and commercial purposes. They also expound how it is better to use than coal mining as it is “less harmful to the environment.” Nuclear Use: Good or Bad? Groups who are against the use of nuclear reactor and weapons try to persuade people about its catastrophic result to the environment and humankind. If such facility will be used to create weapons, there is a possibility for another world war. But the pro-nuclear groups discuss the good effects that can be gained from it. They give details on how greenhouse gas effect of coal-burning can emit huge amounts of greenhouse gases and other pollutants such as sulfur dioxide nitrogen oxide, and toxic compounds of mercury to the atmosphere every year. Burning coal can produce a kilowatt-hour of electricity but it also amounts to over two pounds of carbon dioxide emissions. They also added that the amount of carbon dioxide it produces contributes to climate change. Sulfur dioxide may cause the formation of acid rain and nitrogen oxide, if combined with VOCs, will form smog. Nuclear power plants do not emit harmful pollutants or other toxic gases. Generating energy from nuclear involves intricate process, but as a result, it produces heat. These plants have cooling towers that release water vapor. If the facility has been properly managed it may not contribute disturbance in the atmosphere. It may sound better to use compared to coal. But studies have shown that the vapor that came from nuclear plants have an effect to some coastal plants. The heated water that was released goes back to lakes and seas, and then the heat will eventually diffuse into surface warming. As a result of the increased water temperature on the ocean bodies, it changes the way carbon dioxide is transferred within the air. In effect, major shifts in weather patterns such as hurricanes may occur. It does not stop there. The nuclear power plant produces radioactive waste, which amounts to 20 metric tons yearly. Exposure to high-level radiation is extremely harmful and fatal to human and animals. The waste material must be stored carefully in remote locations for many years. Carlton Church and other anti-nuclear groups persuade the public to initiate banning of the manufacturing of nuclear products and give warnings about its health hazards and environmental effects.

From sheer nervousness, or to linger for a moment, I'd urinate at the wayside; scanning the darkness before me, a cherry stump behind me, I'd piss a meticulous semicircle in the ashes at my feet. Crossing this line and looking back as I walked onward, I'd think I saw foggy vapors rise from the place I'd circled with my water, and those vapors took on almost human form, those figures' spectral silhouettes beckoned, and words came, barely audible: Don't forget us! -- They couldn't follow me; their souls were bound; I'd nailed them to the imaginary cross of a nonexistent cherry tree.

And now, darkness being spread over the garden, in the east the moon was rising. Moreover, a curious sight met my eyes; for as the storm settled, heavy rain in travelling showers was still occasionally skirting the house; and when, between the heaped-up masses of cloud, the distant lightning gleamed a faint vaporous lilac, I saw motionless in the air, and as if suspended in their falling between earth and sky, the multitudinous glass-clear, pear-shaped drops of water. At sight of these jewels thus crystalling the dark air I was filled with such a rapture that I actually clapped my hands. And presently the moon herself appeared, as if to be my companion. Serene, remote, she glided at last from cover of an enormous bluff of cloud into the faint-starred vault of space, seemed to pause for an instant in contemplation of the dark scene, then went musing on her way. Beneath her silver all seemed at peace, and it was then that I fell asleep.

We can consider the water cycle to start as a gas or vapor in clouds. It starts the cycle as pure H2O (a.k.a. dihydrogen monoxide, or oxidane), but not for long. As it condenses to form water droplets, it absorbs carbon dioxide and other gases from the air. The atmosphere is also full of dust particles and tiny mineral crystals, such as sand and sodium chloride. All of these substances help water droplets to condense, but they also contaminate the water during formation. The droplets agglomerate and fall to the earth as precipitation (rain or snow).

