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  • Evolutionary Ideas : Unlocking ancient innovation to solve tomorrow's challenges
    Evolutionary Ideas : Unlocking ancient innovation to solve tomorrow's challenges

    When faced with new challenges, it’s easy to feel our solutions need to be equally unprecedented.We think we need a revolution. But what if this is a big mistake? In Evolutionary Ideas, Sam Tatam shows how behavioural science and evolutionary psychology can help us solve tomorrow’s challenges, not by divining something the world has never seen, but by borrowing from yesterday’s solutions – often in the most unexpected ways. Just as millions of years of evolution have helped craft the wing and dorsal fin, thousands of engineers, designers, marketers and advertisers have toiled to solve many of the problems you face today.Over time, through intent, design, social learning and sheer luck, we have found what works. Armed with an enhanced ability to see these patterns in human innovation, we can now systematically approach the creative process to develop more effective ideas more readily and rapidly. Just as Japanese engineers reduced bullet train noise by studying the evolved biology of the owl and kingfisher, today we can see how Disney improved the queueing experience in the same way Houston airport made arrivals feel faster (while making people walk further).We’ll learn how the chocolate at the bottom of a Cornetto ice cream can improve an Error 404 message, and what a bowl of M&Ms has in common with a canary in a coal mine. These are Evolutionary Ideas. Exploring five of the most critical challenges we face today, we learn how to ‘breed’ more effective solutions from those that have survived.The result is a dynamic and exciting way of solving problems and supercharging creativity – for anyone in any endeavour.

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  • Evolutionary Intelligence : How Technology Will Make Us Smarter
    Evolutionary Intelligence : How Technology Will Make Us Smarter

    A surprising vision of how human intelligence will coevolve with digital technology and revolutionize how we think and behave. It is natural for us to fear artificial intelligence.But does Siri really want to kill us? Perhaps we are falling into the trap of projecting human traits onto the machines we might build.In Evolutionary Intelligence, Neuman offers a surprisingly positive vision in which computational intelligence compensates for the well-recognized limits of human judgment, improves decision making, and actually increases our agency.In artful, accessible, and adventurous prose, Neuman takes the reader on an exciting, fast-paced ride, all the while making a convincing case about a revolution in computationally augmented human intelligence. Neuman argues that, just as the wheel made us mobile and machines made us stronger, the migration of artificial intelligence from room-sized computers to laptops to our watches, smart glasses, and even smart contact lenses will transform day-to-day human decision making.If intelligence is the capacity to match means with ends, then augmented intelligence can offer the ability to adapt to changing environments as we face the ultimate challenge of long-term survival. Tapping into a global interest in technology’s potential impacts on society, economics, and culture, Evolutionary Intelligence demonstrates that our future depends on our ability to computationally compensate for the limitations of a human cognitive system that has only recently graduated from hunting and gathering.

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  • Evolutionary Medicine
    Evolutionary Medicine

    Evolutionary thinking provides insights into many different areas in the research and practice of medicine and public health.It takes specialties such as medical microbiology, epidemiology, oncology, gynecology, and psychiatry that had become increasingly siloed and places them in a larger framework.This foundational structure enables students to view medical knowledge as an integrated whole, underpinned by general principles rather than a loose collection of disparate facts.The discipline of evolutionary medicine continues to advance rapidly as new results come in showing where the insights pay off and where they do not.Its conceptual foundations have also been strengthened in papers not yet reflected in the textbooks, so a new edition is therefore timely.At the same time, the teaching of evolutionary medicine has also been steadily gaining momentum both in courses that prepare undergraduates for medical school in North America and in other contexts worldwide.Evolutionary Medicine is intended for undergraduate students preparing for careers in medicine and public health, students in schools of medicine and public health, and medical professionals curious about the insights that evolutionary thinking can bring to their field.It will also be relevant to students and researchers in the fields of evolutionary biology, anthropology, developmental biology, and genetics.It highlights the most important insights in a relatively brief and compelling book that does not attempt encyclopedic coverage of a rapidly changing field.

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  • Evolutionary Psychology
    Evolutionary Psychology

    Ø Why do humans live in social groups? Ø What is the purpose of culture and why is it important? Ø How did human language develop and what distinguishes it from other animal communication systems? Evolutionary Psychology offers a comprehensive and lucid overview of the main ideas, issues and debates in this field, tackling a wide range of fascinating questions that are pertinent to our understanding of modern life. Uniquely, the book balances the three key perspectives on evolutionary theory, providing an insight into how our brain mechanisms, behavioural strategies and learning capacity have all contributed to our evolution. The book first guides the reader through the foundations of evolutionary psychology, drawing on research and key theories, before discussing the future directions of this field.

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  • How does modern evolutionary research differ from earlier research?

    Modern evolutionary research differs from earlier research in several key ways. Firstly, modern research benefits from advanced technologies such as DNA sequencing, which allows for a more detailed understanding of genetic variation and evolutionary relationships. Additionally, modern research often takes a more interdisciplinary approach, incorporating insights from fields such as genomics, ecology, and computational biology. Finally, there is a greater emphasis on studying evolution in real time, through experiments and observations in natural populations, rather than relying solely on fossil evidence.

  • What is the evolutionary history of the development of horses?

    Horses have a long evolutionary history that dates back over 50 million years. They evolved from small, multi-toed creatures known as eohippus, which lived in forests and had a diet of soft plants. Over time, as their environment changed and grasslands became more prevalent, horses adapted by developing a single toe and teeth suited for grazing on tougher grasses. This evolutionary process led to the development of the modern horse we are familiar with today.

