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Sunday, December 14, 2008

Scientific American: The Evolution of Evolution

 
The latest edition of Scientific American is all about "The Evolution of Evolution."

Here's how the editor-in-chief, John Rennie introduces the articles.
When Charles Darwin published "On the Origin of Species" in 1859, he touched off a Cambrian explosion in evolutionary thought. Naturalists had theorized about evolution for centuries before him, but their ideas were generally unfruitful, untestable or wrong. Darwin's breakthrough insight was not that a simple mechanism—natural selection—made evolution possible. Rather it was that in organisms whose environments changed nonrandomly and whose reproductive success in that environment depended on inherited traits, evolution became inevitable.

In the decades that followed, Darwin's ideas connected up with the nascent field of genetics and then, at an ever quickening pace, with molecular biology, ecology and embryology. The explanatory power his concepts proved irresistible. Today 200 years after his birth and 150 years after "Origin of Species," Darwin's legacy is a larger, richer, more diverse set of theories than he could have imagined.
You will enjoy reading the articles to see exactly what Scientific American means when they talk of a "richer, more diverse set of theories." Here's the list.

SciAm Perspectives: A Theory for Everyman
; by The Editors; 1 Page
Evolution should be taught as a practical tool for understanding drug resistance and the price of fish.
Darwin's Living Legacy; by Gary Stix; 6 Pages
A Victorian amateur undertook a lifetime pursuit of slow, meticulous observation and thought about the natural world, producing a theory 150 years ago that still drives the contemporary scientific agenda.
Testing Natural Selection; by H. Allen Orr; 8 Pages
Biologists working with the most sophisticated genetic tools are demonstrating that natural selection plays a greater role in the evolution of genes than even most evolutionists had thought.
From Atoms to Traits; by David M. Kingsley; 8 Pages
Charles Darwin saw that random variations in organisms provide fodder for evolution. Modern scientists are revealing how that diversity arises from changes to DNA and can add up to complex creatures or even cultures.
The Human Pedigree; by Kate Wong; 4 Pages
Some 180 years after unearthing the first human fossil, paleontologists have amassed a formidable record of our forebears.
This Old Body; by Neil H. Shubin; 4 Pages
Evolutionary hand-me-downs inherited from fish and tadpoles have left us with hernias, hiccups and other maladies.
What Will Become of Homo sapiens?; by Peter Ward; 6 Pages
Contrary to popular belief, humans continue to evolve. Our bodies and brains are not the same as our ancestors’ were—or as our descendants’ will be.
Four Fallacies of Pop Evolutionary Psychology; by David J. Buller; 8 Pages
Some evolutionary psychologists have made widely popularized claims about how the human mind evolved, but other scholars argue that the grand claims lack solid evidence.
Evolution in the Everyday World; by David P. Mindell; 8 Pages
Understanding of evolution is fostering powerful technologies for health care, law enforcement, ecology, and all manner of optimization and design problems.
The Science of Spore; by Ed Regis; 2 Pages
A computer game illustrates the difference between building your own simulated creature and real-life natural selection.
The Latest Face of Creationism; by Glenn Branch and Eugenie C. Scott; 8 Pages
Creationists who want religious ideas taught as scientific fact in public schools continue to adapt to courtroom defeats by hiding their true aims under ever changing guises.


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