Saturday, December 1, 2012
For the next three weeks, we are going to be doing something a little different here at Environmental Law Profs. We are going to be posting a series of 15 short essays all addressing the theme of sustainability and climate change. These essays that will appear each week day from now until Christmas are the product of discussion of the Environmental Law Collaborative.
A few hardy souls, which include some of the bloggers here at Environmental Law Profs, formed the Environmental Law Collaborative with the goal of engaging environmental law scholars in the thorny issues of the day. In the summer of 2012, scholars gathered in the woods of Connecticut to debate the value of scholarly research and the potential of legal literature to effect social and environmental change. With visions of Airlie House and armed with the principles of collaboration and the necessities of ecological fragility, the group sought to foster progress toward an adaptive, conscious, and equitable governance of actions that impact local and global ecologies.
This inaugural Workshop addressed the re-conceptualization of sustainability in the age of climate change. Climate change is forcing developments in the norms of political, social, economic, and technological standards. As climate change continues to dominate many fields of research, sustainability is at a critical moment that challenges its conceptual coherence. Sustainability has never been free from disputes over its meaning and has long struggled with the difficulties of simultaneously implementing the “triple-bottom line” components of environmental, economic, and social well-being. Climate change, however, suggests that the context for sustainable decision-making is shifting. Accordingly, the Workshop focused on examining the re-conceptualization of sustainability in the age of climate change, including (but not limited to) framing the term in climate change discussions; reaching sustainable practices across disciplines such as law, economics, ethics, and the hard sciences; and conceptualizing the role of sustainability in adaptation and resiliency preparation.
The event produced an intensive and collaborative assessment of sustainability in the age of climate change. The essays that will be appearing this month examine the process of adapting the principles and application of sustainability to the demands of climate change, including (but not limited to) framing the term sustainability in climate-change discussions; coordinating sustainable practices across disciplines such as law, economics, ethics, and the hard sciences; and conceptualizing the role of sustainability in formulating adaptation and resiliency strategies. Furthermore, these essays also contemplate the role of law and legal systems in crafting effective climate-change-adaptation strategies and consider feasible strategies in the context of specific examples.
In the coming weeks, we will post contributions from Rebecca Bratspies, Michael Burger, Betsy Burleson, Robin Craig, David Driesen, Alexandra Harrington, Keith Hirokawa, Sarah Krakoff, Katy Kuh, Stephen Miller, Pat Parenteau, Jessie Owley, Melissa Powers, Jonathan Rosenbloom and Shannon Roesler.
Please tune in, comment freely and help us further the conversation on sustainability and climate change.
-- Betsy Burleson, Michael Burger, Keith Hirokawa and Jessie Owley
Thursday, November 8, 2012
China Environmental Experiences #7: Environmental Philosophy - Conservation, Stewardship, and Scarcity
This essay, the seventh in my series about the environmental experiences of an environmental law professor in China, continues the discussion I began last time about how different underlying environmental philosophies held by American and Chinese people can lead to different approaches in environmental governance. (For the full background on this series, see February’s introductory post, March’s reflections on China and the Rocky Mountain Arsenal, April’s account of air quality issues in China, May’s exploration of water quality issues, and June’s review of safety issues with Chinese food and consumer products.) The previous essay addressed differences in the human relationship to nature, and this one addresses differing approaches to conservation, stewardship, and scarcity. The final installation will conclude with thoughts about some ancient philosophical roots of these differences.
I began the previous essay by acknowledging the delicacy of exploring underlying cultural differences that correspond to some the environmental experiences I’ve written about in this series. I noted how exquisitely careful one must be in discussing cultural differences, given the inherent shortfalls of any individual’s limited perspective and experience. Yet these differences relate so directly to the challenges of international environmental governance and intercultural understanding generally that I thought it important to discuss them, notwithstanding the hazards. So I offered the important qualification, which I share here once again, that:
My observations are inevitably, hopelessly entangled with my own cultural vantage point. My Fulbright year did not make me an expert on the inner world of Chinese culture—nor, frankly, did my earlier Harvard degree in Chinese language, culture, and history. My observations qualify as neither empirical scholarship nor serious ethnography, based as they are on casual research, personal experiences, anecdotes, and generalizations. But in hope that they may be useful in illuminating the philosophical roots of some gaps between Chinese and U.S. approaches to environmental governance, I share them here.
From there, I opened a discussion about how diverging Chinese and American environmental perspectives may be informed by different baselines in our cultural relationships with the natural world. But other differences in underlying environmental philosophy are also important to understand—and as always, some reflect our two nations’ different stages of economic development.
Conservation. Take our shared goal of conserving natural resources. Both countries are developing policies to discourage the waste of scarce natural resources, and on many fronts—such as its first steps toward nationally pricing carbon—China is outperforming the U.S. (Then again, China also built a coal-fired power plant a week in recent years, or more.) But behind good goal-setting, both countries face cultural-philosophical challenges at the level of policymaking and implementation.
On the example of climate policy, the American challenge has been achieving a consensus for rational policy. Part of the failure reflects an ideologically divided nation, but other parts reflect more widely shared American ideologies. For example, American economists have long argued that a national carbon tax would be more economically efficient than the cap-and-trade proposals that have had more political traction (to the extent that any GHG regulation had traction in Congress). Yet even when climate policy was a hot topic in Washington, the carbon tax was considered a dead-letter given the popular resistance to taxes that reflects a libertarian streak in the American cultural consciousness. The (relative) enthusiasm for emissions-trading schemes, wetland mitigation banking, and other market-based environmental reforms reflect widespread cultural regard for free market ideals—even when these ideals are more poetry than reality in operation. (There hasn’t been enough consensus to have translated those ideals into actionable climate policy, nor are they universally shared in the U.S.—but they were circulating widely when Waxman-Markey passed the House in 2009. [Photo courtesy of The Chicago Dope blog.]) Yet another cultural-philosophical hurdle for American climate policymaking—and one pointedly not shared in China—is the scientifically unexplainable skepticism with which increasing numbers of Americans seem to regard science itself (or, perhaps, scientists).
