Charles Mann’s 1491 is one of my all-time favorite books. I mean, if this description doesn’t stir you:
Contrary to what so many Americans learn in school, the pre-Columbian Indians were not sparsely settled in a pristine wilderness; rather, there were huge numbers of Indians who actively molded and influenced the land around them. The astonishing Aztec capital of Tenochtitlan had running water and immaculately clean streets, and was larger than any contemporary European city. Mexican cultures created corn in a specialized breeding process that it has been called man’s first feat of genetic engineering. Indeed, Indians were not living lightly on the land but were landscaping and manipulating their world in ways that we are only now beginning to understand. Challenging and surprising, this a transformative new look at a rich and fascinating world we only thought we knew.
On Twitter yesterday, Mann shared that a documentary series was being made based on the book. The eight-part series is being commissioned by Canada’s APTN (Aboriginal Peoples Television Network) and Barbara Hager, who is of Cree/Metis heritage, will write, direct, and produce.
This is fantastic news. I hope this gets US distribution at some point, even if it’s online-only.
One of the major points in Charles Mann’s 1491 (great book, a fave) is that the indigenous peoples of the Americas did not live in pristine wilderness. Through techniques like cultivation and controlled burning, they profoundly shaped their environments, from the forests of New England to the Amazon.
In the 1850s, the indigenous inhabitants of Yosemite Valley, who used controlled burning to maintain the health of the forest, were driven out by a militia. As Eric Michael Johnson writes in Scientific American, the belief in the myth of pristine wilderness by naturalist John Muir has had a negative impact on the biodiversity and the ability to prevent catastrophic fire damage in Yosemite National Park.
The results of this analysis were statistically significant (p < 0.01) and revealed that shade-tolerant species such as White fir and incense cedar had increased to such an extent that Yosemite Valley was now two times more densely packed than it had been in the nineteenth century. These smaller and more flammable trees had pushed out the shade-intolerant species, such as oak or pine, and reduced their numbers by half. After a century of fire suppression in the Yosemite Valley biodiversity had actually declined, trees were now 20 percent smaller, and the forest was more vulnerable to catastrophic fires than it had been before the U.S. Army and armed vigilantes expelled the native population.
You have solar on your roof, a hybrid in your garage, and wind, water, nuclear, and natural gas all being pushed by various companies and interest groups. But, now, and for the foreseeable future, you’ve also got coal. And lots of it. Wired’s Charles C. Mann lays it out:
A lump of coal is a thoroughly ubiquitous 21st-century artifact, as much an emblem of our time as the iPhone. Today coal produces more than 40 percent of the world’s electricity, a foundation of modern life. And that percentage is going up.
That reality is bad news for the environment and climate change, and it leaves us with a big question: How do we minimize the damage?
As a belated recognition of Exploration Day, here’s Charles C. Mann’s piece on the history of the Americas before Columbus: 1491. This piece blew my doors off when I first read it.
Before it became the New World, the Western Hemisphere was vastly more populous and sophisticated than has been thought-an altogether more salubrious place to live at the time than, say, Europe. New evidence of both the extent of the population and its agricultural advancement leads to a remarkable conjecture: the Amazon rain forest may be largely a human artifact.
This article spawned a book of the same name, which is one of my favorite non-fiction reads of the past decade.
Writing for The Atlantic, Charles C. Mann writes about a little-exploited fossil fuel called methane hydrate (“crystalline natural gas”) that is present in the Earth’s crust in great quantities…”by some estimates, it is twice as abundant as all other fossil fuels combined”.
If methane hydrate allows much of the world to switch from oil to gas, the conversion would undermine governments that depend on oil revenues, especially petro-autocracies like Russia, Iran, Venezuela, Iraq, Kuwait, and Saudi Arabia. Unless oil states are exceptionally well run, a gush of petroleum revenues can actually weaken their economies by crowding out other business. Worse, most oil nations are so corrupt that social scientists argue over whether there is an inherent bond-a “resource curse”-between big petroleum deposits and political malfeasance. It seems safe to say that few Americans would be upset if a plunge in demand eliminated these countries’ hold over the U.S. economy. But those same people might not relish the global instability — a belt of financial and political turmoil from Venezuela to Turkmenistan — that their collapse could well unleash.
On a broader level still, cheap, plentiful natural gas throws a wrench into efforts to combat climate change. Avoiding the worst effects of climate change, scientists increasingly believe, will require “a complete phase-out of carbon emissions… over 50 years,” in the words of one widely touted scientific estimate that appeared in January. A big, necessary step toward that goal is moving away from coal, still the second-most-important energy source worldwide. Natural gas burns so much cleaner than coal that converting power plants from coal to gas-a switch promoted by the deluge of gas from fracking-has already reduced U.S. greenhouse-gas emissions to their lowest levels since Newt Gingrich’s heyday.
We’ve spent the two dozen years putting computers in everything from our bodies to our cars. Now those devices increasingly have wireless connections to the outside world. Throw in a little lax security and the whole world becomes hackable.
