Download or read book Despotism and Differential Reproduction written by Laura L. Betzig and published by Transaction Publishers. This book was released on with total page 185 pages. Available in PDF, EPUB and Kindle. Book excerpt: In the first century after the book's publication, virtually no one tested Darwin's theory against the evidence of human history. Now that tide has changed. Laura Betig challenges the proposition that the evolved end of human life is its reproduction by presenting the literature on conflict resolution from over a hundred societies. The research results presented in Despotism and Differential Reproduction convincingly uphold Darwin's prophecy. A basic premise behind research has always been that understanding the way things are should contribute to our ability to change them to the way we would like them to be. This idea forms the basis for Betig's research--she sets out to explain how things really are by leading the reader through the historical and natural conditions that have promoted despotism in the hopes that this might eventually eradicate it. She begins with the idea that reproduction is the end of human life, and that all forms of power and strength are exploited in reaching this end. In this way, Betig shows with startling clarity how power corrupts and how despotic governments continue to exist in the world today. Engaging--even at times railing against--existing literature on human and social evolution, such as that of Rousseau and Marx, Betig asserts herself as a formidable and undeniable voice in this debate. Since Darwin's monumental work, more has been said about why questions regarding how human history has been shaped by natural history should not even be asked, than has been said in an effort to answer them. This work puts a stop to that by testing the Darwinian hypothesis and finding that he was right: light has in fact been shed on human political and reproductive history. Controversial and creative, this book makes no apologies for its bold messages and interdisciplinary boundary blending and addresses a topic of continuing interest and importance.