In China, where policymaking isn't usually the obstacle, challenges will likely have more to do with ground-level implementation. In addition to ongoing competition with economic development priorities and the problem of translating centrally formulated mandates into locally implemented policies, there is also the problem of widespread public indifference--and not specifically to climate issues. In present-day urban China (as was equally true in the U.S. a few decades earlier), you don’t see a lot of conservation-oriented behavior by average citizens—at least not without an immediate economic incentive or legal requirement. Solar water heaters are popular, but mostly because they are relatively inexpensive (and in some cases, mandatory). Buses, taxis and other municipal fleets increasingly run on publicly incentivized natural gas. Public transportation is very well-developed in comparison to American cities, but mostly because people are only just beginning to afford cars (and unprecedented levels of traffic are developing as China’s emerging middle class gets behind their own wheels).
Yet where the immediate incentives for conservation end, so in general does public compliance—and at least for now, without regard to the kinds of generational or educational dividing-lines that often accompany diverging conservation habits among Americans. China does have a nascent recycling program for deposit bottles and cans, but it appears nearly entirely staffed by those on the poorest margin, who sort through others’ trash looking for recyclables on which there is a deposit. Goodness knows we see the same phenomenon in American cities, but in addition to our homeless entrepreneurs, many Americans participate in curbside collection of non-deposit recyclables without sanctions or incentives. From kindergarten forward, most American children are inculcated with recycling values as a societal good until it becomes part of their social conscience (whether or not they always follow it).
In China, the government is attempting to do something similar, with an all-out public information campaign to usher China toward the "Circular" or “Recycling Economy”—the Chinese version of “reduce, re-use, and recycle” writ large. The effort encourages all citizens to see the relationship between their everyday behaviors and environmental well-being, buttressed by a national law that exhorts sustainable practices by local government and the businesses community (though with few enforcement provisions). In public places, the government frequently places signs reminding people that “environmental protection is everyone’s responsibility” (the accompanying one is from May Fourth Square in downtown Qingdao). Even the Tsingtao (“Qingdao”) Beer Brewery & Museum includes a full exhibit on sustainability (including a full exposition of Rachel Carson's Silent Spring), notwithstanding its weak connection with the general subject-matter of the museum.
It’s good that Chinese leaders are beginning to take sustainability seriously, because there is much work to be done at the level of consciousness-raising. Sustainability certainly goes beyond the simple act of recycling, but it is a good index of public attitudes. And despite valiant attempts at public recycling cans conjoined to trash cans, most Chinese make no effort to differentiate between them, and both are routinely filled to capacity with identical mixes of trash. There was no recycling program in my neighborhood or at my university, and no paper recycling of any kind (my students were completely baffled by my repeated efforts to find a place to recycle news and copy paper). And as in the U.S., homes are often over-heated and under-insulated, engines are over-polluting and smokestacks are under-scrubbed, fertilizers and pesticides overused, products over-packaged, etc. There are many miles before Americans should soundly sleep on these matters either, but on the whole, fewer Chinese consider them a problem. The sustainability movement has not yet taken hold among public attitudes--though it is beginning to with rising consciousness of the direct human health effects of egregiously widespread air and water pollution.
Stewardship. Of course, it is perfectly understandable that many Chinese are still more pre-occupied with survival than sustainability, and that other development priorities still preclude advanced sustainability initiatives. A lack of sophisticated curbside recycling should not be surprising in a country still wracked with abject rural poverty, and the government deserves praise for its efforts to promote the Recycling Economy alongside other development initiatives. But here is where the effects of underlying, environmentally-relevant philosophies add a special challenge to the task of Chinese environmental governance. It appears that there is a less entrenched cultural tradition of environmental stewardship here as there is in other crowded nations, like Japan or many in Europe. Indeed, one feature of Chinese culture that often stands out to foreign visitors is the striking way that most Chinese differentiate between the care they take of the environment inside their own homes and the care they take of the environment beyond their front doors. The contrast is stark, and suggests potentially significant implications for the challenges of environmental governance in general.
Inside the home, Chinese people take immaculate care to maintain cleanliness and beauty. Shoes are often left at the front door. Walls and shelves are adorned with enchanting art and objects reflecting the majestic culmination of thousands of years of traditional Chinese culture: calligraphy, porcelain, paper cuttings, shadow puppets, poetry, landscape paintings, and the like. But outside that front door, the duty of care appears to end. Common doors, hallways, and stairwells in Chinese apartment buildings receive little attention from residents; empty walls are often cracked with peeling paint and crumbling cement in seemingly abandoned hallways that open surprisingly into those beautifully maintained dwellings once you cross the inner threshold. This may reflect other collective action problems relating to commonly-owned property, but it also reflects a widespread sense that what happens beyond the inner threshold is someone else’s responsibility.
Crossing the outer threshold onto the street reveals an even more dramatic difference. In many cities, trash can be found everywhere—heaped on the sides of buildings, and littering not only streets but mountain trails and otherwise beautiful beaches. Problems with consumer-product and water quality that I have previously written about feed into the overall trash problem. Easily-breakable products and legitimate fears of unclean re-usables compound the prevailing urban culture of disposability, leading to a stream of waste that is often unceremonially piled up around neighborhoods. A broken toilet and shards of glass have been piled outside our building for months, and it is only one of many such piles.
Here in Qingdao, our neighborhood market area is hosed down by a street cleaning truck every morning. I was surprised to hear this, because I would not have guessed this daily cleaning from looking at them in the afternoon—until I saw what they looked like in the morning beforehand: strewn with fish guts, corn husks, banana peels, discarded vegetable parts, used cooking oil, and every other kind of refuse that you can imagine left behind after the daily rush of morning street vendors. People discard these things on the street, knowing that the city will clean it up—and the city does a faithful job. But the hose can’t get to everything, and a fair amount of refuse accumulates in gutters and potholes. And there is no street-cleaner for the narrower village streets, forest parks, or beaches.