  • Do all evolutionary factors have to act in synthetic evolutionary theory?

    In synthetic evolutionary theory, not all evolutionary factors have to act in isolation. Instead, the theory emphasizes the interaction and integration of multiple factors, such as genetic variation, natural selection, genetic drift, and gene flow, in shaping the evolutionary process. This approach recognizes that evolution is a complex and multifaceted phenomenon, and that the combined effects of these factors can lead to the emergence of new traits and species. By considering the interactions among these factors, synthetic evolutionary theory provides a more comprehensive understanding of the evolutionary process.

  • How can the criteria of evolutionary development in vertebrates be demonstrated?

    The criteria of evolutionary development in vertebrates can be demonstrated through the study of comparative anatomy, embryology, and genetics. By comparing the anatomical structures of different vertebrate species, scientists can identify similarities and differences that provide evidence of evolutionary relationships. Additionally, studying the embryonic development of vertebrates can reveal shared developmental pathways and structures that point to common ancestry. Finally, genetic analysis can provide insights into the evolutionary history of vertebrates by identifying shared genetic sequences and molecular mechanisms. Together, these approaches help to demonstrate the criteria of evolutionary development in vertebrates.

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  • Evolutionary Playwork
    Evolutionary Playwork

    Play is a crucial component in the development of all children.In this fully updated and revised edition of his classic playwork text, Bob Hughes explores the complexities of children’s play, its meaning and purpose, and argues that adult-free play is essential for the psychological well-being of the child. The book is divided into fourteen chapters that together examine the fundamentals of evolutionary play.Firstly, Hughes examines the very earliest ideas of playwork and its impact on brain growth and organization today.He then goes on to explore and explain the key theoretical concepts underlying playwork.These include discussions on free play and creating suitable play environments alongside more thorny issues such as safety and consultation.Finally, the book offers up some of Hughes’ most recent research that reveals how his approach to play and playwork in global society has continued to evolve throughout his career to meet new challenges and needs.Throughout this book, Hughes has included his fellow practitioner Mick Conway’s vivid observations of children at play to bring the facts and arguments in the text to life.This revised edition reflects important recent advances in our understanding of the evolutionary history of play and its impact on the development of the brain, of the role play in the development of resilience and of the impact of play deprivation.Evolutionary Playwork is still the only book to combine the reality of playwork practice with the fundamentals of evolutionary and developmental psychology, and it is still essential reading for all playwork students, practitioners and researchers.

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  • Evolutionary Finance
    Evolutionary Finance

    The purpose of this book is to introduce the field of bioinformatics to financial modelling.It focuses on the way information informs price, and constructs a framework to explain information generation and the agglomeration process, enabling the reader to make more effective financial decisions.Based on all aspects of applied finance, this book uses informational analysis to help the reader understand the similarities between biomathematics and financial mathematics.

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  • Evolutionary Urban Development : Lessons from Central and Eastern Europe
    Evolutionary Urban Development : Lessons from Central and Eastern Europe

    Drawing on a range of disciplinary approaches, this text explores the drivers of urban development. Through an evolutionary lens, cities are shown to find a development path amidst an ever-changing landscape, sometimes facing extreme externalities such as wars and economic crises.Key themes covered include urban growth, decentralisation, path dependence, institutional change, governance, entrepreneurship and culture.Detailed case studies of the history-rich metropolises of Berlin, Budapest and Warsaw allow the author to examine the adaptive abilities of cities in flux and draw conclusions with broader international relevance.This text will be valuable reading for advanced students and researchers in urban economics, evolutionary economics, institutional economics and Central European studies.

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  • How Knowledge Grows : The Evolutionary Development of Scientific Practice
    How Knowledge Grows : The Evolutionary Development of Scientific Practice


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  • Which term from biology or evolutionary research am I looking for?

    You are looking for the term "natural selection."

  • How does the shark stand in the evolutionary development towards the whale?

    The shark and the whale are both part of the group of animals known as Chondrichthyes, which are cartilaginous fish. However, the shark is more closely related to the ancient ancestors of whales, as they both evolved from a common ancestor around 400 million years ago. The shark represents an earlier stage in the evolutionary development towards the whale, as it has retained its fish-like characteristics such as gills and fins, while the whale has evolved to become a mammal, with features such as lungs and a blowhole for breathing air at the water's surface. The transition from the shark to the whale represents a significant evolutionary shift from a fish-like to a mammal-like form, with adaptations for life in the water.

  • Is love of evolutionary origin?

    Yes, the concept of love is believed to have evolutionary origins. Evolutionary psychologists suggest that love developed as a mechanism to promote bonding and cooperation between individuals, which increased the chances of survival and reproduction. The feelings of attachment, care, and protection associated with love are thought to have evolved to ensure the successful raising of offspring. Therefore, love is considered to have evolved as an adaptive trait that has persisted over time due to its benefits for human survival and reproduction.

  • What is an evolutionary brake?

    An evolutionary brake refers to a factor or mechanism that slows down or limits the rate of evolution within a population or species. This can include environmental factors, such as limited resources or harsh conditions, that restrict the ability of individuals with certain traits to survive and reproduce. Additionally, genetic factors, such as mutations that are detrimental to an organism's survival or reproduction, can act as evolutionary brakes by preventing those traits from becoming more common in a population. Overall, evolutionary brakes help to maintain genetic diversity and prevent rapid and potentially harmful changes in a population.

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