The bike ride from the old Emo’s location on Red River and Sixth Street downtown and the new Emo’s on East Riverside Drive is about 2.3 miles. The fastest route is to ride down Red River just past Caesar Chavez then scoot over to Rainey Street and keep going until you get to the walking trail along Lady Bird Lake. There’s a public restroom shaped like a modernist sculpture here if you need it. Next follow the gravel trail towards the I-35, weave through the parking lot beneath the 12-lane bridge, and turn up the pedestrian switchback that shoots you out along the highway feeder lane. As you ride across the bridge there’s a nice view of Lady Bird Lake to your left where you can make out the Longhorn Dam in the distance.

Read the rest of the essay at Full Stop: http://www.full-stop.net/2013/03/20/blog/ari-phillips/while-everyone-was-at-south-by-southwest-i-was-at-emos-east/

By the time I complete my ten-week internship Asia will have nearly one million new urban residents. Many of these urbanites will move into freshly constructed, high-energy consuming buildings that help make up a building sector accountable for one-third of the world’s greenhouse gas emissions (GHGs). Over the next 20 years, China alone will add 350 million urban residents to its population – more people than live in the United States – and will build the equivalent of ten New York Cities worth of skyscrapers. And greenhouse gas emissions, which are the main cause of climate change, will continue to gather at greater frequency up above the skyline.

This atmosphere of concern weighs heavily on the researchers in the Climate Change Group at the Institute for Global Environmental Strategies (IGES), where I’m living and working this summer. Located in the small town of Hamaya about an hour south of Tokyo, we spend our days in this glass-paned, spaceship-like building trying to reconcile the facts of rapid development in Asia with those of gradual climate change around the globe. We sit in our cubicles drinking milk tea and noshing on whatever treats have been most recently provided by a colleague returned from a business trip, and we ponder how the world can brave these 21st century challenges.

Read the rest of the essay at the Kyoto Journal: http://kyotojournal.org/the-journal/nature/an-atmosphere-of-concern/

To explore Waller Creek and environs is to live intensively in the modern world and at the same time to be aware of how brief an instant modernity has been with us; how brief an instant, indeed, the human presence has been here in any guise to contemplate a very old set of surroundings.

– Joseph Jones, Life on Waller Creek

In 1982, Joseph Jones published Life on Waller Creek, a meditative book about the University of Texas English professor’s decades-long love affair with one of Austin’s main urban creeks. For years Jones strolled the creek, taking “inventories” in which he described his thoughts and feelings while picking up trash (some of which he made into art objects) and observing the landscape – a practice that led to his appearance in Richard Linklater’s 1991 film, Slacker. In the film, Jones, who had been one of Link­later’s professors, talks about the tragedy of life while meandering down a street that crosses Waller Creek. Twenty years later, much of Austin is hardly recognizable – but the area around Waller Creek remains largely unchanged. Jones died in 1999, after 40 years at UT, teaching Com­mon­wealth Eng­lish literature. He was heavily influenced by American Transcend­ent­alists Ralph Waldo Emerson and Henry David Tho­reau, who believed human beings thrived as self-reliant individuals and should be skeptical of society and its institutions.

Read the rest of the story at The Austin Chronicle: http://www.austinchronicle.com/news/2013-01-11/going-with-the-flow/

Currently the city of Los Angeles gets about one-fifth of its electricity from renewable resources. By the end of the decade this will increase to one-third. As the Los Angeles Department of Water and Power (LADWP), the largest municipal utility in the United States with over 4 million customers, slowly phases out coal and some natural gas, solar parks in the deserts to the east are filling the void.

Utility-scale solar offers the cheapest and most practical form of clean energy for Los Angeles. But the forecast is not all sunny. As these solar parks come into view, so does the range of associated concerns. On the Mojave National Preserve, Oakland-based BrightSource Energy Inc.’s Ivanhoe Solar Complex has made ongoing and exceedingly costly efforts to accommodate the fragile desert tortoise population. Earlier this year, the Genesis Solar Energy Project in Riverside County, Calif., was held up when Native American burial remains were found on multiple occasions during construction, indicating the presence of sacred burial grounds.

Read the rest of the story at Grist.org: http://grist.org/climate-energy/solar-powering-los-angeles-why-the-city-needs-utility-scale-solar-in-the-desert-and-who-suffers/

Pierre Meystre, physics professor at the University of Arizona and director of the Biosphere 2 Institute, acknowledges the difficulty of overcoming the public associations with the 1996 teen comedy. “It’s been a challenge to reinvent because of the history,” he says from a room that was originally the command center but which will soon be an exhibition space for the Model City program—a testing lab for projects ranging from solar power to cyber security. “When you mention the word ‘biosphere’ a lot of people think of that silly movie. You have to get past that first reaction.”

Read the rest of the story, fourth in four-part series at GOOD: http://www.good.is/post/reinventing-the-biosphere-the-future-of-the-research-jewel-of-the-arizona-desert/

Read the rest at the NYT Green blog: http://green.blogs.nytimes.com/2012/07/31/a-development-dispute-in-the-grand-canyon/

It’s early afternoon and Brett Isaac, a barrel-chested 27-year-old whose soft-spokenness gives the impression of a gentle giant, is explaining the purpose of the solar trailer hitched to the back of his truck.