Just as in the U.S., some Chinese individuals admirably take it upon themselves to clean up after their fellow citizens. Even as I am dismayed to see so much trash along the mountain trails behind my neighborhood, I am heartened to see the small signs left by members of private groups who occasionally clear the area of litter. The China Daily reported movingly over the winter on the efforts of an elderly woman in Beijing who makes it her personal task to comb trash out of Tiananmen Square every day.
Nevertheless, while some conscientiously pick up their own trash and even that of others, many others routinely drop trash without thinking much about it. In many places, it’s a culturally permissible thing to do. We ourselves are trying to re-educate our four year-old to do otherwise after we watched him proudly demonstrate that he had learned at school how to peel his own banana—and then dropped the peel on the ground, as though it had always belonged there. Perhaps it came naturally to him to just drop it on the ground without thinking about it, because he sees this happening around him so often. Some leave water bottles and other garbage behind in buses and taxis, too—which is also common in the U.S. But what I haven’t seen outside China are the taxi drivers who clean up what passengers have left behind by simply scooping the trash out of their car and into the gutter of the street where they are parked.
Littering is a human cultural problem throughout the U.S. and the rest of the world, demonstrated by American smokers who continue to discard cigarette butts indiscriminately, long since cultural tolerance for this waned after the 1970s environmental movement. But in China, cultural permission to discard waste in public places extends beyond water bottles and cigarette butts, complicating the environmentalist message. Consider the entrenched Chinese tradition of encouraging children to use public streets while toilet-training. Chinese toddlers are weaned from diapers early—a great environmental good, given the obvious environmental problems associated with disposable diapers. In the U.S., for example, where the average baby goes through about 8,000 diapers, parents buy as many as 40 million disposable diapers a day (or more), most of which end up in landfills where they will hold their mummified loads for the next 500 years. But in China, toddlers wear pants with a split bottom, enabling children to squat to poo or pee wherever they happen to be when the urge hits. Which leads to different kinds of environmental problems.
I should be used to it after nearly a year, but I am always still surprised to emerge from our apartment to find a parent helping a squatting child unload beside the front gate. Small piles of poo on the sidewalk are commonplace, so we walk carefully, eyes cast down. I’ve seen parents allow their children to relieve themselves into large potted plants at airports. I once saw a child have an accident in the aisles of a big-box store, and while the child was immediately whisked away to be cleaned, the resulting pile was left behind for others to avoid. It’s not uncommon to see men urinating along streets and sidewalks, notwithstanding nearby public toilets erected to accommodate neighborhoods without indoor plumbing. A related tradition engaged in by both men and women is that of spitting on the streets and sidewalks, after expelling the product from deep within troubled-sounding lungs.
With so much Chinese ground thus anointed, the outside environment is generally (and correctly) viewed as a terribly unclean place. The American “five-second-rule” is humorously gross in the U.S., but unimaginable in China—because even indoor floors are trod upon by shoes that have walked through countless stages of decomposing goodness-knows-what. A Chinese student, eyes wide with horror, once asked me whether it was true that American students sit or even recline on campus lawns between classes. I laughed at the time, but months later would find myself cringing as a group of visiting American students sat to rest on the gracious exterior stairs of a provincial museum, and nothing I could say would dislodge them. Similarly, Chinese friends would gasp when I instructed my toddler to hold stair handrails, worried about what hands had been there before him, and what those hands might have touched. Their view—which I ultimately adopted—was that it was better for him to fall down the stairs than to allow whatever was on those railing onto his thumb, which inevitably drifts toward his mouth. By necessity, Chinese parents wean thumb-suckers incredibly early (and by whatever means necessary).
Here’s the thing. If you see the world outside your own home as a legitimate place to offload waste—even E. coli-laden human waste—how can this not extend to greater environmental management? If it’s culturally permissible to drop litter (and worse) on the street or the beach, why wouldn’t it be okay to release manufacturing waste into the river, or pipe it into the air? The potential implications for environmental law are obvious. Because it’s not just an economic challenge for the government to convince industrialists not to pollute; in some important way, it’s also a cultural challenge. Professional polluters aren’t just doing it because it’s cheaper than the alternative. They are doing it because—at some level—it’s what they have always done, and without any moral misgivings.
Scarcity. The legacy of scarcity in an era of rapid economic development also factors in to environmental philosophy. Indeed, a discussion of scarcity provides an especially poignant point of contrast between Chinese and American approaches that reflect their different stages of economic development.
Let’s start by acknowledging the obvious: Americans are fortunate to have lived through a period in which most have not endured the scarcity regularly experienced by people in the developing world, and they should do better to remember that. My family and I are often ashamed by the patterns of conspicuous consumption in the United States, where ever bigger cars, houses, and other forms of cultural bling are marketed to consumers who enjoy far more than their fair share of world resources. Yet this year, we have also been perplexed by the contrasting patterns of consumption and waste that we have witnessed in China—from the trash piles of used disposables to the missing efforts to maintain buildings against the effects of weather and time. Especially in a developing country, where resources are comparatively scarce, why not conserve and maintain? Why not fix old things, rather than just tossing them aside for a new ones?
In puzzling over this question with some environmental faculty at Wuhan University, I learned how a nation’s developing status can also push in the opposite direction. One spoke of an experience decades earlier, in the pre-PowerPoint era, when he was using an overhead projector with transparencies to accompany his lecture. Something like a filament in the ancient projector blew, so everyone waited while the university repairman was called in. Using tweezers and tiny metallic wire, he got it working again. The man knew how to fix virtually anything—because he had to. At the time, there was no alternative but to fix things, over and over again. But now, in this age of emerging wealth, perhaps there is national pride in not having to fix things this way. For some, he suggested, it is a sign of growing status to be able to toss out the old rather than fix and maintain it indefinitely.
