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Here's a recommended read from Michael Shellenberger.  I'm thinking of all the Focus the Nation climate activism on campus a few years ago, for which one of the concrete policy goals was federal cap and trade legislation.  I wonder if Bryan Walsh's recommendation that we "invest in breakthrough innovation" would garner the same fervor on college campuses, given it's as much an economic and technological solution as a political solution?

Check out this conference, titled "Resilience, Innovation, and Sustainability: Navigating the Complexities of Global Change," for some interesting interdisciplinary work.

Shellenberger and Nordhaus' first big essay The Death of Environmentalism stated that in order for us to take more productive action on the ecological issues of today and tomorrow we must move past environmentalism to post-environmentalism. In their book The Breakthrough: from the Death of Environmentalism to the Politics of Possibility they argue that the environmentalism that got us this far, is now failing to address the major ecological issues of our time including climate change, and that we must move past this "politics of limits" (what they claim traditional environmentalism is) and move forward to the what they call the "politics of possibility." This is the idea of harnessing all of our human innovation, technology, creative ideas, and passion and pushing for a new modernization, one in which there is more prosperity for all. This they claim will allow us to properly address and take action on the major ecological issues of our time, like climate change. It's a compelling argument but one that seems to have some holes in it. If we are to push for a new modernization, and increase everyone's prosperity, how exactly do we go about doing that? Modernization had terrible effects on the people who didn't have the resources to fight it, would this be round two of that history? How do we make that transition in a more manageable and civil way? Regardless, this book is a must read for environmental studies/science/policy students and teachers, as well as people who consider themselves environmentalists and those who do not. Shellenberger and Nordhaus are clearly trying to reach across the divide, meeting the political left, center and right, and have already influenced some politicians and big names in our society. Could this be the direction we head in? The Politics of possibility?

Farm Together Now in its most elemental form is a book about American farmers in the 21st century. In particular, this book addresses the other side of American agriculture: innovations moving towards sustainable farming practices. This is achieved through 20 interviews with farmers and activists across the nation along with 60 beautiful photos of their lives.  Although honing all 20 of the interviews down into one specific argument is difficult, the purpose of this book is to see the unity in all of their individual and sometimes philosophically contradictory approaches to sustainable agriculture. The authors argue that a shift in the dominant agricultural paradigm will not occur unless farmers and citizens are united in resisting it and are invested in working together to forge a more sustainable agricultural system.  What this book lacks is a deeper discussion of conflicting views in sustainable agriculture. The three issues that Franceschini and Tucker identified are provocative and would make a very interesting follow-up book.  Despite the author's insistence that we "Farm together now", they do not explore how sustainable farmers can reconcile their differences to do just that.  Although it's likely that urban, educated people are the main consumers of this book, I feel that it has value outside of those exclusive communities and would be beneficial for farmers, artists, and anyone looking for solutions to local problems. Personally, I would recommend this book to anyone because I feel that the authors made a sometimes-scary topic more approachable through this intimate portrayal of farmers. 

From their site: "We believe in listening to the needs the poor tell us about, not assuming we know best. We believe in products and services designed for specific cultural contexts, not just Western hand-me-downs. And we believe that careful attention to design can create innovative-and extremely affordable-solutions to the problems of the other 90%."

A final argument for efficiency, regardless of Jevons, and for more than just environmental reasons. Could efficiency measures - and the companies that bring them about - restore our faltering economy? Energy efficiency in the United States is, according to a few numbers I've seen, hovering around 10-13%. Even if the numbers are way off, that is a lot of room to grow - we could do a lot more, with a lot less energy (which may take some wind out of the sails of catatrophist peak oil theory, though it says nothing about peak oil in general). I am cautious about the "innovation will save the day" argument because even the best ideas get caught up in other forces, and may never surface, but this is a testimony to the fact that "innovation could save some aspect of the day, if we play our cards right." I don't want it to seem like I'm advocating for "the solution" here, but after seeing so much concern about Jevons on moodle, I wanted to step in and give conservation and efficiency measures their time in the sun. Like many of the proposed solutions, they have a place - and unlike many proposed solutions, they are palatable to citizens, governments, markets, businesses, and the political sphere alike. A penny (or kilowatt hour) saved is a penny earned. If the various critiques of Jevons that are floating around are any guide, it certainly won't do any harm.