I meet Tom Swetnam, Director of the Laboratory of Tree-Ring Research at the University of Arizona in Tucson, on a Sunday morning because he’s leaving for Siberia in a few days and is otherwise totally booked. As part of the paleofire team that will be traveling to the “Alaska of Siberia, if you will” to study fire and climate, Swetnam will spend a few weeks immersed in the burn history—and possible future—of some of the largest forests on earth.

“We’re trying to understand fire, climate change and carbon emissions out of Siberia because of the huge carbon pool contained there in the soil, permafrost, bogs and forests,” says Swetnam, a sturdy middle-aged man with an outdoorsy white beard. “This giant pool of carbon is beginning to burn in a massive way—the amount of area burning in Siberia is startling.”

Read the rest of the story at Grist: http://grist.org/article/the-secret-life-of-tree-rings-what-they-can-teach-us-about-drought-climate-and-fire/

William deBuys is the author of seven books, including most recently “A Great Aridness: Climate Change and the Future of the American Southwest,” for which I wrote a Dot Earth book review last month.

As part of my summer reporting project on energy and climate change in the Southwest, I had the pleasure of driving deep into the heart of the Santa Fe National Forest and interviewing deBuys at his home about an hour and a half from Santa Fe.

We discussed how he ended up in a far-removed mountain hamlet in New Mexico, what drove him to write his most recent book, and what the biggest takeaways from the project were, among other things.

Read the full interview at Think Progress

When did climate change become a focus of your work?

I remember being in a conference in January 2006 in Albuquerque and climate scientist Jonathan Overpeck was giving a talk. He put a slide on the screen about predicted stream flow for the world. I realized this land that I love, the Southwest, is going to be transformed.

I always had this sort of abstract appreciation that it’s going to be hotter and that the climate is shifting and so forth. But seeing that map as a graphic drove it home. Something very very big was afoot. Something truly transformative. And in a sense it was sitting there looking at that map that planted the seed that later grew into “A Great Aridness.”

How did the book develop? How did you choose topics?

I had planned for a while back to write an environmental history of the Southwest. In my grant proposals I said I would write a general environmental history of the Southwest and use the perspective of climate change to organize it. I was fortunate enough to get a Guggenheim Fellowship and as soon as I began working on the book I realized I needed to flip it around – I needed to write about climate change in the Southwest and use the perspective of environmental history to try and understand it.

Were you surprised by your findings relating to ancient cultures and drought?

I’d been aware for some time of megadrought and the impact of drought on Chaco Canyon and Mesa Verde culture. A primary thing I took away from the research was that drought isn’t the only big factor. One of main themes of the book is that nothing happens for just one reason. The collapse of the Sand Canyon culture was as much a result of warfare and strife as it was of drought. Warfare over resources, driven in part by refugees flooding the area probably as other regions suffered from climatic shifts.

Climate was a big driver but not the only driver. We’re not just puppets of climate; the things we do to ourselves count a lot too.

You say energy is the most unreported story in the looming water crisis of the Southwest.

Almost all the ways we have of producing electricity require a lot of water, with photovoltaic and wind being exceptions for the most part. Coal-fired thermal production is very water intensive, nuclear is very water intensive. At same time dealing with our water resources is very energy intensive. Well over a fifth of all electricity in United States is used for moving water around.

Anytime we start talking about meeting new energy needs in the Southwest that ups ante in terms of water availability. And anytime we talk about increasing water availability that increases the amount of energy we need to get water from where it is now to anywhere in the Southwest. The water resources we live next to are already being used to their fullest extent. So any increase in water resources has got to come from somewhere else, and that means a whole lot of electrical juice.

The feedbacks reinforce each other. The more water you need the more electricity you need the more water you need etc. It’s not a sustainable relationship. We’ve got to break that circle at some point with renewables and new ways of water budgeting.

I think in the end somehow we’re going to have to level off and maybe even shrink population in the region. As Edward abbey pointed out, continuous growth is the ideology of the cancer cell. How can we add four million people to the Tucson-Phoenix corridor? How can we add more people to Santa Fe and Albuquerque forever and ever and ever? There’s got to be a place that we stop.

What about water conservation efforts?

Usually conservation programs don’t increase water resilience, they actually decrease it through the process of demand hardening.

If it’s just you and me using a given amount of water, and we conserve so there’s more water, the water we conserve generally goes to the next subdivision or strip mall down the road. Pretty soon it’s not just you and me using that original water, its Joe and Sam and Abigail and Frances and all the rest. Everybody is a good person, everybody’s conserving, nobody’s using more than they need, but now we’ve got 10, 12, 30 straws in the drink that used to be just you and me.

So if supply is cut back through climate change and rivers don’t flow as much then we have to cut back on essential uses – now we’re talking about real suffering. Back in the beginning when it was just you and I, we were washing our cars, wasting water gleefully, and when drought came it was easy to cut back. When you get lots of people on the same resource and demand has hardened so everybody’s just using what they need, then cutbacks really hurt.