Similarly, several students once explained to me that their parents absolutely forbid them from licking their fingers when they ate—a good habit that they adhered to even at the local Kentucky Fried Chicken, a popular foreign restaurant chain in China. At first, I assumed this was a matter of good hygiene, and I regretted the manners my own child displayed (after all, KFC’s American slogan is “finger-lickin’ good!”). But I later learned the back-story: that these parents had come of age at a time where they sucked every last drop of grease from their fingers because there simply wasn’t enough food, and not a calorie could go to waste. Now, when their own children licked a tasty finger over a full plate of food, these parents would passionately bat the sticky fingers away from little mouths, proudly reminding them that they would never have to lick their own fingers for nourishment. They were not to do it, because doing it symbolized a desperation that the nation had triumphed over (at least in these urban areas) through economic development.
The cultural memory of extreme scarcity runs deep in China, and it is reflected in other curious cultural differences between China and the West. One possible example that often confuses foreign visitors is the way that Chinese tend not to queue. There is not a strong tradition of waiting in line for goods or services—so, for example, when the bus arrives, the crowd simply surges the door and people gradually push their way through, one by one. There are something like lines at street food stalls, but rules are relaxed and there is no hard order to them; if someone wants it badly enough, they can just insert themselves close to the counter. Even at the airport, as people wait to board the plane at the gate, many will queue, but others force their way through to the front as the group moves toward the plane. My Western sensibilities were often jarred by this behavior, but my Chinese friends mostly tolerated this with either patience or indifference. (Though I discovered how fully I had crossed over while escorting that delegation of American students through Beijing, frustrated by their halting efforts to politely advance through crowds while I soared through cracks and openings like a native…)
Why no tradition of lining up? One Chinese lawyer explained to me that this is just another response to the nation’s long history of extreme scarcity: in a world where there is never enough to go around, people long ago learned to grab for what they need. This tradition is changing with new cultural developments and as problems of scarcity ease in China, but I have occasionally wondered whether it could lead to intercultural confusion in international affairs, such as negotiations over hotly contested resources in the Arctic or South and East China Seas. That said, I am very self-consciously making these observation as an indirect beneficiary of the former American tradition of “manifest destiny”—our most spectacular example of not respecting a first-come, first-served ethic of access to natural resources. So I suppose that both of our cultures—like all of them really—are on an ongoing path of philosophical development…
[To be continued in the final installment, in which I’ll conclude with some thoughts about the relevance of ancient philosophical traditions.]
November 8, 2012 in Asia, Climate Change, Current Affairs, Governance/Management, International, Law, Legislation, Sustainability, Toxic and Hazardous Substances, Travel, US | Permalink | Comments (2) | TrackBack (0)
Thursday, October 25, 2012
On November 14-15, 2012, the Marine Affairs Institute at Roger Williams University School of Law is putting on its 9th Bi-Annual Marine Law Symposium. This year's theme is...climate change! (Shocking, right?) But even with all the attention given to climate change at similar events, this symposium fills an important gap: The symposium will specifically address climate change's impacts on the oceans, and the ways in which coastal and ocean law and policy are (and are not) responding. We have scientists, policymakers, practitioners, and a good helping of legal scholars to talk about ocean acidification, rising sea levels, state and munipal adaptation efforts, the implications for the maritime industry, and emerging issues in the Arctic. You can find the agenda here. And here is the description:
This Symposium will examine the laws and policies that are implicated as climate change impacts coastal and ocean environments. The land-sea boundary is shifting, ocean water is warmer and more acidic, fluctuating weather conditions and storms increasingly impact coastal communities, and the melting Arctic ice cap raises new international boundary and resource exploitation issues. These changes trigger many corresponding legal considerations for natural resource managers, planners, attorneys, insurers and law enforcement entities. At this Symposium, experts and legal practitioners from governmental bodies as well as private industry, academia and non-profit organizations will explore the state of the law, how disputes have been handled to date, and what may be on the horizon. Attendees can expect to walk away with the law and policy tools necessary to engage in these rapidly changing issues, and an understanding of the natural and social science behind changing coastal and ocean conditions.
You can contact me if you have any questions. And I hope to see you in Bristol!
- Michael Burger
Monday, September 17, 2012
I had been wondering what ordinary people in India think about climate change. So last week on my ride home from the office, I asked my auto-rickshaw driver. He was a talkative guy, bearded, with black spectacles and a navy blue turban. He had been keen on identifying for me the many troubles a man like him endures on the subcontinent. “Too many people!” he shouted, his voice competing with the cab’s rattling frame and the bleats of oncoming horns. “Too much traffic!”
We swung around a landscaped rotary. I gripped my seat. A copse of date palms swerved by, and then a billboard: “Enrich Delhi’s Green Legacy.” I took the bait. “So what do think about global warming?” I shouted. We slowed to a stop behind a row of cars and two-wheelers waiting at the light. He cut the motor. A small boy pranced into the stalled traffic and began turning cartwheels in hopes of a small remuneration. “Yes, I know about that,” the driver said. “Too much warming. Too much heat.” “But do you worry about it?” “Me—no.” He fired the engine and frowned slightly. “You know, India has too much noise!” he shouted. “And too many dogs! Too many everything.”
I continue to grill my Indian acquaintances on climate change, but I’ve now found a more scientific source of information. The Yale Project on Climate Change Communication released a report last month, “Climate Change in the Indian Mind,” that takes a broad look at climate change awareness and attitudes in modern India. Based on a survey of 4,035 Indians—both urban and rural, from a range of income and education levels—the report presents an encouraging view of the world’s biggest and most perplexing environmental challenge in the world’s biggest and most perplexing representative democracy.
Like the rickshaw wallah in Delhi, most Indians are aware of changing trends in the climate. According to the report:
Only 7 percent of respondents said they know “a lot” about global warming, while 41 percent had never heard of it or said, “I don’t know.” However, after hearing a short definition of global warming, 72 percent said they believe global warming is happening, 56 percent said it is caused mostly by human activities, 50 percent said they have already personally experienced the effects, and 61 percent said they are worried about it.
(Compare that to public opinion the United States. According to a recent Gallup poll, only 52% of Americans say the effects of climate change are now occurring. But ask about the cause, and one finds numbers similar to those in India: 53% percent of Americans, according to Gallup, attribute global warming to human activity.)
