Earths Climate

Hitze, wie wir sie aus fernen Urlaubsregionen kannten, sintflutartiger Starkregen, verheerende Stürme: Ist das schon Klimawandel - oder immer noch "nur" Wetter? Die Physikerin Friederike Otto hat die Attribution Science mitentwickelt. Mittels dieser revolutionären Methode kann sie genau berechnen, wann der Klimawandel im Spiel ist. War eine Katastrophe wie Harvey menschengemacht? Ist eine Dürreperiode Folge der globalen Erwärmung oder nur ein heißer Sommer, wie es ihn schon immer gab.

The Arctic Treeline - the northern limit of the boreal forest that encircles the globe in an almost unbroken green ring - is the second largest biome on our planet. At this little-known frontline of climate change, the trees have been creeping towards the pole for 50 years already. Six of the tree species that populate these forests (larch, spruce, mountain ash, downy birch, balsam poplar and Scots pine) form the central protagonists of Ben Rawlence's story.

The past fifteen thousand years--the entire span of human civilization--have witnessed dramatic sea level changes, which began with rapid global warming at the end of the Ice Age, when sea levels were more than 700 feet below modern levels. Over the next eleven millennia, the oceans climbed in fits and starts. These rapid changes had little effect on those humans who experienced them, partly because there were so few people on earth, and also because they were able to adjust readily to new coastlines.

It is accepted wisdom today that human beings have irrevocably damaged the natural world. We have altered our climate, acidified our oceans, and we are in the process of causing the sixth mass extinction. Yet what if this gloomy narrative obscures a more hopeful truth? In Inheritors of the Earth, renowned ecologist and environmentalist Chris D. Thomas overturns this loss-only view of the world's biodiversity, revealing how many animals and plants have benefited from the human-altered planet.

Das Ziel der Pariser Klimakonferenz von 2015, die Erderwärmung auf 1,5 Grad Celsius zu beschränken, gilt für die Wissenschaft als gescheitert. Laut Weltklimarat steuert unser Planet bis zum Ende des Jahrhunderts auf eine Erwärmung von mindestens 2,8 Grad Celsius zu. Das brächte unser gesamtes Ökosystem zum Kippen und die Menschheit an den Rand der Überlebensfähigkeit: Stürme, schmelzende Polkappen, Dürren und Flutkatastrophen werden Städte und Länder bedrohen und damit den Lebensraum von Menschen und Tieren auf sämtlichen Kontinenten. Wie können wir diesen Kipppunkten entgegenwirken?

As scientific and observational evidence on global warming piles up every day, questions of economic policy in this central environmental topic have taken center stage. But as author and prominent Yale economist William Nordhaus observes, the issues involved in understanding global warming and slowing its harmful effects are complex and cross disciplinary boundaries. For example, ecologists see global warming as a threat to ecosystems, utilities as a debit to their balance sheets, and farmers as a hazard to their livelihoods.

Why should you care about climate change? Weather affects your everyday life and climate change can have major impacts. Discover how scientists study climate change, what current research shows, and what you can do to reverse its effects.

Are you worried about the effects of climate change on our environment? Want to help but don't know where to start? Environmental activist Natalie Fee's new handbook to green living will help you to make small lifestyle changes that will make a big difference to our planet.

Global warming has a sleuth of scientific evidence confirming the phenomenon's existence. If left long enough, the energy imbalance will mean the difference between survival and destruction of our species. With a little help from you, right now, the developing giants of Asia might even avoid the full carbon catastrophe in which we, the industrialised world, find ourselves so deeply mired. We are the generation fated to live in the most interesting times, for we are now the weather makers and the future of biodiversity and civilisation hangs on our actions. Tim Flannery has done his best to fashion this manual on the use of Earth’s thermostat. Now it’s over to you.

There's so much we don't know about what lies deep beneath the ocean's surface - and the time to find out is growing increasingly precious.... Professor Alex Rogers is one of the world's leading experts in marine biology and oceanology and has spent his life studying the deep ocean - and in particular the impact of human activity on the ecosystems of the oceans. In this timely, galvanising and fascinating book, Professor Rogers offers a fundamentally optimistic view of humanity's relationship with the oceans - and also a very personal account of his own interaction with the seas.

