But the environmental emergency is also a crisis for our philosophical habits of thought, confronting us with a problem that seems to defy not only our control but also our understanding. Global warming is perhaps the most dramatic example of what Timothy Morton calls “hyperobjects”—entities of such vast temporal and spatial dimensions that they defeat traditional ideas about what a thing is in the first place. In this book, Morton explains what hyperobjects are and their impact on how we think, how we coexist with one another and with nonhumans, and how we experience our politics, ethics, and art.Moving fluidly between philosophy, science, literature, visual and conceptual art, and popular culture, the book argues that hyperobjects show that the end of the world has already occurred in the sense that concepts such as world, nature, and even environment are no longer a meaningful horizon against which human events take place. Instead of inhabiting a world, we find ourselves inside a number of hyperobjects, such as climate, nuclear weapons, evolution, or relativity. Such objects put unbearable strains on our normal ways of reasoning.Insisting that we have to reinvent how we think to even begin to comprehend the world we now live in, Hyperobjects takes the first steps, outlining a genuinely postmodern ecological approach to thought and action.

    In this disturbing new book, Lovelock guides us toward a hard reality: soon, we may not be able to alter the oncoming climate crisis. Lovelock’s influential Gaia theory, one of the building blocks of modern climate science, conceives of the Earth, including the atmosphere, oceans, biosphere and upper layers of rock, as a single living super-organism, regulating its internal environment much as an animal regulates its body temperature and chemical balance. But now, says Lovelock, that organism is sick. It is running a fever born of the combination of a sun whose intensity is slowly growing over millions of years, and an atmosphere whose greenhouse gases have recently spiked due to human activity. Earth will adjust to these stresses, but on time scales measured in the hundreds of millennia. It is already too late, Lovelock says, to prevent the global climate from “flipping” into an entirely new equilibrium state that will leave the tropics uninhabitable, and force migration to the poles. The Revenge of Gaia explains the stress the planetary system is under and how humans are contributing to it, what the consequences will be, and what humanity must do to rescue itself.

    That carbon is now floating in the atmosphere, and even if we stopped using fossil fuels today, it would continue warming the planet. In The Soil Will Save Us, journalist and bestselling author Kristin Ohlson makes an elegantly argued, passionate case for "our great green hope"—a way in which we can not only heal the land but also turn atmospheric carbon into beneficial soil carbon—and potentially reverse global warming.As the granddaughter of farmers and the daughter of avid gardeners, Ohlson has long had an appreciation for the soil. A chance conversation with a local chef led her to the crossroads of science, farming, food, and environmentalism and the discovery of the only significant way to remove carbon dioxide from the air—an ecological approach that tends not only to plants and animals but also to the vast population of underground microorganisms that fix carbon in the soil. Ohlson introduces the visionaries—scientists, farmers, ranchers, and landscapers—who are figuring out in the lab and on the ground how to build healthy soil, which solves myriad problems: drought, erosion, air and water pollution, and food quality, as well as climate change. Her discoveries and vivid storytelling will revolutionize the way we think about our food, our landscapes, our plants, and our relationship to Earth.

    Framed around the key fascinating questions, it offers a big picture perspective on our biggest environmental and economic challenges - including energy, climate change, food, hunger, recycling, biodiversity, plastic pollution and antibiotics - just to name a few. Whether you are an everyday concerned citizen or a policy maker, this is a handbook of what we might actually do in order to help improve the lot of humanity on this - our only - planet. This is a practical guide, student read and reference guide, all in one.

    She brought the world's attention to the need to preserve The Everglades. In the Afterword, Michael Grunwald tells us what has happened to them since then. Grunwald points out that in 1947 the government was in the midst of establishing the Everglades National Park and turning loose the Army Corps of Engineers to control floods--both of which seemed like saviors for the Glades. But neither turned out to be the answer. Working from the research he did for his book, The Swamp, Grunwald offers an account of what went wrong and the many attempts to fix it, beginning with Save Our Everglades, which Douglas declared was "not nearly enough." Grunwald then lays out the intricacies (and inanities) of the more recent and ongoing CERP, the hugely expensive Comprehensive Everglades Restoration Plan.

    

    Indeed, starting from this tiny, common speck, Jan Zalasiewicz offers readers a stimulating tour that begins with the Universe's dramatic birth in the unimaginable violence of the Big Bang and explores the construction of the Solar System and the origins of our own planet. Zalasiewicz shows the almost incredible complexity present in the apparently mundane pebble, starting with the astonishing number of atoms in each. We learn that many events in the Earth's ancient past can be deciphered from a pebble: volcanic eruptions; the lives and deaths of extinct animals and plants; the alien nature of long-vanished oceans; and even the creations of fool's gold and oil deep underground. Zalasiewicz also demonstrates how geologists reach deep into the Earth's past by forensic analysis of even the tiniest amounts of mineral matter. The pebble may be small, and ordinary, but it is also an eloquent part of our Earth's extraordinary, never-ending story.

