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  Biology - The Science of Life...

  Mike Crawford

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  Biology, often described as the science of life, is a vast field that explores living organisms and the processes that sustain them. It examines everything from microscopic cells to complex ecosystems, providing insights into how life evolves, functions, and interacts with its surroundings. The foundations of biology are built on understanding the principles that govern life, the methods scientists use to study living systems, and the role biology plays in addressing real-world challenges. By exploring these core aspects, we gain a clearer picture of the intricate web of life that shapes our world. 
  The principles of biology encompass key ideas that serve as a framework for understanding all living things. One fundamental concept is the cell theory, which states that all living organisms are composed of one or more cells, and the cell is the basic unit of life. Another foundational principle is the theory of evolution, which explains how species change over time through natural selection. Genetics, the study of heredity, reveals how traits are passed from one generation to the next through DNA. Additionally, homeostasis describes how living organisms maintain stable internal conditions despite external fluctuations. Together, these principles provide a structured understanding of life, from its smallest components to its most complex systems. 
  To explore these principles, biologists rely on the scientific method—a systematic approach used to investigate natural phenomena. The process begins with making observations and asking questions about the living world. These questions lead to hypotheses, which are testable explanations. Experiments are then designed to test these hypotheses under controlled conditions, gathering data that either supports or refutes the initial assumptions. Analysis of the results allows scientists to draw conclusions, which can lead to new hypotheses and further experimentation.

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  A Pocket Guide to Pigeon...

  Rosemary Mosco

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  Part field guide, part history, part ornithology primer, and altogether fun. 
   
   
   
  Fact: Pigeons are amazing, and until recently, humans adored them. We've kept them as pets, held pigeon beauty contests, raced them, used them to carry messages over battlefields, harvested their poop to fertilize our crops—and cooked them in gourmet dishes. Now, with A Pocket Guide to Pigeon Watching, listeners can rediscover the wonder. Equal parts field guide and quirky history, it covers behavior: Why they coo; how they flock; how they preen, kiss, and mate (monogamously); and how they raise their young (on chunky pigeon milk). Anatomy and identification, from Birmingham Roller to the American Giant Runt to the Scandaroon. Birder issues, like what to do if you find a baby pigeon stranded in the park. And our lively shared story together, including all the things we've taught them—Ping-Pong, for example. "Rats with wings?" Think again. 
   
   
   
  Pigeons coo, peck and nest all over the world, yet most of us treat them with indifference or disdain. So Rosemary Mosco, a bird-lover, science communicator, writer, and cartoonist, is here to give the pigeon's image a makeover, and to help every town- and city-dweller get closer to nature by discovering the joys of birding through pigeon-watching.

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  NFT for Beginners: An Essential...

  Donn Newman

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  If you’re confused about the recent surge of Crypto art and want to learn more about NFTs and their market, look no further! 
  Have you ever wondered what the deal is with crypto art? 
  Ever heard the term NFT and wondered what that could possibly mean? 
  Do you feel intimidated by this new technology, more so because you’re barely struggling to understand Bitcoin and Ethereum? 
  Are you a creative person looking to get into the crypto art scene? 
  Then this audiobook is just what you need. 
  Within this audiobook, you will:Learn what an NFT isDiscover the implications of non-fungibility and how you can take advantage of itLearn how the blockchain works and why it makes NFTs possibleUnderstand the importance of Ethereum to all things NFT relatedLearn how to create your very own NFTsUnderstand the dos and don’ts when it comes to making smart investment decisionsDiscover the best sites to list, buy, and sell your NFTSLearn all about these tokens’ real-world applications and how they’re revolutionizing industriesDiscover how smart contracts work to keep you safeLearn about the very real risks of trading NFTs and how to be safe with themDiscover the most successful Crypto artworks to inspire your next one or next investment 
  Using this audiobook as a launching pad, you can understand everything you need to know to take advantage of the next big thing – possibly bigger than Bitcoin – and that’s saying something! 
  So, click the “add to cart” button now and get ready to ride the wave of NFTs into the future.