This article, which I've now read for two different philosophy classes, isn't directly related to Environmental Studies. However, it discusses the development of philosophical movements and the importance of collaboration for innovation, which reminded me of our unit on the relationship between the Sciences and Humanities. Many famous thinkers were driven by the interests of their friends and peers, which weren't necessarily related to their academic interests at all.

An example of how alternative economic models (or even longstanding ones, applied to a new product) can make things like clean energy more feasible for people, even if the initial costs of installation, production, or what not remain the same. Important to remember that how you move things of value around matters, perhaps just as much as what the values are in the first place? If nothing else, the importance of looking at things in a new way, allowing for more options.

For the record, if I understood Richard Bettega of facilities correctly, a lease-based program similar to this is what is behind our current solar panels on Pamplin. If a wealthy enough investor can be found, we'll be starting up another program here on South Campus or above the swimming pool. I'm not sure on the details, but they're along the lines of this.

This article highlights a new solution that's "already being spear-headed by farmers on the ground." It preserves biodiversity, alleviates hunger, addresses malnutrition, protects against drought, and produces sustainable yields... a miracle GMO? No... traditional vegetables? Who knew? "Many indigenous vegetables use less water than hybrid varieties and some are resistant to pests and disease without the use of chemical inputs, which are expensive both financially and environmentally." Does is seem surprising, odd, and even a bit backwards that the idea of using traditional crops and biodynamic farming is presented as a new and innovative idea? "While what we eat is important, what may be even more essential over the long term is preserving knowledge about how to plant, grow, and cook what we eat." It MAY be more essential...?

I would consider this a must-read for those into the alternative energy side of things. While the energies it highlights aren't all new and exciting, the numbers game it plays is pretty key. This is no optimistic one-technology-solves-it-all piece, and it issues a key reminded that no alternative energy we have reaches the input/output energy found in oil. By my reading, key to getting into the next energy phase we should expect is energy reduction, and energy efficiency. Our efficiency numbers, both from a physics and an economics perspective, are awful. The guys behind the Rocky Mountain Institute wrote a book called Natural Capitalism, which offers some great insights into energy efficiency as it stands and as it could be, if anyone is interested in that side of things. One of my favorite aspects of increasing energy efficiency is how its good for economies and good for the environment - still, there is the worry that if it makes things too cheap, people will use too much (the book cites fuel efficiency standards that were so good the cost of driving dropped significanly, and so many more people drove than more energy ended up being used). There are tools to avoid that though. I digress, but still, an excellent view of where alternative energy stands as of now.

One such technology that leads to energy efficiency: http://www.csmonitor.com/Innovation/Energy/2009/1231/No-more-power-lines

oh man oh man oh man. huge, invisible, underground networks that transmit electricity? sounds familiar... "I have long proposed that mycelia are the earth's "natural Internet." I've gotten some flak for this, but recently scientists in Great Britain have published papers about the "architecture" of a mycelium - how it's organized. They focused on the nodes of crossing, which are the branchings that allow the mycelium, when there is a breakage or an infection, to choose an alternate route and regrow. There's no one specific point on the network that can shut the whole operation down. These nodes of crossing, those scientists found, conform to the same mathematical optimization curves that computer scientists have developed to optimize the Internet. Or, rather, I should say that the Internet conforms to the same optimization curves as the mycelium, since the mycelium came first." -- Paul Stamets more: http://peakenergy.blogspot.com/2008/07/natures-internet-vast-intelligent.html

Michael Pawlyn, arguably the foremost contemporary expert on biomimicry, gives a TED talk on how the principles of this field can be applied to energy, food and agricultural systems to close the loop and build a sustainable future. Biomimicry, for those that don't know, is the a field of engineering and development that bases designs off structures and systems found in nature. This talk covers a lot of what we learned about systems and loops from 160 and I am sure a lot of information from our other classes. I am personally very compelled by biomimicry and I have always thought that it is the obvious way to innovate sustainable technologies. Enjoy.

This is a post from a really great blog called Secret Republic about urban design and green building. The blogger is currently in Sweden and visited a school with some really innovative ideas about environmental education, and they're employing some cool eco-design strategies too!