CONTIMENT’S END At the equinox when the earth was veiled in a late rain, wreathed with wet poppies, waiting spring, The ocean swelled for a far storm and beat its boundary, the ground-swell shook the beds of granite. I gazing at the boundaries of granite and spray, the established sea-marks, felt behind me Mountain and plain, the immense breadth of the continent, before me the mass and doubled stretch of water. I said: You yoke the Aleutian seal-rocks with the lava and coral sowings that flower the south, Over your flood the life that sought the sunrise faces ours that has followed the evening star. The long migrations meet across you and it is nothing to you, you have forgotten us, mother. You were much younger when we crawled out of the womb and lay in the sun’s eye on the tideline. It was long and long ago; we have grown proud since then and you have grown bitter; life retains Your mobile soft unquiet strength; and envies hardness, the insolent quietness of stone. The tides are in our veins, we still mirror the stars, life is your child, but there is in me Older and harder than life and more impartial, the eye that watched before there was an ocean. That watched you fill your beds out of the condensation of thin vapor and watched you change them, That saw you soft and violent wear your boundaries down, eat rock, shift places with the continents. Mother, though my song’s measure is like your surf-beat’s ancient rhythm I never learned it of you. Before there was any water there were tides of fire, both our tones flow from the older fountain.

sedimentary time. The lowest stratum, or the layer immediately above the Deterrence Center, had probably been deposited four billion years ago. The Earth had been born only five hundred million years before that. The turbid ocean was in its infancy, and nonstop flashes of lightning struck its surface; the Sun was a fuzzy ball of light in a haze-veiled sky, casting a crimson reflection over the sea. At short intervals, other bright balls of light streaked across the sky, crashing into the sea and trailing long tails of fire; these meteor strikes caused tsunamis that propelled gigantic waves to smash onto continents still laced with rivers of lava, raising clouds of vapor generated by fire and water that dimmed the Sun.… In contrast to this hellish but magnificent sight, the turbid water brewed a microscopic tale. Here, organic molecules were born from lightning flashes and cosmic rays, and they collided, fused, broke apart again—a long-lasting game played with building blocks for five hundred million years. Finally, a chain of organic molecules, trembling, split into two strands. The strands attracted other molecules around them until two identical copies of the original were made, and these split apart again and replicated themselves.… In this game of building blocks, the probability of producing such a self-replicating chain of organic molecules was so minuscule that it was as if a tornado had picked up a pile of metallic trash and deposited it as a fully-assembled Mercedes-Benz. But it happened, and so, a breathtaking history of 3.5 billion years had begun.

I will cease to exist!” he cried, with a rather unbecoming squeak. I sighed. “No, you will merely transform to a different state of existence. As water freezes, or turns to vapor, or liquid, you will progress from this physical form into one that is more heavenly. An ethereal being, existing contentedly in the afterlife.

As schoolchildren learn, the sun washes Earth with every imaginable type of light wave—X-rays, ultraviolet light, visible light, infrared radiation, microwaves, radio waves, you name it. About a third of the total is reflected from clouds. Another sixth is taken in by airborne water vapor. That leaves roughly half of the incoming light—most of which is visible light, as it happens—to pass through the atmosphere. Almost all of that half is absorbed by the land, oceans, and vegetation on the surface. (A little is reflected.) Having taken in all this solar energy, the ground, water, and plants naturally warm up, which makes them emit infrared light, radiating it into the air. Most of this secondary infrared is absorbed by airborne water vapor, heating it up. Usually water vapor comprises between 1 and 4 percent of the atmosphere by weight. (The exact number changes with temperature, wind, and surface conditions.) But this relatively small quantity—1 to 4 percent—packs a big punch.

In the next room, my son, stout but saggy-kneed, clings to the crib bars like a prisoner. Menthol steam from the vaporizer has made a ghost of him. His ringlets are plastered to his head, and coughs rack his small frame. The animal suffering that’s rattling him throws ice water on me, and I enjoy a surge of unalloyed love for him, followed by panic, followed by guilt. He sees me rushing toward him and abruptly drops his outstretched arms an instant to say, No pants? His head’s tilted with bald curiosity. Which cracks me up, and he laughs till the coughs start exploding through him again, by which point I’ve cleaved him to me, both of us sweating. His diaper’s sagging from the vaporizer’s work, but fresh steam is his lifeline. Carrying him to the bathroom, I crank on the shower. But before I change him, before I squirt the syrupy acetaminophen into his mouth, I haul him whooping down the stairs to the kitchen. I open the stove where a near empty bottle of Jack Daniels squats like the proverbial troll under the bridge. Needing neither glass nor ice, I press my lips to the cool mouth, and it blows into my lungs so I can keep on.