    With Connemara, he creates an indelible portrait of a small corner of the world. From the unmarked graves of unbaptized infants to the shimmering peaks of the Twelve Pins, Robinson brings his close attention and dazzling prose to describe the mountains, bogs, shorelines, and landscape of his home and, at the same time, make a great statement about the world at large.

    Once thought to be extinct, the Aye-aye, the beast with the magic finger, still lurks, though in fast dwindling numbers, in the forests of Madagascar. Durrell's mission to help save this strange creature turns into a madcap journey in which you will meet not only the enigmatic Aye-aye, but the catlike Fosa, the Flat-tailed tortoise, the Gentle lemurs of Lac Alaotra, and the Malagasy chameleons, among others. Truly nothing escapes Durrell's sharp eye, whether he is describing the great zoma (market), the village dances, the treacherous bridges and river crossings, the strange foods and stranger music, or the vagaries of local officialdom. As the San Francisco Chronicle noted, It is impossible for Gerald Durrell to write anything that is less than exuberant, eccentric, and amusing. And in his account of this rescue mission, Durrell is, quite simply, at his superb best.

     From outback Australia to the Gobi Desert and the savanna of Madagascar, award-winning science writer John Pickrell sets out on a world tour of new discoveries and meets the fossil hunters leading the charge. Discover the dwarf dinosaurs unearthed by an eccentric Transylvanian baron, an aquatic, crocodile-snouted carnivore bigger than T. rex, the Chinese dinosaur with wings like a bat, and a Patagonian sauropod so enormous it was heavier than two commercial jet airliners. Why did dinosaurs grow so huge? Did they all have feathers? And what do sauropods have in common with 1950s vacuum cleaners? Weird Dinosaurs examines the latest breakthroughs and new technologies radically transforming our understanding of the distant past.

    In response, Jamail embarks on a journey to the geographical front lines of this crisis—from Alaska to Australia’s Great Barrier Reef, via the Amazon rainforest—in order to discover the consequences to nature and to humans of the loss of ice.We follow Jamail as he scales Denali, the highest peak in North America, dives in the Pacific only to find ghostly coral reefs, and explores the tundra of St. Paul Island where he meets the last subsistence seal hunters of the Bering Sea and witnesses its melting glaciers. Accompanied by climate scientists and people whose families have fished, farmed, and lived in the areas he visits for centuries, Jamail begins to accept the fact that Earth, most likely, is in a hospice situation. Ironically, this allows him to renew his passion for the planet’s wild places, cherishing Earth in a way he has never been able to before.le we still can.

    He also reports on the way chickens are raised today and how they are consumed. What he discovers about America’s favorite meat is not just unpleasant but a powerful indictment of our industrial food system. The process of bringing chicken to our dinner tables is unhealthy for all concerned—from farmer to factory worker to consumer. The book traces the development of the poultry industry since the Second World War, analyzing the impact of such changes as the destruction of the family farm, the processing of chicken into nuggets and patties, and the changing makeup of the industrial labor force. The author describes the lives of immigrant workers and their reception in the small towns where they live. The conclusion is clear: there has to be a better way. Striffler proposes radical but practical change, a plan that promises more humane treatment of chickens, better food for the consumer, and fair payment for food workers and farmers.

    And as we discover countless exoplanets orbiting other stars—among them, rocky super-Earths and gaseous Hot Jupiters—we become ever more hopeful that we may come across extraterrestrial life. Yet even as we become aware of the vast numbers of planets outside our solar system, it has also become clear that Earth is exceptional. The question is: why?In Lucky Planet, astrobiologist David Waltham argues that Earth’s climate stability is one of the primary factors that makes it able to support life, and that nothing short of luck made such conditions possible. The four-billion-year stretch of good weather that our planet has experienced is statistically so unlikely, he shows, that chances are slim that we will ever encounter intelligent extraterrestrial others.Describing the three factors that typically control a planet’s average temperature—the heat received from its star, how much heat the planet absorbs, and the concentration of greenhouse gases in the atmosphere—Waltham paints a complex picture of how special Earth’s climate really is. He untangles the mystery of why, although these factors have shifted by such massive measures over the history of life on Earth, surface temperatures have never fluctuated so much as to make conditions hostile to life. Citing factors such as the size of our Moon and the effect of an ever-warming Sun, Waltham challenges the prevailing scientific consensus that other Earth-like planets have natural stabilizing mechanisms that allow life to flourish.A lively exploration of the stars above and the ground beneath our feet, Lucky Planet seamlessly weaves the story of Earth and the worlds orbiting other stars to give us a new perspective of the surprising role chance plays in our place in the universe.

    The book argues for a realization of the finite nature of our resources, and the impact should we continue squandering them.

    From the first microbes and jawless fishes that evolved into the myriad species we know today-sharks, whales, dolphins, and, of course, humans-Ellis reveals the deep evolutionary mysteries of the sea. Encyclopedic in scope and complemented by more than sixty drawings, Aquagenesis is a fascinating work that will astonish readers with the wonder, richness, and complexity of the evolution of life. "Quite simply, the best account we now have of the origins of human life." (Te Christian Science Monitor)