What about out-of-basin water supplies?

There will be talk about major projects, but I think chances of really big projects being carried off are small for a number of reasons. One reason is that with a big project somebody has to give up water and nobody in any constituency in any region has such a lackadaisical attitude to their resources. Secondly, at least politically the age of really big federal projects is over for the time being.

I think there’s going to be more little projects trying to move things around, not the grandiose ‘steal a river here and move it somewhere else’ type. There will be more wheeling that anything else: We create a little water here and we give it to the people nearby and in turn take water farther up the watershed that they’re otherwise entitled to. Its not moving water long distances, rather its more short deals to affect trade.

What did you learn about forest fires?

Right now if you could choose what you’ll be reincarnated as, picking a tree in the West would be a really bad choice. A better choice would be a clonal shrub.

Several big things are working against the trees. The increase in forest fires, an increase in insect damage and beetle caused death, and also out-and-out mortality from heat and drought. Last summer in Texas, according to the Texas Department of Forestry, between two and ten percent of all the trees in the state died – that’s a big number.

All those things are working against the interest of forest stability. Some people say the eco-zones are going to march up-slope in a formal manner; frankly I think that’s baloney. It presumes a couple of things. One is that the changes in the climate occur slowly enough that these slow growing plants can make the move. I think that’s ostensibly false. The changes are happening much too fast. It also presumes that as things move up-slope they have open opportunity to reestablish themselves. But that’s not how ecology works –there’s always something there. And that complicates the establishment of a new community.

It’s not like OK everybody get ready to march and we’ll go like cars in a jammed freeway making slow progress. There are a lot of things that aren’t moving. And a lot of those things have been transformed into something else. It’s going to be a chaos that may take many many years to sort out and it may never get sorted out if we just keep heating the climate. We’re never going to achieve equilibrium if things just get hotter and hotter and hotter.

What did you learn from the study of dendrochronology?

Dendrochronology, or tree-ring dating, is said to be the Southwest’s one homegrown science. It initially developed as a way to date events in the past, like archeological sites.

More recently dendrochronology has turned to reconstructing past ecologies. You can look at a tree ring and judge by its width whether it was a wet year or a dry year. There are various ways you can calibrate these judgments so you can actually quantify the amount of water that was in system, which can then be used to reconstruct river flows. You can also use burn scars at the base of trees to determine when fires moved through ecosystems; some trees might have 12 or 15 separable, identifiable burn scars on them. With these you can build a picture of the fire regime of pre-settlement ecologies.

That’s what Tom Swetnam and his colleagues down at the University of Arizona have been doing. They found that basically in the ponderosa pine and mixed conifer zone pre-settlement, roughly before 1890, in most areas of the Southwest, those forests had a cyclical, regular rhythm of light fires: A fire every three to six to maybe 15 years. The kinds of explosive, catastrophic fires we’re seeing today are an artifact to a very large degree of the cessation of that regular burn regime, the suppression of fire, and the build-up of fuels which can go off like a bomb under the right circumstances. And with climate change we’re getting the right circumstances more and more often.

Swetnam and his colleagues have determined that the fire season is something like 78 days longer than it used to be. That’s truly amazing.

Some people say that the Waldo Canyon Fire that burned 340 homes in Colorado Springs was a perfect storm of fire. Well it wasn’t a perfect storm; it was just the new normal. It was not exceptional. It’s what we’ll begin to see now as not exceptional, but habitual.

Do you see yourself as climate change optimist or pessimist?

People ask me that all the time, I tell them that actually I’m a pessimist but neurochemically I’m an optimist: The future is grim but the sunrise is beautiful.

There’s so much beauty in the world, there’s always a lot of work to be done to protect it. Doing good work is inherently optimistic, so I want to just wring my hands and mash my teeth and keep chugging along. One of these days our society is going to wake up to what we’re doing and maybe we’ll make some good decisions finally.

Do you have a preferred way of talking about climate change with the public?

I guess the book presents it the way I know best how to do it. I think at the core of the problem you have to present stories, a narrative, not just collections of facts.

I think of the facts as being the DNA in a seed. But for that DNA to be carried around that seed needs to be encased in something that will stick to people’s clothing, like a cocklebur. A good story is like a cocklebur, it sticks to people.

Beyond that I worry that we’re mainly just preaching to the choir and crossing the line to persuade someone who is a denier or a doubter seems to me increasingly hard to do. As various studies have shown, people’s acceptance or rejection of climate change information seems to be based not so much on fact or on critical thinking about data, but about choices of identity and ideology that’s closely tied to identity. People are very resistant to surrendering the identity of who they are and their relationship to the group with which they feel at home.

There are many tragedies involved in climate change and one of the greatest ones is that in America climate change has become tied-up in the culture wars. I think the only thing that will turn that is around is more and more disasters. I’m not even sure that will be effective because I fear a lot of people’s response to disasters will be more magical thinking.

Whether it’s prayer rallies lead by the Governor of Texas or whatever, that magical thinking will be the choice of many people, and even in the face of horrible disasters we wont start making intelligent decisions.