Blog Post

Making the Case for Resilient Design

Climate scientists tell us that we can expect more of these sorts of problems in the years and decades ahead.
Most of the area I biked through last spring was parched, including this ranch in New Mexico.

Aermotor Windmill

During my six-week bike ride last spring, I covered nearly 2,000 miles, most of it over land that hadn't seen a drop of rain since the previous fall; some of those areas--mostly in Texas--still haven't gotten significant precipitation. Farmers in Texas have had to plow their cotton under or slaughter their cattle. If the drought continues through the winter, power plants may have to start shutting down for want of cooling water.

Meanwhile, the Amtrak train that I was going to take home from Houston was cancelled due to extensive flooding in the Upper Midwest. And back in Vermont, at the end of August, we saw whole towns cut off by flooding and washed-out bridges and roads from Tropical Storm Irene. An early snow storm in October caused power outages in Connecticut and Massachusetts that lasted up to a week-and-a-half.

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Welcome to climate change Climate scientists tell us that we can expect more of these sorts of problems in the years and decades ahead. Precipitation patterns will become more variable, and more of our total precipitation will be bunched into intense deluges that run off as stormwater causing floods, rather than soaking into the ground to recharge aquifers.

While precipitation levels will increase overall due to climate change (because more water will be evaporated from the oceans and other bodies of water), some regions will become more drought-prone--including much of the western U.S.

We usually think of drought affecting agriculture or inconveniencing us by prohibiting lawn watering or washing our cars, but severe droughts will also impact our electricity grid. Roughly 89% of our electricity in the U.S. is produced with thermo-electric power plants that rely on huge quantities of cooling water. In 2007, severe drought in the southeastern U.S. resulted in one Tennessee Valley Authority nuclear plant being shut down and the output of two others reduced due to shortages of cooling water. And during the severe 2003 drought in Europe, 17 power plants in France and three in Germany were either shut down or their output reduced.


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If the current drought facing Texas and surrounding states continues into next year, we could well face a situation where power plants have to be shut down, reducing the margin of excess capacity--and resulting in brownouts, rolling blackouts, and increased vulnerability to unplanned outages.

There's also terrorism to worry about

While we are now experiencing the first effects of a changing climate, we also face other threats and vulnerabilities. Terrorism is now an ever-present reality, and terrorists of the future may well target our energy production and distribution systems. The U.S. has 160,000 miles of high-voltage electricity distribution lines, 3,400 power plants, tens of thousands of miles of natural gas and oil pipelines, and 150 oil refineries (nearly half located on the Gulf Coast). These installations could be targeted by terrorists wanting to harm the U.S. economy or our wellbeing.

While these systems are vulnerable to direct terrorist attack, even more scary is the threat of "cyberterrorism," in which terrorists hack into the controls of energy production or distribution systems. In 2007, researchers at Idaho National Laboratory testing the vulnerability of power generation systems to computer attack, were able to hack into the controls of a generator and get it to self-destruct. In a video declassified by the Department of Homeland Security you can see on YouTube the generator shake violently and begin smoking as it self-destructs.

And don't forget solar flares Yet another vulnerability is magnetic interference caused by coronal discharges from the sun (solar flares). These are the events that cause Aurora borealis or Northern Lights. According to an alarming 2008 report by the National Academy of Sciences, if we were to experience today a coronal discharge event as intense as one that occurred in 1859, tremendous damage could be done to our electrical grid--destroying transformers and causing power outages that could last months or even years. During the 1859 event, Northern Lights were seen as far south as Cuba and telegraph wires caught on fire!

Since the NAS report came out, the utility industry has awakened to this concern and begun modifying electrical systems to make them more robust, but the concern is still very real, according to experts.

Resilient design It is this sort of vulnerability that I thought about during my bike trip and during the remainder of my sabbatical when I was back home. It turns out that many of the strategies needed to achieve resilience--such as really well-insulated homes that will keep their occupants safe if the power goes out or interruptions in heating fuel occur--are exactly the same strategies we have been promoting for years in the green building movement. The solutions are largely the same, but the motivation is one of life-safety, rather than simply doing the right thing. We need to practice green building, because it will keep us safe--a powerful motivation--and this may be the way to finally achieve widespread adoption of such measures.

Over the coming weeks, I'll describe how we can address this vulnerability with more resilient homes and communities. Achieving such resilience won't be easy and it will require investment, but I believe it is crucial for our future wellbeing.

Alex Wilson is the founder of BuildingGreen, Inc. To keep up with his latest articles and musings, you can follow him on Twitter.

Published December 13, 2011

(2011, December 13). Making the Case for Resilient Design. Retrieved from

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January 5, 2012 - 9:39 am

Thank you for addressing an important and often overlooked topic. As you mention in your article, the health and safety effects of climate change will differ greatly from one location to the next. It is important, therefore, to equip owners and green building professionals with evidence-based tools to assess the vulnerabilities of the population and the built environment specific to the project site. A "one size fits all" approach won't work.

Geospatially coded data sets are increasingly becoming available for climate change-related environmental hazards, such as the risk of drought, flooding, hurricanes, and heat waves. Increasingly, built environment data, such as the location of hot spots in the urban heat island and the percentage of impervious surface, are also available at the local level. Combining this information with socio-demographic and health outcome data begins to paint a more comprehensive picture of localized vulnerabilities to climate change.

This information can be harnessed by green building project teams using tools such as Health Impact Assessments, which offer a framework for prioritizing strategies with the highest probability of increasing community resilience to the likely effects of climate change.

To learn more about the role Health Impact Assessments can play on green building projects and to read examples of how to identify which green building strategies are most likely to build resilience on a specific project, visit my blog:

December 13, 2011 - 2:56 pm

I have become convinced that resilience is going to dominate our discussion in the next decade. We have to build in ways that we can live when the power goes out, and fix the systems we have. That's why I became so involved with historic preservation; we have so much to learn from how people lived before there was a grid, where our homes had to protect us without external grids.

You are absolutely correct in your conclusion, that " We need to practice green building, because it will keep us safe". But we have to keep it simple and straightforward, and I think lose the high tech green gizmos that none of us have the skills to maintain.