But, unlike the rickshaw wallah, most Indians are worried enough about global warming that they want their government to address the problem.
Here’s another excerpt from the report’s “Highlights”:
• Millions of Indians are observing changes in their local rainfall, temperatures, and weather, report more frequent droughts and floods, and a more unpredictable monsoon. A majority of respondents said their own household’s drinking water and food supply, health, and income are vulnerable to a severe drought or flood and that it would take them months to years to recover.
• 54 percent said that India should be making a large or moderate-scale effort to reduce global warming, even if it has large or moderate economic costs.
• Majorities favored a variety of policies to waste less fuel, water, and energy, even if this increased costs.
• 70 percent favored a national program to teach Indians about global warming.
This glimpse into Indian minds must come with caveats. Like any survey, it captures only a moment in time. Plus, it’s easier to favor conservation policies when you don’t know exactly who would bear the cost. Even with a firm public commitment to action, the translation from public will to government policy is notoriously complicated in India. (Or, for that matter, in the United States.)
But the survey offers a ray of hope. India’s ambition of becoming a true global power will depend on its ability to harness green energy and cope with higher temperatures, bigger rains, and longer droughts. In a general way, Indians know this. But ambition means nothing without political leadership. And that is one thing in India that is not in oversupply.
Robert R.M. Verchick is a 2012-2013 Fulbright-Nehru Research Scholar and holds the Gauthier ~ St. Martin Chair in Environmental Law at Loyola University New Orleans
Thursday, August 30, 2012
NEW DELHI — Here’s what the monsoon season looks like in India. This summer, the northern states have been lashed with rain. In the northeastern state of Assam, July rains swamped thousands of homes, killing 65 residents. Floods and mudslides in northeast India sent nearly 6 million people heading for the hills in search of temporary housing (a tarp, a corrugated roof) and government aid (when they can get it). In New Delhi, the monsoon hasn’t caused anything nearly as traumatic. But one cloudburst can easily flood roads and storm canals, sending bubbling streams of grease and sewage across the urban slums.
Haven’t heard about all this? Normally, I wouldn't have either. But this semester I’m living in New Delhi, near one of those storm canals, working as a Fulbright-Nehru Research Scholar affiliated with India’s Centre for Policy Research. My plan is to examine the ways in which Indians are adapting to climate change, at the national, regional, and local levels.
Perhaps no country in the world is as vulnerable on so many fronts to climate change as India. With 7,000 kilometers of coastline, the vast Himalayan glaciers, and nearly 70 million hectares of forests, India is especially vulnerable to a climate trending toward warmer temperatures, erratic precipitation, higher seas, and swifter storms. Then there are India’s enormous cities (home to nearly a third of the population), where all of these trends conspire to threaten public health and safety on a grand scale—portending heat waves, drought, thicker smog layers, coastal storms, and blown-out sewer systems.
Those floods I mentioned earlier are typical of India’s monsoon season—data for this season, in fact, show a monsoon with slightly less total precipitation than normal. But the floods demonstrate the kinds of extreme events that if multiplied in the future will bring even more risk to a fragile country. According to a recent report issued by India’s Ministry of Environment and Forestry, current projections indicate “a 3% to 7% overall increase in all-India summer monsoon rainfall in the 2030’s with respect to the 1970’s.” In contrast, during the winter and pre-summer “dry” season, most regions “are likely to have lower rainfalls.” Such a “barbell effect”—a more extreme wet season joined to a more extreme dry season—could mean trouble for India’s growing cities and struggling rural farmers.
India’s public and private sectors have begun developing adaptation strategies, although most are at the beginning stages. With prodding from the national government, some states are now developing vulnerability assessments and setting priorities. International non-profits like the Rockefeller Foundation are joining with local governments and citizens’ organizations to find better ways to control storm water, irrigate crops, and improve health against the backdrop of a changing climate. Manufacturers, insurance companies, and banks are also examining ways to adapt. This has led to an array of discussions about how public or private initiatives should be used to build resilience in the Indian communities, to make them “climate-ready.” Some of these ideas are particular to India, but many of them will be tested here and exported to the rest of the world, including the United States.
Should rural farmers in India be encouraged to protect against monsoon vagaries by investing in a legalized “weather derivatives” market, like some American hedge funds do? Is there a way that India’s expansive Public Trust Doctrine (inspired by American case law) could be used to protect threatened assets like coastal wetlands and groundwater supplies? Am I nuts to think that a megacity like New Delhi—home to 16 million people, 11 million vehicles, nearly half a million stray dogs, and scores of loitering cows—can coalesce into an environmentally sensible and climate resilient city of the future? Over the coming months, I’ll take on some of these subjects in this blog. I’ll talk with local experts, visit project sites, and venture an assessment or two. As for now, the afternoon thunder is rattling my office window, and I need to find my rubber sandals.
- Robert Verchick, Gauthier-St. Martin Chair in Environmental Law, Loyola University, New Orleans.
August 30, 2012 in Asia, Climate Change, Current Affairs, Environmental Assessment, Governance/Management, International, Land Use, Law, Sustainability, Water Resources | Permalink | Comments (0) | TrackBack (0)
Thursday, June 7, 2012
Much to my chagrin, a number of people have forwarded me information about a proposal in my new home state: a bill that would require the following of sea-level rise estimates:
"These rates shall only be determined using historical data, and these data shall be limited to the time period following the year 1900. Rates of sea-level rise may be extrapolated linearly to estimate future rates of rise but shall not include scenarios of accelerated rates of sea-level rise."
In the past, I've taken the position that unless there's some special interest at stake (like suspect classifications or fundamental rights), courts ought to be reluctant to interfere when legislatures make policy decisions based on faulty science. On the other hand, a legislature getting science plain wrong might signal no rational basis. Is there room for that analysis here?
At the very least, this is a reminder that courts often provide a check that's too little, too late.
