Earth Science History

This Is Planet Earth is dedicated to the wonders of planet Earth, the most amazing place in the known universe. The ancient Greeks called it Gaia, the Romans Terra. We know it simply as Earth, the planet we call home. And what a planet it is. Formed around 4.6 billion years ago from the debris of the big bang and long-dead stars, at first it was nothing special, but somehow it evolved to become the most amazing place in the known universe.

Meteorites, methane, mega-volcanoes and now human beings; the old forces of nature that transformed Earth many millions of years ago are joined by another: us. Our actions have driven Earth into a new geological epoch, the Anthropocene. For the first time in our home planet's 4.5-billion year history a single species is dictating Earth's future. To some the Anthropocene symbolises a future of superlative control of our environment. To others it is the height of hubris, the illusion of our mastery over nature.

When Private Malcolm Dow went to clean up a crashed weather balloon, he came face-to-face with an alien instead. Being an alien of sorts in his own otherwise all-white regiment, Malcolm instantly took on the Alien’s plight - military help for his besieged planet, Zalma. And it’s not just Zalma; Earth will be next. But to do so, he must first overcome the obstacles he’s faced since childhood and find a voice for himself. The trouble is, he’s not the only one who knows they’re here.

Apollo 15 command module pilot Al Worden was one of the highest-profile personalities among the Apollo astronauts, renowned for his outspokenness and potent views but also recognized as a warm and well-liked person who devoted much of his life after retiring from NASA to sharing his spaceflight experiences.

今、世界は新型コロナによって、グローバル・ボーダーレス化からローカル・ボーダー化に逆戻りしている。そんな変化の激しい現代社会を読み解くための強力なツール(教養)が「歴史」と「地理」。

This is the story of the Universe including life as we know it.

Elixir spans five thousand years, from the beginnings of civilization to the parched American Sun Belt of today. It is a story of human endeavor: our present-day interaction with this most essential resource has deep roots in the remote past, and every human culture has been shaped by its relationship to water.

From the secret fossils of London to the three-billion-year-old rocks of the Scottish Highlands, and from state-of-the-art Californian laboratories to one of the world's most dangerous volcanic complexes hidden beneath the green hills of western Naples, set out on an adventure to those parts of the world where the Earth's life-story is written into the landscape. Helen Gordon turns a novelist's eye on the extraordinary scientists who are piecing together this planetary drama.

The complete story of snow, this is the first book to fully examine snow as a historical, cultural, and scientific phenomenon. From "Winter Wonderland" to "Snowmageddon," we've had a long, love-hate relationship with snow. This entertaining look at snow in all its delightful and fearsome manifestations delves into science, history, economics, and popular culture to examine snow's enduring hold on the imagination. Through profiles and anecdotes, the author discusses the reactions throughout history to snowfall.

Nicolaus Copernicus was a brilliant mathematician and astronomer who lived during the Renaissance and Reformation eras and contributed to science with a new model of the universe that placed the Sun instead of the Earth at the center of the universe. Although a similar theory had been formulated centuries earlier by Aristarchus of Samos, Copernicus went much farther than anyone before him. A major milestone in the history of science, the publication of his book On the Revolutions of the Heavenly Spheres in 1543 was a radical act that demolished thousand-year old beliefs. Born in Royal ...

World-renowned volcanologist Clive Oppenheimer has worked at the crater's edge in the wildest places on Earth. He's faced down AK47s, learned from tribal elders, and watched red hot rocks shoot into the sky. More people have been into space than have set eyes on the fiery depths of Mount Erebus in Antarctica, where he has measured the Earth's powerful forces. In Mountains of Fire, he paints volcanoes as otherworldly, magical places where our history is laid bare, and shows us just how entangled volcanic activity is with our climate, economy, politics, culture and beliefs.

If Timothy Hayfield had known the mysterious secrets his grandmother had kept quiet all these years, and if he'd known the peril that would await him during a seemingly average summer's holiday in Mayfield, then he might have stayed behind. In the undiscovered corners of his family's estate, he would find the fates of kings, and of worlds, that are hung in the balance.

Nur zwei große Lebensräume unserer Erde sind scheinbar über lange Zeiträume hinweg gleich geblieben: der Dschungel und das Meer. Doch selbst die Landmassen, auf denen der Urwald liegt, haben sich aufgrund der Kontinentalverschiebungen verändert, und die Aufspal­tung und Verschmelzung der Kontinente hatten Auswirkungen auf die Ausdehnung der warmen, flachen Küstenmeere.

Siroccos, Santa Anas, chinooks, monsoons...the wind has as many names as moods. Few other forces have so universally shaped the lands and waters of the earth, the plants and animals, the patterns of exploration, settlement, and civilization. Few other phenomena have exerted such a profound influence on the history and psyche of humankind. Wind touches all of us every day of our lives, yet remarkably little has been written about it except as a component of the weather.

Pioneering oceanographer Curtis Ebbesmeyer unravels the mystery of marine currents, uncovers the astonishing story of flotsam, and changes the world's view of trash, the ocean, and our global environment. Curtis Ebbesmeyer is no ordinary scientist. He's been a consulting oceanographer for multinational firms and a lead scientist on international research expeditions, but he's never held a conventional academic appointment.

Kat Wallace is on a mission. After escaping tortuous enslavement, she sets her sights on ending the human trafficking that has flourished on 24th-century Earth. Adopted by the leader of the pirate nation of Bosch, Kat Wallace is determined to prove herself as a member of the Bosch Pirate Force and use her skills to avenge her enslavement and free other thralls. But unexpected love and a test of loyalty threaten to rob her of what she wants most: a home.

The ocean has shaped and sustained life on Earth from the beginning of time. Its vast waters are alive with meaning, and connect every living thing on Earth. Deep Water is a hymn to the beauty, mystery and wonder of the ocean. Weaving together science, history and personal experience, it offers vital new ways of understanding not just humanity's relationship with the planet, but our past - and perhaps most importantly, our future.

A place of exceptional diversity, rapid change and high energy, for the past 100 million years Europe has literally been at the crossroads of the world. By virtue of its geology and geography, evolution in Europe proceeds faster than elsewhere. The continent has absorbed wave after wave of immigrant species over the millennia, taking them in, transforming them and sometimes hybridising them. Flannery's exploration of the nature of Europe reveals a compelling intellectual drama, with a cast of heroic researchers whose discoveries have changed our understanding of life itself.

In 1865 a broken Admiral Robert FitzRoy locked himself in his dressing room and cut his throat. His grand meteorological project had failed. Yet only a decade later, FitzRoy’s storm-warning system and ‘forecasts’ would return, the model for what we use today. In an age when a storm at sea was evidence of God’s great wrath, 19th-century meteorologists had to fight against convention and religious dogma.

La aparición de los primeros restos de Neandertales supuso una revolución científica y un golpe a los mismos cimientos de los sectores religiosos más dogmáticos. La aparición de los primeros fósiles humanos en el valle de Neander, en 1856, supuso una auténtica revolución, tanto científica como en el resto de disciplinas.