The metal blade hit her shoulder and passed clean through her body as if she were made of water. Hisss! Mrs. Dodds was a sand castle in a power fan. She exploded into yellow powder, vaporized on the spot, leaving nothing but the smell of sulfur and a dying screech and a chill of evil in the air, as if those two glowing red eyes were still watching me. I was alone. There was a ballpoint pen in my hand. Mr. Brunner wasn’t there. Nobody was there but me. My hands were still trembling. My lunch must’ve been contaminated with magic mushrooms or something. Had I imagined the whole thing? I went back outside. It had started to rain.

There are several aerial films of the incoming tsunami, but the one that plays and replays in my imagination was shot above the town of Natori, south of the city of Sendai. It begins over land rather than sea, with a view of dun winter paddy fields. Something is moving across the landscape as if it is alive, a brown-snouted animal hungrily bounding over the earth. Its head is a scum of splintered debris; entire cars bob along on its back. It seems to steam and smoke as it moves; its body looks less like water or mud than a kind of solid vapor. And then a large boat can be seen riding it inland, hundreds of yards from the sea, and—unbelievably—blue-tiled houses, still structurally intact, spinning across the inundated fields with orange flames dancing on their roofs. The creature turns a road into a river, then swallows it whole, and then it is raging over more fields and roads towards a village and a highway thick with cars. One driver is accelerating ahead of it, racing to escape—before the car and its occupants are gobbled up by the wave.

water vapor is a greenhouse gas,

He has read about these trees and their fog. On every side, trees lap at the low, wet sky, the clouds they themselves have helped to seed. Skeins of aerial needles—knobbier and more gnarled, a different thing from the smooth shoots growing at ground level—sip the fogbanks, condensing water vapor and sieving it down the sluices of twigs and branches.

for life molecules to operate so that organisms can live requires an environment where water vapor, liquid water, and frozen water are all stable and abundant. This means that a planet cannot be too close to its star or too far away.

For every ten pounds of fat lost in our bodies, eight and a half pounds of it comes out through the lungs; most of it is carbon dioxide mixed with a bit of water vapor. The rest is sweated or urinated out. This is a fact that most doctors, nutritionists, and other medical professionals have historically gotten wrong. The lungs are the weight-regulating system of the body. “Everyone

storage tank The storage tank is a container required for storing liquids or gases in a number of professional techniques. They are crucial among companies that manage a large amount of chemicals, crude oils and micro -petroleum merchants, because of the fact that they have managed the managed environment compounds may be accurately saved. Storage tanks come in different sizes and functions to meet individual desires and safety requirements. What Types of Storage Tank? Understanding the many types of garage tank is important whilst identifying that's appropriate for a given utility. Here are some of the not unusual sorts: 1. Atmospheric Tank Companies often use atmospheric tanks, which operate with dense stress, including crude oil, gas and water. Their simplicity makes them inexpensive, however their publicity to ambient situations requires unique safety measures. 2. Pressure Tank Pressure tank, designed to hold materials underneath high stress, play an important function in storing gases and unstable drinks. Manufacturers make them from sturdy substances and conduct thorough first-class control to make certain they are able to manage excessive inner stress without leaking or exploding. 3. Industrial Tank Industrial tank are multifunctional and might fulfill plenty of functions throughout industries. They tailor to specific tactics, materials, or temperature necessities, allowing them to meet an extensive variety of operational wishes. What are the Dimensions of a Storage Tank? The dimensions of a storage tank—diameter, height, and volume—are determined through numerous factors, such as the type of fabric to be stored, the quantity required, and the site to have space. An excessive-ability tank, for example, may want to be taller to match inside a restricted ground space or have a larger diameter if height constraints exist. Proper calculation of these dimensions is crucial for a safe and powerful garage, and it must be regular with industry requirements. What are the Storage Tank Constructions? Storage tank creation is a cautious way that adheres to precision, ability and standards. Here’s a breakdown of the main levels: 1. Implementation Work Plan A properly-established painting plan outlines the timeline, materials, gadget, and personnel wished for creation. This ensures all stakeholders are aware about the obligations, lowering delays and enhancing efficiency. 2. Other procedures for welding and storage tank construction Welding is a middle part of tank production, specifically for steel tanks. Proper welding methods save you leaks, decorate structural integrity, and make certain durability. In addition, tricks such as rolling, cutting and happening are important for preparing materials for a meeting. 3. Tank Bottom Assembly Building the tank’s basis is an essential initial step as it gives crucial assistance for the whole construction. A flat base and right set up are important for averting leaks and structural troubles. Precision alignment and secure welding at some point of this degree can affect the tank’s lifetime. 4. Assembly and welding of storage tank shells The shells of the tank, which are usually cylindrical, are built forward. Efficient welders guarantee that each section aligns correctly, resulting in a strong and smooth structure. Welding shells require accuracy, as any defect can compromise the stability of the tank. 5. Establishment of tank roof and pontoon Depending on the tank type, the roofs may definitely vary in floating design. Pontones, commonly used in floating roofs, reduces assistance in vapor -containing vapor and reduces evaporational damage. For particularly unstable substances, appropriate installation is important to safely accommodate the material. 6. Establishment of manway plates and pipe fittings Manway plates allow for inspection and maintenance, while the pipe connections allow the material to enter and exit the tank.

