“With regard to precipitous heights, if you are beforehand with your adversary, you should occupy the raised and sunny spots, and there wait for him to come up.” The Art of War, by Sun Tzù The battleground of Gettysburg was shaped by ancient tectonic movements, sediments transported by rivers and deposited in lakes and finally [...]
“Hence the saying: If you know the enemy and know yourself, your victory will not stand in doubt; if you know Heaven and know Earth, you may make your victory complete.” The Art of War, by Sun Tzù In 1863, after more than two years of Civil War, the Confederate Army of Northern Virginia launches [...]
“There are no good wars, with the following exceptions: the American Revolution, World War II, and the Star Wars Trilogy.” Bart Simpson in “Bart the General” (1990) Geology played a role in many past conflicts, but can war – even if only a fictional future war – play a role in geological fieldwork?
It was during the first World War that the impact of human warfare on the landscape exponentially increased. Large armies equipped with the most advanced military technology- especially the high energy explosives evolved rapidly – devastated entire landscapes along the Western Front, stretching from the English Channel to the Swiss mountains.
June 6, 1944 – in planning for D-Day – also geology was considered, as aerial photographs of the shores of Normandy were studied to find suitable landing sites for the invasion.
This Week Geohistory: May 23, 1707: Birthday of botanist Carl Linnaeus, his famous classification system for the natural world (the binomial nomenclature) included also minerals, as he himself was also interested in mining geology, and influenced later more famous geologists, like Abraham Gottlob Werner.
The west coast of the U.S. is not only characterized by earthquakes and related myths, but also by volcanoes and also these natural phenomena became incorporated in supernatural stories.
In the late 18th century earth-sciences experienced a revolution. The principles of modern rock classification were introduced and sediments subdivided by the content of embedded fossils.
“Every one has heard of the Ibis, the bird to which the ancient Egyptians paid religious worship; which they brought up in the interior of their temples, which they allowed to stray unharmed trough their cities, and whose murderer, even though involuntary, was pnished by death; which they embalmed with as much care as their [...]
The prevailing geological model of the early 19th century was characterized by an almost static earth, maybe slowly cooling and shrinking, until the molten interior would eventually be completely frozen and solidified.
STAFFBehind the scenes at Scientific AmericanRead
Anecdotes from the Archive
Anthropology in Practice
Exploring the human condition.Read
Insights into intelligence, creativity, and the mindRead
Everything you always wanted to know about raising science-literate kidsRead
Dark Star Diaries
Explore the science behind the dog in your bedRead
News and research about endangered species from around the worldRead
Frontiers for Young Minds
Science by and for kids ages 8-15Read
Commentary invited by editors of Scientific AmericanRead
Illusions, Delusions, and Everyday DeceptionsRead
Discussion and news about planets, exoplanets, and astrobiologyRead
MIND Guest Blog
Commentary invited by editors of Scientific American MindRead
Not bad science
New discoveries in animal behavior and cognitionRead
Opinion, arguments & analyses from guest experts and from the editors of Scientific AmericanRead
More than wires - exploring the connections between energy, environment, and our livesRead
Roots of Unity
Mathematics: learning it, doing it, celebrating it.Read
Adventures in the good science of rock-breaking.Read
STAFFIllustrating science since 1845Read
STAFFA science blog, sans blagueRead
Amphibians, reptiles, birds and mammals - living and extinctRead
The Artful Amoeba
A Blog About the Weird Wonderfulness of Life on EarthRead
Exploring and celebrating diversity in science.Read