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  Balance - How It Works and What...

  Paul Thagard

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  Living is a balancing act. Ordinary activities like walking, running, or riding a bike require the brain to keep the body in balance. A dancer’s poised elegance and a tightrope walker’s breathtaking performance are feats of balance. Language abounds with expressions and figures of speech that invoke balance. People fret over work-life balance or try to eat a balanced diet. The concept crops up from politics—checks and balances, the balance of power, balanced budgets—to science, in which ideas of equilibrium are crucial. Why is balance so fundamental, and how do physical and metaphorical balance shed light on each other? 
   
  Paul Thagard explores the physiological workings and metaphorical resonance of balance in the brain, the body, and society. He describes the neural mechanisms that keep bodies balanced and explains why their failures can result in nausea, falls, or vertigo. Thagard connects bodily balance with leading ideas in neuroscience, including the nature of consciousness. He analyzes balance metaphors across science, medicine, economics, the arts, and philosophy, showing why some aid understanding but others are misleading or harmful. Thagard contends that balance is ultimately a matter of making sense of the world. In both literal and metaphorical senses, balance is what enables people to solve the puzzles of life by turning sensory signals or an incongruous comparison into a coherent whole. 
   
  Bridging philosophy, psychology, and neuroscience, Balance shows how an unheralded concept’s many meanings illuminate the human condition.

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  Shadow Dancing - Embodied...

  Paul du Buf

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  "Shadow Dancing" is illuminating and transformative, with a passionate plea to shift from the conventional medical model to a more nuanced, trauma-aware, and integrated methodology. 
  Drawing from his rich experiences as a nurse in addiction treatment centres in the Netherlands and the UK, Paul du Buf champions the importance of a holistic understanding of addiction, exploring the complex interplay between trauma and addiction and articulating the significant steps required for services to transition successfully into becoming trauma-aware. 
  "Shadow Dancing" urges the inclusion of aspects of the Polyvagal model, Integral theory, and Internal Family Systems model into addiction treatments, adding depth to its narrative. This work is the culmination of Paul du Buf's years of knowledge and skill, amalgamated into a compelling blueprint for the future of addiction treatment. Number of pages: 110.

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  Echoes of the Cosmos - Tracing...

  Dirk Fallon

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  The universe is vast, filled with mysteries that challenge our understanding of reality. Among these, dark matter stands out as one of the most elusive and significant components of the cosmos. It is an invisible force that cannot be seen directly, yet it exerts a profound influence on the structure and behavior of galaxies, stars, and the universe as a whole. This chapter delves into the concept of dark matter, exploring its nature, how it was first theorized, and why it remains one of the most intriguing puzzles in modern physics and astronomy. 
  Dark matter was first proposed as a solution to an anomaly in the way galaxies rotate. In the 1930s, astronomer Fritz Zwicky observed that galaxies in the Coma Cluster were moving much faster than expected, based on the visible matter in those galaxies. He suggested the existence of an unseen mass, which he called "dark matter," to account for the gravitational pull that would explain these high speeds. This groundbreaking idea, however, was met with skepticism at the time. Over the decades that followed, evidence continued to accumulate, pointing to the presence of dark matter in the universe. 
  Dark matter is not something we can detect with traditional instruments because it does not emit, absorb, or reflect light. It is essentially invisible to electromagnetic radiation, which makes it very different from the ordinary matter that makes up stars, planets, and everything we can see in the universe. Despite its invisibility, dark matter’s presence is inferred through its gravitational effects on visible matter. For example, when we observe the rotation of galaxies, the stars at the outer edges are moving faster than they should, based on the amount of visible matter in the galaxy. This suggests that there is additional mass, unseen but detectable through its gravitational pull, holding these galaxies together.

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