Saturday, April 7, 2012
This is the third in my series of reports from the field about the environmental experiences of an environmental law professor in China. (For the full background on this series, see my introductory post and last month’s reflections on China and the Rocky Mountain Arsenal.) It has been a busy month since my last post, during which I’ve had the pleasure of traveling the country widely. Today I actually write from Japan, where I am visiting Nagoya University to discuss the role of the common law public trust doctrine in balancing economic development and environmental protection.
It is a lecture that I have given frequently in both the U.S. and China, and before arriving, I had carefully considered the differences I could expect in sharing the same ideas with a Japanese audience. In the U.S., law students are fascinated by the role of legal institutions in mediating the conflict, especially demonstrated in the Mono Lake litigation around which I build the presentation. In China, students are more interested the factual content of the story—and dumbstruck by the idea that protecting birds, fish, and wilderness could possibly compete with the water needs of a large metropolis. What would I find here in Japan, a nation with relatively thorough pollution controls but comparatively scarce natural resources?
As it turned out, I needed no academic encounter to see where the Shintoist-inflected Japanese approach would differ from China’s. All the evidence I needed—evidence that nearly knocked me off my feet from the moment I first stepped outside—was in the air. The clean, fresh, sweet-smelling, healthy-feeling air. After eight months of breathing in China, the air was so beautiful that I almost cried. There was no haze, no taste, no grit. You could see the world crisply and clearly ahead of you for miles—even better than I could recall from home in the U.S. I realized in that moment how much I had forced myself to forget what this could be like, in order to just get on with daily life in China. But like an elephant, the lungs never forget. So I guess it’s time to confront the great elephant in the room of Chinese environmental issues and talk about the experience of living with China’s notorious air quality problems.
Everyone knows that air pollution is a serious problem in China. The World Health Organization reports that some 700,000 Chinese people die each year from air-pollution related respiratory diseases. Many of the world’s most polluted cities are in China, and we took serious account of this reality in contemplating our Fulbright voyage. In Beijing, particulate pollution levels regularly exceed the scale that the U.S. government normally uses to monitor it (such that air quality problems are quite literally “off the scale”). Shanghai air is a little better, but still far worse than the worst air quality days in the worst air quality years of Los Angeles’ experience. A friend at the U.S. Embassy in Beijing reports the common wisdom there that a bad day in Los Angeles can get as high as 90 on the PM 2.5 particulate pollution scale, while a bad day in Beijing can exceed 400 (and occasionally even tops 500). He says "if it's less than 150, I'm usually happy, because then I can see the sun." (For full comparison's sake, in 2009, the average PM 2.5 particulate pollution level for the entire U.S. was just under 10, and the average in Los Angeles was just under 15.) The State Department actually pays the American embassy staff in Beijing “hardship compensation”—extra pay for enduring hazardous working conditions, just by virtue of breathing there. [For a good-day/bad day photo comparison, see this follow-up post.]
And foreigners aren’t the only ones concerned. In recent months, the people of Beijing witnessed an important demonstration of their own political power when public unrest ultimately persuaded the Chinese government to change its air quality monitoring norms. For years, China had monitored only airborne particulates measuring at least 10 microns across, even though it is the much smaller particles that can do the most damage—passing through the alveoli in the lungs directly into the blood stream. The U.S. embassy in Beijing monitors particulate matter as small as 2.5 microns (PM 2.5) on an hourly basis, and had been making the data available to the public over the Internet. So the Chinese air quality reports made air quality problems look a lot less serious than the American reports.
But this winter was worse than usual—much worse. The U.S. Embassy data showed sustained levels of seriously hazardous pollution—the kind that could harm any healthy person, not just the especially sensitive young, old, or sick. Air filter sales surged in Beijing, and residents donned surgical masks in (mostly futile) efforts to reduce their inhalation of choking auto exhaust, coal-fired power plant and manufacturing emissions, and dust from the ubiquitous construction projects and nearby Gobi desert. A New York Times report that managed to jump the Great Firewall told of some Party officials who had retrofitted their homes with equipment to cleanse the toxic air, infuriating the 99% who had to breathe it without recourse.
As public agitation mounted, the Chinese government reportedly requested that the U.S. Embassy stop publishing its PM 2.5 monitoring data (likening it to inappropriate meddling in domestic affairs). Beijing residents were enraged by these purported efforts to keep them in the dark about genuine threats to public health. In the Twitter-like microblogs that dominate the Chinese blogosphere, one after another vented their outrage—mothers wanting to keep young children inside when the air was most hazardous, sons wanting to keep aging mothers at home on the days of elevated stroke risk. In a stunning victory for transparency in Chinese governance—and an important signal of how seriously average Chinese people are taking air quality—the government reversed itself and finally began monitoring at the PM 2.5 level.
In fact, I had been graciously offered connections to some of the nation’s leading universities in Beijing when my Fulbright placement was being set. But given Beijing’s air problems (and with memories of my son’s respiratory complications from swine flu still fresh in mind), we pursued a placement in the coastal city of Qingdao instead, as much for the city’s famously clean air as for Ocean University’s vibrant environmental law program. And indeed, when we arrived in August, the wisdom of our choice seemed confirmed. Our introductory week in Beijing—while culturally thrilling—was environmentally chilling. None of my ample armchair research into Beijing’s air quality problems prepared me for the experience of actually breathing air with physical heft. Air with taste and texture. Air that we knew—our bodies as physically as our minds did intellectually—would eventually make us sick. We were elated to finally get to Qingdao, where indeed, the summer air was comparatively pristine.
But even in Qingdao, everything changed in late November, when the heat went on in northern China. In China, the heat (like most else!) is centrally coordinated. So the heat for the entire northern part of the country goes online around November 15th, bringing to life the countless coal-fired power plants that freckle every city landscape, some large but many quite small. One such sleeper turned out to be directly across from my son’s preschool. Its curiously squat smokestack was coupled with a more slender companion, both raised just above the higher floors of the surrounding residential apartments. They seemed old and apparently unused in the fall, so we had assumed it was an old factory abandoned after residential infill. Once we realized that it was really an eye-level conduit for mercury-laden, throat-choking coal dust, we panicked considered our alternatives. But the truth is that these little generators are everywhere. So many, so little, that installing appropriate scrubbers would require the kind of massive financial commitment currently beyond reach for most developing economies.
