Showing results for "william" in Biology

Naming Darwin's Black Box to the National Review's list of the 100 most important nonfiction works of the 20th century, George Gilder wrote that it "overthrows Darwin at the end of the 20th century in the same way that quantum theory overthrew Newton at the beginning". Discussing the book in the New Yorker in May 2005, H. Allen Orr said of Behe, "He is the most prominent of the small circle of scientists working on intelligent design, and his arguments are by far the best known."

The first book to reveal the hidden world of sharks, Emperors of the Deep draws upon the latest scientific research to examine four species in detail - mako, tiger, hammerhead and great white - as never before. An eye-opening tour of shark habitats ranges from the coral reefs of the Central Pacific where great whites mysteriously congregate every autumn, to tropical mangrove forests where baby lemon sharks play in social groups and to the frigid waters of the North Atlantic, home to 400-year-old Greenland sharks, the world’s longest-lived vertebrates.

Humans have kept honey bees in hives for millennia, yet only in recent decades have biologists begun to investigate how these industrious insects live in the wild. The Lives of Bees is Thomas Seeley’s captivating story of what scientists are learning about the behavior, social life, and survival strategies of honey bees living outside the beekeeper’s hive - and how wild honey bees may hold the key to reversing the alarming die-off of the planet’s managed honey bee populations.

In 2004, an enigmatic charter captain named Al Anderson caught and marked one Atlantic bluefin tuna off New England’s coast with a plastic fish tag. Fourteen years later that fish – dubbed Amelia for her ocean-spanning journeys – died in a Mediterranean fish trap, sparking Karen Pinchin’s riveting investigation into the marvels, struggles, and prehistoric legacy of this remarkable species.

Professor Richard Fortey has been a devoted field mycologist all his life. He has rejoiced in the exuberant variety and profusion of mushrooms since reading as a boy of nuns driven mad by ergot (a fungus). Drawing on decades of experience doing science in the woods and fields, Fortey starts with the perfect ‘fungus day’ – eating ceps in Piedmont. He introduces brown rotters and the white, earthstars and death caps; fungal annuals and perennials, dung lovers and parasites, even fungi that move through the trees like mycelial monkeys.

Antibiotics are powerful drugs that can prevent and treat infections, but they are becoming less effective as a result of drug resistance. Resistance develops because the bacteria that antibiotics target can evolve ways to defend themselves against these drugs. When antibiotics fail, there is very little else to prevent an infection from spreading. Unnecessary use of antibiotics in both humans and animals accelerates the evolution of drug-resistant bacteria, with potentially catastrophic personal and global consequences.

Oxford Case Histories in Infection and Microbiology contains over 45 well structured cases, providing comprehensive coverage of the diagnostic and management dilemmas in clinical microbiology and infectious diseases. Each case comprises of a brief patient history with relevant clinical examination findings, thus insuring the listener is aware of how to confirm a diagnosis rapidly, with reference throughout to laboratory techniques, advice on therapy, epidemiological features, and areas which can be controversial.

Charles Darwin’s theories, first published more than 150 years ago, still set the paradigm of how we understand the evolution of life--but scientific advances of recent decades have radically altered that. Now two pioneering scientists draw on their years of experience in paleontology, biology, chemistry, and astrobiology to deliver an eye-opening narrative using a generation’s worth of insights culled from new research.

We inherit mechanisms for survival from our primeval past - none so obviously as those involved in reproduction. The hormone testosterone underlies the organization of activation of masculinity: It changes the body and brain to make a male. It is involved not only in sexuality but in driving aggression, competitiveness, risk-taking - all elements that were needed for successful survival and reproduction in the past. But these ancient systems are carried forward into a modern world.