Eventually I sit up and start the stove, exhaling clouds that collide with the steam rising from the water. I wonder about matter changing form and how heat can make liquid levitate. Invisible currents make the vapors rise and swirl in the light of the headlamps. I look again at the ceiling and see all my breath from the sleepless night frozen in a sparkly frost. Gas becomes solid. I wonder if the altitude is getting to me and vacantly drag a finger in a line, watching the crystals fall onto my sleeping bag and melt.

For every ten pounds of fat lost in our bodies, eight and a half pounds of it comes out through the lungs; most of it is carbon dioxide mixed with a bit of water vapor. The rest is sweated or urinated out. This is a fact that most doctors, nutritionists, and other medical professionals have historically gotten wrong. The lungs are the weight-regulating system of the

Wherever we stop is the summit. Iwas climbing Trail Ridge Road through the Rocky Mountains, determined to make the Continental Divide, when two sharp feelings pierced me almost at once. I, who have never had any trouble with heights, felt rushes of fear as I drove on narrow stretches 12,000 feet up. I was also filled with the irrevocable truth that everything-there-is is wherever we are. This all made me stop and walk the tundra above the treeline. There, I was overcome with the sudden truth that I could go no farther, and that I had no need to go any farther. Can it be that this journey through the mountains mirrors the journey through our lives? Is our suffering like the dizzying, gut-wrenching narrow passes through these ancient rocks? Do we simply move on until we can't, and in accepting our humanity, does the peak come to us? What an unlikely truth. I traveled as far as I could manage, and there on the bare scalp of the Earth, I realized that where I can go no further is my destination. This is the wearing of heart that no one can escape. Despite all our noble efforts to reach some treasured peak—be it a dream of wealth or love—we carry the summit within. And it is always the effort and exhaustion—the very journey itself—that opens the view which is everywhere. For the summit is not so much arrived at as we are worn open to it. I felt the truth of arriving at wherever my human limitations had left me, knew somehow it was enough, and I let out a cry like a vapor. We are as bare as these crags being worn by endless wind, and, regardless of the maps we carefully draw and pass down, we arrive at what we've always had when we use up everything we've saved. In this way we are brought to humility. Once accepting our frail humanity, we can see how stubbornly fragile living things are. We can see how it takes just a thin lick of water down a mountain crack to strengthen a root and a bare lick of love through our stony hearts to blossom a soul.

Real scientists are in agreement that global warming is caused mostly by the sun. Water vapor plays a role. And to a much lesser extent, carbon dioxide plays a minor role. Only political science still claims that man-made carbon dioxide is the determinant factor of global warming.

Because, in the infinite expanse of space/time, the universe does not care whether your mother’s hip replacement goes well, or your kids attend college, or your boss thinks you made a bitching spreadsheet. It doesn’t care if the Democrats or the Republicans win the presidential election. It doesn’t care if a celebrity gets caught doing cocaine while furiously masturbating in an airport bathroom (again). It doesn’t care if the forests burn or the ice melts or the waters rise or the air simmers or we all get vaporized by a superior alien race. You care.