It’s easy to cite the mind-boggling statistics of how bad the air quality can get here. It’s hard to describe the actual experience of it. Harder still to endure it. There is a kind of low-level panic that sets in when the air begins to go bad. You hope against hope that this time will not last as long as the last time, and you unconcsciously start to breathe more shallowly. Then you assume a bunker mentality and try to keep the bad air out of your home as much as possible. You close all the windows and become extremely careful about closing the doors as fast as possible when you come and go from the apartment. You have to give up the charade when you leave for work, but eventually it doesn't matter because the bad air eventually finds a way into every room. In large enclosed spaces like airports, the haze can even obstruct your view of the far interior wall. At this point, you just have to submit to the situation and try not to think about what's actually in the air. There is nowhere to go, nothing you can do to avoid it. But you still try not to breathe too deeply.
After the winter heat went on, the blue skies of Qingdao disappeared behind a grainy haze of automobile fumes and coal plant smoke. On the worst days the weather report is simply “smoke,” and breathing is like inhaling in the wake of buffed chalkboard erasers that have been tainted with some kind of chemical. We use packing tape to try and seal the faulty window frames and the gaps around our doors. Surfaces in our home are perpetually coated with once airborne dust and particulates. We are no longer so keen to take walks to the lovely mountain behind the university (which we very often can’t even see, as in the prior photo). We avoid strenuous exercise—even running to catch the bus—because deep breathing hurts. On days when we can only hazily see the building fifteen meters from our own (and the others beyond disappear fully into the smoke, as in the photo below), we try to not even leave the apartment.
In the early days of winter, the stress of adjusting to the air pollution was oppressive. We felt sick most of the time, and were always anxious. Eventually, we adapted to the circumstances and we were once again able to find joy and fascination in our new world. But even now, we finish most days by lying down in bed to cough the day's residue out of our lungs. And on many mornings, I wrestle with the decision to send my son to preschool, which requires both him and my mother to troop a half-mile up a steep hill directly toward the belching power plant.
In fact, when the EPA announced the new mercury rule that it finally promulgated in late 2011 after twenty years of trying, I metaphorically jumped for joy and then literally wept with grief when it forced me to connect the primary source of U.S. mercury—coal-fired power plant emissions—with our own experience here. I thought of all the environmental risks to which we are subjecting my little boy, who turned four here this winter. So ironic, after all our fastidious caretaking in his first three years (organic milk, physician-approved sunscreen, no cigarette or pesticide exposure, etc.)! What was the point, when we are now subjecting him to more hazard than he may experience for the rest of his life? Almost every day in January, I questioned whether I did the right thing bringing him here. About every other day, I was pretty sure that I didn’t.
Then again, we take the objectives of our cultural diplomacy here very seriously. Raising a child here has enabled us to access a depth of Chinese culture that most visitors never come close to understanding. We understand China in a way we never could have imagined before now, and we have shared our American ideals just as profoundly. At the moment, my son is a living bridge between our cultures, in a way that fills our neighborhood with joy and hope for the future of our nations’ friendship. So I tell myself that the air pollution is really very temporary for us, and that we will come home in just a few more months. (And then I wrestle with the guilt of knowing that all the people I’ve come to love here will not have the same luxury.)
Seriously folks—I’ve said it before, and I’ll say it again—every American bellyaching about the costs of environmental regulation in the United States really needs to spend a year living in China. Especially from this vantage point, the proposition that Americans no longer need so much environmental law because our environment is so clean (thanks, of course, to environmental law…) makes me want to break something. I try to muster some empathy for those making this argument, because they obviously have no perspective on what the lack of meaningful environmental regulation would actually mean for their daily lives. Which is why they should come to China for a while—preferably with their small children and aging parents. (Then we’ll see how much they miss the EPA!)
Here in Qingdao, without the benefit of enforced environmental regulations, we have learned simply to pray for cold weather. The northerly winds from Siberia blow the smoke out to sea and provide a day or two of respite, so bitter cold is our new favorite forecast. In fact, Qingdao’s famously clean air is probably a result of this standard winter weather pattern—but the weather patterns here shifted this year, as they have been doing all over the globe. Whether for reasons of climate change or unknown factors, the winds that once regularly purged Qingdao’s smog barely blew this winter, and air quality plummeted accordingly. In just the first three months, bad air quality days already exceeded the previous year’s by 400%. Qingdao residents have complained bitterly about the problem, even prompting some new local regulations. But as one of my students wryly observed, “would they rather their homes have no heat?”
In fact, northern Chinese winters get very cold, and most of our Chinese friends easily prefer the heat with all of its downsides. But we should also give credit where it is due for the many ways that Chinese people avoid making the problem even worse—by not living the way that most Americans do. For example, the roofs of all Chinese buildings are barnacled with rows and rows of solar water heaters, avoiding the need for yet more coal-fired electricity. The taxi fleets all run exclusively on natural gas, and city public transportation is exceptional—cheap, easy to use, and everywhere. Almost nobody here has an electric clothes dryer, among the most notorious energy hogs in the American household. Some fear this may change for the environmentally worse as 1.4 billion Chinese get richer and more interested in exotic appliances—but Japan has a fully developed economy, and line-drying remains the norm there as well. Finally, China appears to have made a serious national commitment to reducing greenhouse gas production in its Twelfth Five Year Plan, now beginning implementation in the seven largest metropolitan areas. (Perhaps in the meanwhile, they can work on small coal-plant scrubbers.)
