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A million thanks to Mike McCarthy and Amanda Hahnel, our two fabulous interns who provided you with news and analysis on this blog this fall. You're likely to still see a few pieces from them pop up in 2010, as they did more work than we had days to fill. They will be missed!
I'm skipping the news today - there is not much on the natural security front, but enough other important news for the nation to keep you all busy. If I see anything good today, I'll Tweet and Facebook it for you. We'll be taking tomorrow off to recover, so we'll see you all next Monday. Happy New Year!
David Mamet's 1977 play The Water Engine could have taken many forms. Mamet could have taken his basic premise—guy invents engine that runs on water—and easily turned it into a contemporary thriller, a futuristic sci-fi story, or a legal drama. But he chose to set the story in 1934 Chicago, during the Century of Progress Exhibition, because the Exhibition's theme—scientific innovation—dovetails perfectly with Mamet's own theme: where technology is concerned, businesses will always emphasize profit over utility. The Exhibition's unofficial motto—“science finds, industry applies, man conforms”— becomes an ironic counterpoint to this story of avarice and betrayal.
The story is simple. Charles Lang, a young factory worker, invents an engine that runs on distilled water. With the water, and a simple battery to spark the ignition, Lang's engine can put out eight horsepower—enough to power a modern lawnmower or tricked-out La-Z-Boy. Lang tries to get a patent, but the first lawyer he approaches betrays him and brings in industrial agents to intimidate and blackmail Lang for his secrets. Even before meeting the lawyer, Lang worries for his safety— for someone who’s never seen a Michael Clayton-style paranoid corporate thriller, he seems oddly cognizant of the danger he’s in—but he’s still powerless to stop the threat campaign against him.
Is it just me, or since Copenhagen are we seeing more and more reports on non-success stories (for lack of a better term) on clean energy and climate change? The past year provided countl
ess stories of quick fixes, perfect policy concepts, start-ups and new clean-tech gadgets, with far fewer on overcoming policy hurdles, implementation or sustained innovation.

We bloggers will be on a break starting today, but will return next week. Look for our weekend review, natural security news, our 2010 wish list, and more starting Monday. Happy Holidays everyone!
Photo from beautiful Columbus, Ohio courtesy of Flickr.
One of the great things about working in a new program area like Natural Security is that we’re constantly reassessing how to best address our research area. Recently, the implications of agriculture and food security on national security have been gaining prominence. When President Obama outlined his new strategy for the war in Afghanistan, he specifically noted that revitalizing the agricultural economy of that country was a step towards security. Elsewhere, reports on the links between climate change and agriculture and the importance of agriculture at Copenhagen have put our food system in the spotlight.
The big story for many of us this weekend was, of course, the monster blizzard that slammed the East Coast on Friday night, continuing through Sunday, stranding thousands during this peak travel season just before the holidays, including me. (I was supposed to fly out on Saturday afternoon, but to no avail. I am, at the time of this writing, stranded in the nation’s capitol. Though with any luck, by the time this is posted on Monday morning I will be airborne.)
Hundreds of thousands experienced power outages, while thousands of others were stranded as the northeastern corridor’s air, rail and road services were crippled by winter whiteouts and the nearly 2 feet of snow that covered many parts of the region. In Washington, DC, snow accumulation from Saturday’s storm broke the city’s December snowfall record. Meanwhile traffic accidents claimed at least 5 people throughout the region.
The other big news, of course, was the announcement coming out of Copenhagen: the inability of global leaders to forge a binding agreement to address climate change – settling instead on a “take note” agreement, or “gentlemen’s agreement,” among the world’s major nations (The New York Times profiles the winner and losers of the so-called Copenhagen Accord).

