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Love animal rescues, dogs. lambs, miniature horses, miniature donkeys, pet emus, and more? How about Punxsutawney Phil and Groundhog Day? If so, then this is the book for you. Highland Ranch was our decade-long adventure playing with lambs, rescuing miniature donkeys and horses, raising rare sheep for petting zoos, operating an organic orchard and garden, along with caring for our many, many dogs.

Von der Autorin des Welt-Bestsellers Geflochtenes Süßgras. »Vom Horten zum Kreislauf, von der Unabhängigkeit zur Interdependenz, vom Verwunden zum Heilen; nur so können wir auch in Zukunft gedeihen.« Was können wir von einem Baum lernen? Alles! Wie man sich einbringt, wie man teilt, wie man lebt. Die Felsenbirne – mit ihren köstlichen dunkelroten Beeren – steht hier als Sinnbild für alles, was wichtig ist: selbstloses Geben und verantwortungsvolles Nehmen. Für Gemeinschaft, Verbundenheit, Dankbarkeit. Dieses Buch lässt uns staunen über die Natur und über uns selbst.

Crows have long been the subject of folklore, likely because they’re strikingly similar to humans, leading lives rich in personality, intelligence, and relationships. In this episode, we fly the streets of Seattle with a crow as she grooms her mate, delivers what appears to be a gift, and finally commutes miles away from her territory to gather and chat with thousands of other crows before it’s time to roost for the night.

At the heart of Israel Rosenfield and Edward Ziff's inquiry is the nature of brain function. The sensory world is disordered and chaotic. There are no labels for tables, chairs, or airplanes, and indeed there are no colors, sounds, or smells, only photons, airwaves, odorant molecules, and so on, which are unlabeled and impossible to "know." To make sense of this chaos, the brain must simplify the sensory inputs by creating, or inventing, the colors, sounds, smells, forms, and faces that are perceived in consciousness, which become a proxy for the chaotic world in which we live.

What can nature teach us about living together? Investigating eight symbiotic relationships trying to survive the climate and biodiversity crises, Sophie Pavelle explains why it has never been more vital for us to understand symbiosis. Symbiotic relationships regulate ecosystems, strengthen resilience and bind pivotal connections. Species living together in symbiosis is no accident – these dynamics evolved.

Daughter. Duhitár-. Dustr. Dukte. Listen to these English, Sanskrit, Armenian and Lithuanian words, all meaning the same thing, and you hear echoes of one of history’s most unlikely journeys. All four languages—along with hundreds of others, from French and Gaelic, to Persian and Polish—trace their origins to an ancient tongue spoken as the last ice age receded. This language, which we call Proto-Indo-European, was born between Europe and Asia and exploded out of its cradle, fragmenting as it spread east and west.

If you live on a rapidly changing planet, you'd be wise to learn how it works. The giant old forests on a skinny stretch of land on the far west coast of North America have a lot to say about living in a twitchy world.

Researchers of human behavior have identified an "orgasm gap": Men usually orgasm during intercourse, whereas women often do not. This book addresses this mystery. The two leading explanations are either that women are "psychologically broken"—Freud's theory—or badly designed—the "by-product theory." However, there is a much more compelling third explanation. Evolutionary biology, anatomy, physiology, and direct sex research suggest women have evolved under their own selection pressures and orgasm is a fitness-increasing consequence of such selective factors.

During a break from her work as an actor, Lili Taylor sought silence and instead found the bustling, symphonic world of birds that had always existed around her and entered the world of birdwatching. Since then, she has kept a keen eye pressed to her binoculars in search of vivid stories that elevate the everyday, if only you look.

In Nature's Genius David Farrier takes us on a profound journey into this ever-changing natural world. What we discover could change us. The ways animals adjust to the urban landscape can help us design sustainable cities. Examining other intelligences can help us remake our economies. Learning from bacterial evolution may help solve our waste problem. Synthetic biology could rescue animals from the brink of extinction. Thinking in timescales of the natural world could help us choose a better future.

By opening the door to the new field of neuroimmunology,  The Great Nerve not only revolutionizes how we understand and treat disease, it gives us unprecedented hope for our health. This is the story of your body’s ability to heal itself.