Our narrator’s days are numbered. Estranged from his family, living alone with only his cat, Cabbage, for company, he was unprepared for the doctor’s diagnosis that he has only months to live. But before he can set about tackling his bucket list, the devil appears with a special offer: in exchange for making one thing in the world disappear, he can have one extra day of life. And so begins a very bizarre week....

Produced by Climate Central — a highly regarded, independent, nonprofit journalism and research organization founded in 2008 — and reviewed by scientists at major educational and research institutions the world over, Global Weirdness summarizes, in clear and accessible prose, everything we already know about the science of climate change. It explains what is likely to happen to the climate in the future and lays out in practical terms what we can and cannot do to avoid further shifts.

The Fragile Earth tells the story of climate change - its past, present and future - taking listeners from Greenland to the Great Plains and into both laboratories and rain forests. It features some of the best writing on global warming from the last three decades, including Bill McKibben’s seminal essay ‘The End of Nature’, the first piece to popularise both the science and politics of climate change for a general audience.

Wie wir mit dem Wissen über die Alpen unser Wetter und den Klimawandel besser verstehen. Meteorologe Sven Plöger und Wissenschaftsjournalist Rolf Schlenker erklären, wie die Alpen als Taktgeber für unterschiedlichste Wetterphänomene auch im Flachland wirken. Wie Hitzerekorde, Trockenperioden, Saharastaub und Starkregen, Föhnstürme und Orkanböen entstehen. Mit welchen Strategien Alpentiere überleben; wie das evolutive Gedächtnis von Alpenpflanzen funktioniert. Und welche Ideen es vor Ort gibt, mit denen wir dem Klimawandel entgegentreten können.

Ours is the age of global warming. Rising sea levels, extreme weather, forest fires. Climate scientist Peter Stott reveals the bitter fight to get international recognition for what, among scientists, has been known for decades: human activity causes climate change. Across continents and against the efforts of sceptical governments, prominent climate change deniers and shadowy lobbyists, Hot Air is the urgent story of how the science was developed, how it has been repeatedly sabotaged and why humanity hasn't a second to spare in the fight to halt climate change.

Knappe Ressourcen, globale Ungerechtigkeit, Öko-Kollaps: Was haben Phosphor, Stickstoff und Kalium damit zu tun?

Ob Landwirtschaft, Handel, Verkehr oder Urbanisierung: Seit es uns Menschen gibt, haben wir die Erde geprägt und verändert. Insbesondere seit der Industrialisierung hinterlassen wir einen unverwechselbaren und größtenteils unwiderruflichen Fingerabdruck auf der Erde. Inzwischen ist dieser Abdruck so stark, dass Wissenschaft, Politik und Gesellschaft diskutieren, ob sich die vom Menschen verursachten Veränderungen in geologischer Form niederschlagen und so langfristig sind, dass wir bereits in einem neuen Erdzeitalter leben – dem Anthropozän.

The notion of a living world is one of humanity’s oldest beliefs. Though once scorned by many scientists, the concept of Earth as a vast interconnected living system has gained acceptance in recent decades. Life not only adapts to its surroundings – it also shapes them in dramatic and enduring ways. Over billions of years, life transformed a lump of orbiting rock into our cosmic oasis, breathing oxygen into the atmosphere, concocting the modern oceans, and turning rock into fertile soil. Life is intertwined with Earth’s capacity to regulate its climate and maintain balance.

Saving the world won't happen on the silver screen. In our fragile ecosystem, climate change is swiftly becoming the defining issue of how to prepare - and protect - the earth for the future. The climate change debate raged on in America in 2015, but the facts and the science now show irrefutably that our world is rapidly changing, and that irreparable damage has already begun.

From the global impact of the coronavirus to exploring the vast spread of the Australian bush fires, join authors Ian Goldin and Robert Muggah as they trace the ways in which our world has changed and the ways in which it will continue to change over the next hundred years. Map-making is an ancient impulse. From the moment Homo sapiens learnt to communicate we have used them to make sense of our surroundings. But as Albert Einstein once said, ‘You can’t use old maps to explore a new world.’