An American civil affairs soldier surveys a canal that feeds into a recently installed solar powered water filtration system outside Zadan, Iraq. The filtration systems were recently installed by Iraqi contractors and can sanitize 15 liters of contaminated water per minute, providing safe drinking water to hundreds of nearby Iraqi families. According to officials with Multi-National Force-Iraq, "The filters collect and concentrate ultraviolet rays from the sun, killing harmful bacteria and providing safe drinking water for the local populace." The filtration system installed outside Zadan can currently supply 240 Iraqi families with 30 liters of clean water per day.
Photo: Courtesy of Multi-National Division - Baghdad.
Several years ago I was coaching a high school debate team in Boston and my students were asked to debate increasing alternative energy incentives in the United States. As one would expect, the debate became one about the effects of climate change. Some students used the tactic of arguing that climate change was a positive phenomenon. They mainly cited an author who wrote that CO2 emissions increase plant growth – in fact this became such a popular point that I heard it argued about five times a tournament, and never well. After digging around a bit more, what I found was that most of the students making this argument were basing their conclusions on one-sided evidence: literature that examined only one aspect of climatic effects on agriculture that negated the net result of increased global emissions (such as melting ice caps and rising sea level that destroy coastal vegetation).
With that in mind, for this week’s Reading Old Magazines I decided to look at a 1994 Nature study by Cynthia Rosenzweig, a senior research at NASA’s Goddard Institute, and Martin L. Parry, currently at the Grantham Institute, but previously a co-chair of Working Group II at the IPCC, called “Potential Impact of Climate Change on World Food Supply.” (pdf) Parry and Rosenzweig used the latest climate change models to determine the impacts of increasing CO2 emissions on agriculture, although they only looked at the atmospheric effects and not water acidification. They then applied the results to a trade model that examined how shifts in growing patterns would affect worldwide food distribution models.
If you put your ear up to the Oval Office and listen very carefully, you can hear the gentle sound of ocean waves lapping. That’s because the presidentially-mandated Interagency Ocean Policy Task Force (hereafter “the task force”) has just released its full report to supplement the interim report (pdf) already released in September. We have covered issues relating to the task force periodically on this blog, but I wanted to create a one-stop reference on the task force for you, dear readers.
President Obama authorized the task force on June 12 (pdf). It is an interagency effort, guided by the Council on Environmental Quality and consisting of representatives from the National Oceanic and Atmospheric Administration, the Department of the Interior, the U.S. Coast Guard, the U.S. Navy, and other agencies. The task force was charged with “developing a recommendation for a national policy that ensures protection, maintenance, and restoration of oceans, our coasts and the Great Lakes. It will also recommend a framework for improved stewardship, and effective coastal and marine spatial planning.” (Note: though I hail from the greatest city in the country, I’m not going to focus on the Great Lakes here). To this end, task force members traveled the country and held a series of public meetings (pdf all) to gather information on ocean issues. These matters may appear to be solely the purview of environmental policy makers, but the world’s oceans raise major security issues for U.S. national security policy makers as well.
Yesterday morning I took the Red Line up to the Johns Hopkins School of Advanced International Studies to attend a presentation by the head of the Energy Information Administration (EIA), Dr. Richard Newell. The event, “EIA’s Updated Energy Forecasts to 2035,” projected America’s energy profile for the next 25 years. This presentation was a preview of the EIA’s full projection, which should be unveiled in the next few months.
Dr. Newell first laid out the assumptions made by EIA researchers, which are mainly too complex to render here. However, one important example is that the EIA assumes that current laws and regulations will stay the same and that there will be no significant breakthroughs in energy technologies (alternative energy vehicles, or otherwise). With these assumptions in mind, here are some of the highlights from the projection:
All of this may be disheartening for anybody hoping for more renewable energy use in the near-to-mid-term. Still, the EIA predicts that in 2035 that a greater portion of electricity will be produced from domestic sources of natural gas, resulting in a modicum of increased energy security. Also, biofuels and renewable energy production will be growing at steady rates, which could help eventually wean the country off petroleum dependence (but not likely by 2035).
Dr. Newell noted that interested energy-heads can poke around the EIA’s website to check previous projections against the actual energy numbers that were consumed. He also noted—when asked directly—that the EIA has historically fared better in predicting quantities of energy consumed than it has in predicting prices of individual energy sources. It will be interesting to check the site in 2036 to see how well this projection predicted the future.
You couldn’t swing a dead polar bear this weekend without hitting hundreds of reports and commentaries about Copenhagen or Climategate, so I’m going to focus my attention elsewhere.
Last week we CNASers gathered around for an informal lunchtime chat, and several of us voiced concern about the recession, lack of confidence in Wall Street, and – my favorite topic of conversation – informal markets. I don’t consider black markets by necessity threatening, wrong, or bad, but at times less-than-legal dealings become large, interesting, and potentially disruptive.
This weekend, The Washington Post reported on just such an event. It turns out that “Drug traffickers employing high-tech drills, miles of rubber hose and a fleet of stolen tanker trucks have siphoned more than $1 billion worth of oil from Mexico's pipelines over the past two years.”

Following on our theme of blogging about last weekend’s visit to the USS Harry S. Truman, we offer a shaky and hopefully entertaining photo of two natural security bloggers – Christine on the left and Will on the right – as the photo of the week. Here we are strapped into a C-2 COD (Carrier Onboard Delivery), a critical logistics aircraft which they told us was the safest plane in which to land on the carrier.
Earlier this week my colleague Christine Parthemore and I wrote about CNAS’s recent excursion aboard the USS Harry S. Truman, a Nimitz-class carrier whose tactical air wing consists of F/A-18C/D Hornets and F/A-18E/F Super Hornets. For this week’s Reading Old Magazines I wanted to look at the history of the F/A-18 fleet, specifically around concerns over fuel performance. I dug up an interesting story by Lyndsey Layton of The Washington Post from March 25, 2003, just days into Operation Iraqi Freedom: “Modified Fighter Jet Lends More Fuel to the Fight.” (Subscription required. It is obviously not an old magazine, but some days an exception is in order) Layton’s piece does a great job of framing operational energy security in the context of yesterday’s battles and today’s wars.
According to Layton, shortly after U.S. combat operations in Iraq began, the U.S. air campaign shifted from bombing fixed Iraqi targets to bombing soldiers and weapons in the field. However, the U.S. Navy quickly realized that the fuel performance of its strike fighters was impeding its ability to carry out protracted missions that required jets to loiter in the skies above Iraq. “For those missions,” Layton wrote, “pilots [needed] to circle over Iraq for long periods, awaiting calls to strike Iraqi units menacing U.S. ground forces making their way toward Baghdad.”
For today’s Top 5 list I decided to examine the most prominent energy chokepoints around the world. Since shocks to oil transit systems in any one region can affect prices worldwide, it’s good practice to know the basics of these chokepoints.
The Strait of Hormuz
Perhaps the best-known and most fretted-over chokepoint is the Strait of Hormuz at the mouth of the Persian Gulf. The reason is simple: about 20 percent of the world's traded oil (between 16 and 17 billion barrels per day) transits this passage, which is 21 miles wide at its narrowest point.
There are also potential dangers specific to the Strait of Hormuz, namely Iran’s oft-analyzed potential to mine the strait to temporarily slow or stop freighter traffic. Caitlin Talmadge’s 2008 International Security article gave an open-source technical explanation (pdf) for how the strait could be mined, and a report from the Office of Naval Intelligence examines Iran’s overall naval strategy in the Gulf (pdf). If you’d like to earn a full certification in my proposed new international relations subfield known as “Hormuz Mining Studies,” there are yet (pdf) more analyses readily available. Many of these analyses, however, are careful to note that Iran would suffer serious economic consequences from shutting the strait down, and analysts tend to agree that an Iranian mining campaign would be an operation of last resort.