LCENVS

This is a book by ecologist and environmentalist Stewart Brand who is previously known for helping create and write the Whole Earth Catalogue. In this book Brand discusses the current state of our environment and specifically focuses on climate change. He then spends the rest of the book discussing radical modern approaches that he believes will help combat climate change. Some of these methods include using nuclear power as our main source of energy and genetically modifying all of our crops to be more resilient to climate change. He also argues that densely populated cities are more efficient and that new technology must be used to help fix the environmental problems that have been caused by previous technologies. This book is well written and offers a perspective on environmental issues that most other current environmental books do not agree with. I would recommend this book to all environmental studies majors.

So, for those of us who would like to find ways for people to have ready alternatives to car transportation, the good news is that Oregonians, and to some extent Americans are driving less. What's interesting, as this article points out, is we don't really know why, and it doesn't seem to relate to gas prices. It may just be an aging demography. Do you think it's a sign that people are going green(er)?

The article expands on the issue of moss and homeowners. Along with the high rate of growth for moss this year, there is an economic growth surrounding it. People are paying more for landscapers to remove moss off roofs and gardens. However, some practices of preventative chemical spraying are controversial, as always. It's an interesting look at moss, something this region is so familiar with.

I plug this one a lot, and the Monitor has great coverage on it, but I'll put it out there again. First, because the news that the Supreme Court is not hearing a case on the issue is pertinent both to this issue, and to the chance to have established some sense of precedent for similar environmental cases in the future, as that becomes a bigger and bulkier part of society (and therefore the law). Second, because it really highlights the destructive capabilities of things causing environmental change, even in real time. I think one of the most interesting parts comes in here: "If the Asian carp does take hold in the Great Lakes, the ecosystem will no doubt do what ecosystems do best: adapt. After all the term "invasive species" is, by definition, relative, often marking a transitional phase as a species establishes itself in a new ecosystem. ...Whether the economy adapts to the Asian carp, however, remains to be seen." That highlights the real reason there is so much concern. These lakes are damned important to the well-being of the states around them. And its not just the Great Lakes, once in place Asian Carp readily move into wetlands, river ways, and even other lakes. Minnesota calls itself the land of 10,000 lakes, Wisconsin has more in its "Lakes District", and Michigan follows suit. The economies built around them have covered most of my summer pay over the past few years, so this is a very personal issue as well.

This is an older article about an issue that has caused a lot of controversy in Alaska between interest groups. The giant open pit mine proposed at the headwaters of Bristol Bay's salmon runs is a threat to the fishing industry and the environment and many oppose it. Many also support the jobs it would bring to the area and Native Alaskans who are the primary inhabitants of villages in Bristol Bay are divided on the issue as well.

A brief article about the project PlanetSolar, led by Raphael Domjan, and its efforts to prove that solar power is a viable and wise alternative energy approach, especially in the shipping industry. Domjan has overseen the construction of a solar-powered catamaran with 5,300 square feet of solar panels and hopes that its voyage across the world will encourage a re-examination of fuel efficiency and popularize solar technology.

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?

Another reminder that anything like a global fisheries assessment is a complex matter, based on all sorts of assumptions and models.  The upshot: either things are terrible, or they're just not great (e.g., 70 vs. 33 percent of all stocks estimated to be declining). One of the challenges: how extrapolate known longitudinal data on fish stocks to the many others that are less well monitored?

deBuys, William. 2011. A Great Aridness: Climate Change and the Future of the American Southwest. New York: Oxford University Press deBuys goes into the political, ecological, ecological and climactic science behind what drives the current and future problems in the American Southwest. He summarizes the science behind climate change, Hadley cells and the problems behind urban planning in big cities like Phoenix. Aside from giving a stirring overview of the natural beauty the region boasts, deBuys says more than once that the book is a thorough history of a region that will drastically be affected by climate change within our grasp that we should not ignore. The problems, while numerous and quite difficult to sort through, should be easier to solve with our resources in the region. I agree with the need for cooperation to swash through the web of problems, but despite the issues of drought and water quality mutual to regions around the world, they are simply not the same. I fear it would be much harder to transpose a solution from the Southwest to the Mediterranean or Western China.

We all have heard the phrase "job-killing" applied to environmental regulations, and many may roll their eyes. But how exactly does one assess benefits and costs of regulations, and what sort of time/space frame will various interests allow in calculating benefits/costs? This takeoff on recent Obama decisions suggests some complexities.

A company called Vadxx in Ohio is taking the "picked-over" scraps of plastic and converting into a low-sulfur crude oil. I don't know how feasible this would be large scale but its nice to see this stuff out of the landfills and being put to use.

"... researchers were especially surprised to find that wealthy nations were no better at safeguarding their rivers than developing nations." GIS mapping used here too. After the Willamette River cleanup this past Saturday, this topic has been on my mind. I think we really need to address the chemicals we're dumping into our water, and this doesnt just mean the typical concerns around oil and extremely toxic compounds. We have a mentality that water is only here for us to use to get rid of our waste. We emphasize the importance of "clean water" for people's health because we use clean water for cleaning things, but we forget that even though we're clean, the water's not anymore. And the truth is, water does a lot more than function as a human waste disposal. We should know better than to think that we wont have to deal with the effects of the chemicals in our shampoos, toothpastes, and agricultural chemicals once the drain/rain takes them away. It just takes the effects a little longer to cycle back around, but clearly, they have.

