Showing results by publisher "----RM Alexander" in Biology

In this witty, fact-packed A-Z, Newman takes the listener on a whirlwind tour from caring, sharing vampire bats to intelligent slime mould; from pacifist baboons to Richard Dawkins wrestling naked with his postman; from the invisibility cloak of the Hawaiian bobtail squid to Francis "DNA" Crick's belief that life on Earth began with alien spaceships.

Wir sind ohne Zweifel ein Wunder der Evolution. Unsere außergewöhnlichen körperlichen Eigenschaften und unsere Innovationen haben unsere Zivilisationen geschaffen. Aber wir sind auch zutiefst fehlerbehaftet. Unsere Körper brechen, ersticken und versagen, ob wir nun Könige oder Bauern sind. Krankheiten durchkreuzen unsere kühnsten Pläne, unsere Psyche ist die Ursache für schreckliche Entscheidungen in Krieg und Frieden. Diese faszinierende Widersprüchlichkeit ist die Essenz des Menschseins: die Summe unserer Schwächen und unserer Stärken, zwischen denen sich die Historie bewegt.

From the New York Times bestselling author of The Lion in the Living Room comes a fascinating and provocative exploration of the biology of motherhood that “is witty, reassuring, and takes motherhood out of the footnotes and places it front and center—where it belongs” (Louann Brizendine...

Humans and fungi share nearly 50 percent of the same DNA. Because we're related, designing drugs to combat the varieties that attack us is a challenge. Meanwhile, in an ever hotter, wetter world, fungi may be finding new ways to thrive, queueing up global outbreak potentials for which no vaccine and woefully few medications exist; some fungi are already beginning to resist treatment. Among other lifeforms, bats, amphibians, and essential crops are also increasingly threatened by these pathogens.

An urgent case for how we could have stopped the Covid-19 pandemic—and how to make sure it never happens again "MacKenzie's fascinating book gives us the scope and scale to be able to put this pandemic in perspective and, it begs the question, will we learn from this in time to prevent to next...

For fans of accessible and fun popular science comes an exploration of evolution’s quirkiest puzzles and most enduring mysteries. Why do cats live longer than dogs? Why do bees have yellow stripes? Why can we smell a skunk from a mile away? Such questions can be seen as puzzles about...

In this Very Short Introduction, Paul B. Wignall looks at the causes and nature of extinctions, past and present, and the factors that can make a species vulnerable. Summarizing what we know about all of the major and minor extinction events, he examines some of the greatest debates in modern science, such as the relative role of climate and humans in the death of the Pleistocene megafauna, including mammoths and giant ground sloths, and the roles that global warming, ocean acidification, and deforestation are playing in present-day extinctions.

Biology 101: A History of Life is the story of how humans discovered life from the outside in. Poking, slicing, sketching, sequencing, and arguing our way toward understanding what it means to be alive. From Aristotle’s animal lists to Darwin’s dangerous idea. From Mendel’s peas to the human genome. From hand-ground glass to CRISPR gene editing. This is not a textbook. It’s a history of discovery. The brilliant, chaotic, often accidental process that turned biology from folklore into code.

Unlock the secrets of life with The Symphony of Life: The Ultimate Guide to Biology—the ultimate reference for anyone seeking to truly understand the living world. This comprehensive volume takes you on an extraordinary journey through the science of life, from the molecular foundations of DNA and cellular processes to the vast complexities of ecosystems and evolution. Whether you're a student, educator, lifelong learner, or simply a curious mind, this book provides a clear, engaging, and thorough exploration of biology in all its forms.

In The Sleep Solution: 100 Facts Why Sleep Is Important, listeners are invited on an enlightening journey through the science and significance of sleep. Crafted by Kamil Rak, this comprehensive guide combines cutting-edge research with practical advice, unveiling the pivotal role sleep plays in our health, well-being, and daily performance.

From the Black Death to the Spanish Flu, from HIV to COVID-19, The Secret Plague peels back the carefully constructed narratives and uncovers the disturbing patterns that history tries to forget. With a journalist’s eye for detail and a researcher’s hunger for truth, this book dives into suppressed vaccine trials, lab-created viruses, eugenics disguised as philanthropy, and eerily predictive simulations that seemed to script our present long before it arrived.

Insects walk on water, snakes slither, and fish swim. Animals move with astounding grace, speed, and versatility: how do they do it, and what can we learn from them? In How to Walk on Water and Climb up Walls, David Hu takes listeners on an accessible, wondrous journey into the world of animal motion. From basement labs at MIT to the rain forests of Panama, Hu shows how animals have adapted and evolved to traverse their environments, taking advantage of physical laws with results that are startling and ingenious.

Promising treatments now in more than 35,000 clinical trials could have dramatic impacts on cancer, autoimmune diseases, organ replacement, heart disease, and even aging itself. These treatments, which are saving the lives of patients in the trials, will soon be rolled to the medical community at large. The key to these breakthroughs is the use of living cells as medicine instead of traditional drugs. Research has found that our bodies are virtual treasure troves of adult cells that act as agents of remarkable healing and repair.

A list of the attributes that define a mammal is a ragbag of things - fur, live birth, three bones in the middle ear, a brain whose two halves are robustly joined together.... But this curious collection of features contain the roots of all the biology that makes us what we are: monkeys with massive brains who parent extensively, enjoy sport and think lots. Which is to say, what makes us mammals makes us human.

All life as we know it is carbon-based and reliant on sources of liquid water and energy for its survival; it is also, of course, known from just one planet: the Earth, a world perfectly suited to host life. But across a universe of at least 100 billion habitable, earthlike worlds, life cannot be restricted to just this one place. Or can it?

The Loch Ness monster: a creature that should have died out with the dinosaurs or a legend built on hoaxes and wishful thinking? Sir Peter Scott, internationally renowned naturalist and president of the World Wildlife Fund, was convinced that the monster existed. So were senior scientists at London's Natural History Museum and Chicago University; they lost their jobs because they refused to renounce their belief in the creature.

When Stephen Bodio was a young boy in the early '50s, he saw an image in National Geographic that became forever etched in his mind: It was a photograph of a Kazakh nomad, dressed in a long coat and wearing a fur hat, holding a huge tame eagle on his fist. And a lifelong fascination with Central Asia was born.

Again and again, microbes have shaped our health, our genetics, our history, our culture, our politics, even our religion and ethics. This book reveals much that scientists and cultural historians have learned about the pervasive interconnections between infectious microbes and humans. It also considers what our ongoing fundamental relationship with infectious microbes might mean for the future of the human species.

A masterful, timely, fully authorized biography of the great and hugely influential biologist and naturalist E. O. Wilson, one of the most ground-breaking and controversial scientists of our time—from the Pulitzer Prize-winning author of The Making of the Atomic Bomb “An impressive account...

What is our immune system, and how does it work? A vast array of cells, proteins and chemicals spring into action whenever our bodies are damaged, but immunity is not something you can see, touch, or feel. It can fight off malicious bacteria and viruses, locate cancerous growths, and even rewire our brains—but sometimes our own tissues can get caught in its crossfire, with catastrophic consequences. Humans may be the most disease-ridden animals on the planet. Professor John Trowsdale shows how the immune system protects us, and how our bodies invest huge resources to keep it running.