Hospital equipment like external defibrillators and fetal monitors can at least be picked up, taken apart, or carted away. Implanted devices — equipment surgically implanted into the body — are vastly more difficult to remove but not all that much harder to attack.
You don’t even have to know anything about medical devices’ software to attack them remotely, Fu says. You simply have to call them repeatedly, waking them up so many times that they exhaust their batteries-a medical version of the online “denial of service” attack, in which botnets overwhelm Web sites with millions of phony messages. On a more complex level, pacemaker-subverter Barnaby Jack has been developing Electric Feel, software that scans for medical devices in crowds, compromising all within range. Although Jack emphasizes that Electric Feel “was created for research purposes, in the wrong hands it could have deadly consequences.” (A General Accounting Office report noted in August that Uncle Sam had never systematically analyzed medical devices for their hackability, and recommended that the F.D.A. take action.)
Charles Mann visits the airport with security expert Bruce Schneier and a fake boarding pass. What he finds is a lot of security theater and not much security.
“The only useful airport security measures since 9/11,” he says, “were locking and reinforcing the cockpit doors, so terrorists can’t break in, positive baggage matching” — ensuring that people can’t put luggage on planes, and then not board them — “and teaching the passengers to fight back. The rest is security theater.”
In recent years, authors have claimed that many seemingly boring things have changed the world but a particularly strong case can be made for the potato and Charles C. Mann makes it.
The effects of this transformation were so striking that any general history of Europe without an entry in its index for S. tuberosum should be ignored. Hunger was a familiar presence in 17th- and 18th-century Europe. Cities were provisioned reasonably well in most years, their granaries carefully monitored, but country people teetered on a precipice. France, the historian Fernand Braudel once calculated, had 40 nationwide famines between 1500 and 1800, more than one per decade. This appalling figure is an underestimate, he wrote, “because it omits the hundreds and hundreds of local famines.” France was not exceptional; England had 17 national and big regional famines between 1523 and 1623. The continent simply could not reliably feed itself.
The potato changed all that. Every year, many farmers left fallow as much as half of their grain land, to rest the soil and fight weeds (which were plowed under in summer). Now smallholders could grow potatoes on the fallow land, controlling weeds by hoeing. Because potatoes were so productive, the effective result, in terms of calories, was to double Europe’s food supply.
Mann talks more about the potato in his excellent 1493: Uncovering the New World Columbus Created.
I’m slowly working my way through Charles Mann’s 1493 and there are interesting tidbits on almost every page. One of my favorite bits of the book so far is a possible explanation of the Little Ice Age that I hadn’t heard before put forth by William Ruddiman.
As human communities grow, Ruddiman pointed out, they open more land for farms and cut down more trees for fuel and shelter. In Europe and Asia, forests were cut down with the ax. In the Americas before [Columbus], the primary tool was fire. For weeks on end, smoke from Indian bonfires shrouded Florida, California, and the Great Plains.
Burning like this happened all over the pre-Columbian Americas, from present-day New England to Mexico to the Amazon basin to Argentina. Then the Europeans came:
Enter now the Columbian Exchange. Eurasian bacteria, viruses, and parasites sweep through the Americas, killing huge numbers of people — and unraveling the millenia-old network of human intervention. Flames subside to embers across the Western Hemisphere as Indian torches are stilled. In the forests, fire-hating trees like oak and hickory muscle aside fire-loving species like loblolly, longleaf, and slash pine, which are so dependent on regular burning that their cones will only open and release seed when exposed to flame. Animals that Indians had hunted, keeping their numbers down, suddenly flourish in great numbers. And so on.
The regular fires and forest regrowth resulted in less carbon dioxide in the atmosphere and the atmosphere traps less heat. It’s like global warming in reverse.
Tyler Cowen says that Charles Mann’s 1491 (a taste of which can be read here) is “one of my favorite books ever, in any field”, to which I add a hearty “me too”. Mann’s been hard at work at a sequel, 1493: Uncovering the New World Columbus Created, which is due out in August, just in time for some seriously awesome beach reading.
From the author of 1491 — the best-selling study of the pre-Columbian Americas — a deeply engaging new history that explores the most momentous biological event since the death of the dinosaurs.
More than 200 million years ago, geological forces split apart the continents. Isolated from each other, the two halves of the world developed totally different suites of plants and animals. Columbus’s voyages brought them back together — and marked the beginning of an extraordinary exchange of flora and fauna between Eurasia and the Americas. As Charles Mann shows, this global ecological tumult — the “Columbian Exchange” — underlies much of subsequent human history. Presenting the latest generation of research by scientists, Mann shows how the creation of this worldwide network of exchange fostered the rise of Europe, devastated imperial China, convulsed Africa, and for two centuries made Manila and Mexico City — where Asia, Europe, and the new frontier of the Americas dynamically interacted — the center of the world.