I thought that this was an interesting article because it discusses uranium mining and the possible environmental contamination concerns that increased production are causing. Specifically, inappropriate clean-up processes are leading to contamination of aquifers and drinking water in areas where mining and production are occuring. This article relates to many of the energy debates and concerns that are brought up in many current environmental books--specifically in many of the books that were reviewed in ENVS 400. -Isabel Kuniholm

Solomon, Steven. 2010. Water: the epic struggle for wealth, power, and civilization. New York: Harper. Steven Solomon's book Water: the epic struggle for wealth, power and civilization takes a look at how the control and efficient use of water has shaped human society from the ancient past to the present. With a look at water's influence in history from ancient civilizations to modern day, in his book, Solomon stresses that beyond the high value of precious resources such as oil, the control of water is far more important to the development of powerful societies. Weather through oceanic knowledge/skills or freshwater resource control/manipulation, throughout history water, Solomon argues has been the essential key to the rise and fall of great powers. Looking at different turning points in history, such as the rise of the Egyptian Kingdoms and Europe's establishment of the world trade system, Solomon shows how the control and advancements made in relation to fresh water control and/or seafaring highlights how water was the catalyst in each society's ability to gain and elicit control for a time being. With the support of his historical background in how water has played a keys role in the rise and fall of powerful kingdoms and nations, Solomon believes that water issues have the ability to impact political, economic, and environmental realities across the globe. Although lengthy, the book had a detailed amount of historical points that brought strength to his argument. I found his books to be very convincing in the fact that water played a pivotal role in explaining who in history were and were not able to rise to great power and take control impacting the direction of human civilization's growth. Throughout the past, water has shaped that way humans have developed. I agree with Solomon that it is by no means that this reality should change in the outcome of the future human history. For water related research or personal water related interest this book

An interesting article related to overfishing of sharks and the progress of their conservation. Animal club lobbied this past spring to pass a ban on shark fins in Oregon, and it's nice to see that legislators are getting on board to protect a portion of ocean biodiversity.

Portland: where sustainability = green = white?

Ecowiz is a growing database that is aimed that providing students interested in pursing ENVS in college and graduate school with the resources they need to find the right program and school for them.

This article discusses the threat that climate change is posing on large mountain ranges, such as the Himalayas. Should endangered mountains be treated like endangered animals, now that they are changing?

British Petroleum when the oil got spilled in the ocean. Note: it is also just a practice of using this Diigo website

The above article is the Break Through Institute's semi-recent report on the Jevons' Paradox, which I posted additional links to here and debated in class. For the record, the report is favorable. Also for the record, I have not read it completely, and am not laying down final judgment. However: I promised Jim I would respond to this at some point. I still hope to. In the meantime, this is worth musing over (if the link doesn't work, I have the PDF). https://files.me.com/jgkoomey/0aqqfm I really appreciate Break Through and the dismantling of environmentalism's sacred cows, but I'm concerned about this one. Many of their other critiques and analysis seem to have the empirical evidence, but I have yet to be convinced by what I've seen here. Obviously it is a long report, and I have not gotten to read through it entirely, but so far I remain unconvinced. I think they're thinking about the problem in the right way (the economy is a complex social, political, and economic system, it does defy basic models and equations, and if the emergence idea continues to hold up it is a right environment for them) and I really enjoy reading their analysis, but I remain unconvinced by the numbers. Our economy is not composed in such a way that energy is a primary limiting factor to production, which would surely deaden the effect, among other theoretical threats to the idea on both a micro and macro scale. Politically, efficiency measures will continue to allow solar energy and other alternative competitors to carry more weight than they do now, allowing us to free ourselves from the need for energy intense liquids or solids like coal, gas, and oil in favor of less "compact" energy sources. Break Through Institute offers some excellent political analysis, and their efforts at getting outside and away from the usual political roadblocks and antics are appreciated. But I wonder if they

Obviously, its not my expertise either, and I'm woefully ignorant in all this ultimately. But their credentials don't seem to be in deep energy analysis and research, and one academic report where I do find Jesse Jenkins (of BTI, who helped write that report and is an energy expert) still encouraged energy efficiency measures (http://www.brookings-tsinghua.cn/~/media/Files/rc/reports/2009/0209_energy_innovation_muro/0209_energy_innovation_muro_full.pdf). I'm not bold enough to lay down final judgment, but I'm going to need a lot more convincing. BTI makes a lot of convincing arguments that I really like - so far, this hasn't been one of them. But like I said, I'm still reading. And trying to get a handle on what Shellenberger, Nordhaus, and Jenkins have under their belts in terms of economic, versus political (when the two are even seperable), analysis. If there is other stuff worth reading in that regard, I'd love to get my hands on it.