Modern science postulates that our political predispositions can be traced to our genes. To some extent, there is such a thing as "red-state" or "blue-state" DNA. Our brains likewise bear the evolutionary imprint of hundreds of thousands of years of political wiring-for biased partisanship. The result is a political landscape characterized by irrationality and hostility. Americans today, like citizens of many other countries, find themselves trapped in hostile "red" vs. "blue" political warfare. While liberals and conservatives fight each other for power and influence, the world's problems go unsolved. Using recent scientific evidence from neuroscience, behavioral genetics, and evolutionary and cognitive psychology, Red Genes, Blue Genes is the first book to take a comprehensive look at the phenomenon of political irrationality. This book seeks to unravel a number of political mysteries: Why does it seem that liberals and conservatives are different kinds of people? Why are political arguments so hostile and impervious to reason? Why are partisans and political figures so certain they are right all the time? Why are citizens everywhere unsatisfied with "democratic" systems of government? Why are political campaigns so shallow, vicious and manipulative? This book provides answers to the above questions, showing how understanding political irrationality may enable us to devise new systems of government that are truly democratic. Book jacket.

Written with heartrending honesty, a memoir that captures the devastation of this family legacy of depression and details the strength and hope that can provide a way of escaping its grasp. “A compassionate but clear-eyed view of his family history.” —Washington Post Christopher (Kit) Lukas’s mother committed suicide when he was a boy. He and his brother, Tony, were not told how she died. No one spoke of the family’s history of depression and bipolar disorder. The brothers grew up to achieve remarkable success; Tony as a gifted journalist (and author of the classic book, Common Ground), Kit as an accomplished television producer and director. After suffering bouts of depression, Kit was able to confront his family’s troubled past, but Tony never seemed to find the contentment Kit had attained—he killed himself in 1997.

Written with heartrending honesty, a memoir that captures the devastation of this family legacy of depression and details the strength and hope that can provide a way of escaping its grasp. “A compassionate but clear-eyed view of his family history.” —Washington Post Christopher (Kit) Lukas’s mother committed suicide when he was a boy. He and his brother, Tony, were not told how she died. No one spoke of the family’s history of depression and bipolar disorder. The brothers grew up to achieve remarkable success; Tony as a gifted journalist (and author of the classic book, Common Ground), Kit as an accomplished television producer and director. After suffering bouts of depression, Kit was able to confront his family’s troubled past, but Tony never seemed to find the contentment Kit had attained—he killed himself in 1997.

The advance of genetic sciences has led to a 'blue revolution' in the way we use aquatic biodiversity. By 2020, the world will be eating almost as much farmed as wild fish, marine bacteria could yield the cure for cancer and deep-sea bacteria may be exploited to gobble up oil spills. Science is moving ahead at a staggering speed, and the demand for genetic resources is growing rapidly - yet governance and policy lag far behind. This groundbreaking work is the first to look at the ownership, governance and trade in aquatic genetic resources. Blue Genes describes the growing demand for aquatic genetic resources and the desperate need to fill the policy vacuum about the management and conservation of aquatic biodiversity, which would help create a foundation for rules dictating access to, and use of, aquatic genetic resources. Special attention is paid to indigenous and local people having the right to access these resources and their role in managing and conserving aquatic biodiversity. The book concludes with policy recommendations specifically tailored to aquatic resources, with the use of six case studies from four continents to illustrate key issues.

Many common psychological problems, such as depression, bipolar disorder, obsessive-compulsive disorder, and ADHD, can be linked to chemical imbalances in the brain. Dr. Paul Meier, whose clinic treats thousands of people per week, has written Blue Genes to help find answers for those who struggle. Through fascinating case studies, Dr. Meier shows the dramatic difference counseling and medicine can make. This empowering book addresses how genetics, environment, diet, fitness, and spirituality all affect our minds and our quality of life.

Originally published in 1986, we were living in a world in which the number of publications in behaviour genetics had reached a point where it was difficult, even for those teaching the subject, to keep up with the literature. The editors of this title believe that there is a need for people who have planned and executed long-term research programs to summarize and comment on their results. This volume was intended to help meet that need. The authors were given free choice of subject and format. The result is a variety of topics that had been researched mainly over the previous decade. Chapter 1 is an exception and looked back at the work of others in behaviour genetics over a quarter-century and tried to detect trends in the types of research done in the field.

HAVE YOU EVER wondered what makes you, You? Join Poppy on her journey into the fascinating world of her genetics. Learn how Poppy's genes created her red hair and blue eyes -- and trace these traits through her family tree. Poppy's genes are not the only things that help make her unique. discover, with Poppy, how your genes and the world around you can shape who you are. - What makes you unique? - Why do you look like your family? - What do genes have to do with it? Join Poppy to find out answers to these questions and more.

For countless generations people have been told that their potential as humans is limited and fundamentally unequal. The social order, they have been assured, is arranged by powers beyond their control. More recently the appeal has been to biology, specifically the genes, brain sciences, the concept of intelligence, and powerful new technologies. Reinforced through the authority of science and a growing belief in bio-determinism, the ordering of the many for the benefit of a few has become more entrenched. Yet scientists are now waking up to the influence of ideology on research and its interpretation. In Genes, Brains, and Human Potential, Ken Richardson illustrates how the ideology of human intelligence has infiltrated genetics, brain sciences, and psychology, flourishing in the vagueness of basic concepts, a shallow nature-versus-nurture debate, and the overhyped claims of reductionists. He shows how ideology, more than pure science, has come to dominate our institutions, especially education, encouraging fatalism about the development of human intelligence among individuals and societies. Genes, Brains, and Human Potential goes much further: building on work being done in molecular biology, epigenetics, dynamical systems, evolution theory, and complexity theory, it maps a fresh understanding of intelligence and the development of human potential. Concluding with an upbeat message for human possibilities, this synthesis of diverse perspectives will engender new conversations among students, researchers, and other interested readers.

Genetics of the Old English Game Bantams is the MUST HAVE book that ALL poultry enthusiast, hobbyists, and breeders should read. It is well written and easy to understand. If you have an interest in color patterns, comb types and morphological characters this book will lead you down the correct path to making your own experiments and crosses. Get your copy today, sit back, crack open the cover and you will not be able to put it down. You will want it by your side for all your genetics questions and experiments.