My dad, maybe forty years ago, had told me an anthropologist’s theory about the origin of the myth of the human soul: that water vapor rising from deep wounds might have been mistaken by ancient humans for the soul escaping from the body. Probably the origin of ghosts, too. The word spirit comes from a root meaning breath; in most traditions, ghosts resemble the curling fog you see from your own mouth on a chilly day. All the crap about the afterlife, about Heaven being in the sky . . . all from nothing more than wisps of condensing vapor, coiling upward like smoke— Like smoke.

The water cycle consists of three phenomena—evaporation, precipitation, and collection—which are the three phenomena that make up what is known as “the water cycle.” Evaporation, the first of these phenomena, is the process of water turning into vapor and eventually forming clouds, such as those found in cloudy skies, or on cloudy days, or even cloudy nights. These clouds are formed by a phenomenon known as “evaporation,” which is the first of three phenomena that make up the water cycle. Evaporation, the first of these three, is simply a term for a process by which water turns into vapor and eventually forms clouds. Clouds can be recognized by their appearance, usually on cloudy days or nights, when they can be seen in cloudy skies. The name for the process by which clouds are formed—by water, which turns into vapor and becomes part of the formation known as “clouds”—is “evaporation,” the first phenomenon in the three phenomena that make up the cycle of water, otherwise known as “the water cycle

Unless a drop of water is consumed by the day's heat and rises to the heavens, it cannot bring forth its nourishing rain upon the earth— The Winter King: The Rise of Nicholas by Mark Streuber Life has little meaning without a place to protect and loved ones to come home to. Find your home, Nicholas. Fill it with the laughter of many children, for it is there that you will find your greatest happiness and your greatest reward— The Winter King: The Rise of Nicholas by Mark Streuber What more could a man want than a good conscience, good friends, and a woman as lovely as you— The Winter King: The Rise of Nicholas by Mark Streuber If it be a vision, it will not let loose of you, for it may depend on you for its completion— The Winter King: The Rise of Nicholas by Mark Streuber Who can stand against his conscience and live honorably? The Winter King: The Rise of Nicholas by Mark Streuber What is goodness without strength? The Winter King: The Rise of Nicholas by Mark Streuber Trust is a hard thing to come by… but it comes easier between friends— The Winter King: The Rise of Nicholas by Mark Streuber The world is a living, moving thing, but it should not confuse us. Though it can be unpredictable, its wonders can be understood and made certain. To the one who takes the time to observe what is, what is not, and what can be, the world is no longer magical but familiar— The Winter King: The Rise of Nicholas by Mark Streuber There is no joy in war. And yet we are more than happy to welcome it as a friend when it suits our purpose— The Winter King: The Rise of Nicholas by Mark Streuber That is the natural order of his world. If you are good to him, he may return the favor. If not, he may leave a lump of coal in your bedroll— The Winter King: The Rise of Nicholas by Mark Streuber I said there was not much magic in the world— but there is some. One day, we elves will discover how the trees do this. Then it will no longer be magic— The Winter King: The Rise of Nicholas by Mark Streuber We will now become as those of other nations. We will live short, pithy lives, and our years will be as a vapor and a mist. This, too, is a pity— The Winter King: The Rise of Nicholas by Mark Streuber Today, I am found to be a killer. I would be any man who is not so— The Winter King: The Rise of Nicholas by Mark Streuber All men must examine their actions, whether good or bad. But do not let this one event lead you into the dark places where there is weeping and the gnashing of teeth. For in the dark places, there is no wise council— especially your own. Seek the light, Nicholas, and stay amongst friends, for they will not let you slink into those places where you think you belong— The Winter King: The Rise of Nicholas by Mark Streuber You are not a man of war, Nicholas— we have determined this. The sleigh is the right place for you. Just keep your speed and do not let the powder fall upon you, and you’ll be fine,” he chuckled. And don’t hurt my reindeer— The Winter King: The Rise of Nicholas by Mark Streuber

This drop, water from her own body, containing a trace of her DNA, was a snowflake once upon a time, or a whisp of steam. Perhaps here, or many kilometers away, repeatedly mutating from liquid to solid to vapor, and back again, yet retaining its molecular essence. It remained hidden under the fossil-filled earth for tens, if not thousands of years, climbed up to the skies, and returned to the earth in mist, fog, monsoon, or hailstorm. Perpetually displaced and relocated. Water is the consummate immigrant. Trapped in transit. Never able to settle.