Anyway, we are now counting down the days until the heat finally goes off on April 15th. What seemed unendurable in the first few months eventually became routine, such that the days we once barricaded ourselves inside are now days that I will (if reluctantly) take my son outside to play. We say things like, “the air is bad today, but at least the chalk dust doesn’t have too much chemical in it.” For better or worse, we have adjusted to our new environment—fully appreciating that it is still better than most Chinese enjoy. After November 15th, I alternated between horrified, angry, and desperate that I had submerged my family in the very sort of environment that I had pledged my professional career to avoid. I still have all of these feelings at times, but the desperation has mostly given way to determination. What environmentalists do is important. (Indeed, even the Tsingtao Beer Museum includes a display about environmental protection efforts tracing to Rachel Carson's Silent Spring.) What environmental scientists and lawyers do is important. What environmental law professors do is important. Keep doing it, everyone.
April 7, 2012 in Air Quality, Asia, Cases, Climate Change, Current Affairs, Energy, Governance/Management, International, Law, Legislation, Sustainability, Toxic and Hazardous Substances, Travel, Weblogs | Permalink | Comments (0) | TrackBack (0)
Wednesday, March 14, 2012
Recently, editors of this blog have reported on some of the impressive sustainable efforts of schools around the nation. Perhaps because I am fortunate to have two of the best little boys on the entire planet, I think the subject matter is worth an ongoing dialogue. Rachel Gutter, director of the Center for Green Schools at the U.S. Green Building Council, explains the charge: “With so many of our country’s schools in disrepair, it is critical to highlight the importance of providing our children with healthier, more sustainable educational environments that enhance learning.”
On February 27, 2012, co-authors Lindsay Baker and Harvey Bernstein - on behalf of the Center for Green Schools at USGBC and McGraw-Hill Construction – released a report entitled, The Impact of School Buildings on Student Health and Learning: A Call for Research. The report addresses the very important question of how we research school building design, maintenance, and operations to assess and maximize the relationships between building performance and student health and performance. The report highlights the state of research on the subject and identifies areas where attention to building performance may reap substantial rewards for our children. In particular, the authors provide an inventory of student needs in the classroom based on how students hear, breathe, see, feel, move, think, and learn. The authors also identify the roles and responsibilities of the various stakeholders in researching the impacts of buildings on childhood education: school staff and leaders; teachers and students; building professionals; researchers; governmental agencies; and other supporting networks and organizations. The paper suggests a need and basis to account for the already 2,300 schools across the nation that are already participating in the USGBC’s LEED green building program.
One take-away from the report is that the information needed to complete research on this relationship is becoming easier to access, at least in part because high-performing buildings are becoming an easier sell to higher education administrations. At least, sustainable initiatives are quite popular and stimulated on the campuses of higher educational institutions.
Nevertheless, to many the ultimate challenge remains the cost, a nagging obstruction that is exacerbated by the growing price tag on higher education. However, the evidence on cost savings associated with energy efficiency continues to grow. For example, Gregory Kats argued in 2006 that “Green schools cost on average almost 2% more, or $3 more per ft2, than conventional schools. The financial benefits of greening schools are about $70 per ft2, more than 20 times as high as the cost of going green.” More recently, the American Council for an Energy-Efficient Economy and the Appliance Standards Awareness Project recently released The Efficiency Boom: Cashing In on the Savings from Appliance Standards, in which it reported that the existing energy efficiency standards governing appliances will net consumers more than $1.1 trillion in savings cumulatively through 2035. New and revised energy standards will improve these savings, resulting in typical household savings of over 180 MWh of electricity and over 200,000 gallons of water between 1995 and 2040.
An equally promising trend concerns school investments in “Green Revolving Funds” to facilitate cleantech and other sustainability improvements on campus. Harvard’s $12 million Green Loan Fund is self-described as follows:
The Loan Fund provides capital for high-performance campus design, operations, maintenance, and occupant behavior projects. Basic project eligibility guidelines state that projects must reduce the University’s environmental impacts and have a payback period of five to ten years or less. The model is simple: GLF provides the up-front capital. Applicant departments agree to repay the fund via savings achieved by project-related reductions in utility consumption, waste removal, or operating costs. This formula allows departments to upgrade the efficiency, comfort, and functionality of their facilities without incurring any capital costs.
The number of schools utilizing the GRF model has been growing steadily, aided in large part by AASHE’s Billion Dollar Green Challenge. Of course, the GRF model may not suit every school, at least because the initial investment may feel like the type of discretionary spending that simply is not available. Ideally, the lessons learned from existing and contemplated green schools, the predicted market shifts, and the associated forward-thinking will outgrow this misperception.
- Keith Hirokawa
Friday, March 9, 2012
"Heeding the Signs of a Changing Ocean" -- Susan Avery, President and Director, Woods Hole Oceanographic Institution:
- "Every second breath you take is provided by the ocean."
- "We have entered a new geologic age -- the anthropocene era."
- "The Gulf and other coastal waters have long been a dumping ground for human activities."
- "One thing that I think Rachel would be pleased about is that science [is now] at the stage where you can predict the emergence of harmful algal blooms."
- NOAA "has begun now issuing seasonal red tide alerts in the Northeast."
- "I really think it's harder to get into the ocean than to space. We probably know more about the surface of the moon and Mars than we do the ocean."
- "It's not funded, but we have a national ocean policy."
- "If we think about where we are now with the oceans, and what Rachel Carson would think today, I think she we be partly despairing and partly hopeful."
- "The economic benefit of the ocean is huge, and it is just beginning to be documented."
- "Everyone has a stake in the oceans."
- "One of the keys" to ocean management "is the realization that best practices by an individual corporation is not enough . . . . Collaboration is needed . . . . The problem is that there has not been a structural process to" bring ocean industries together.
- "Thinking to the future . . . , these are the kind of cross-sectoral things that . . . businesses can get involved in and be part of the solution and not just part of the problem:" (1) ocean governance -- Convention on Biological Diversity, (2) marine spatial planning, (3) regional ocean business councils, (4) smart ocean / smart industries.
- "Marine mammal issues will increasingly affect marine activities, especially shipping."
- "We need to balance that growing need for resources and food and energy with those areas that already have resources."
- "Better data means better modeling and better forecasting," which fundamentally helps businesses, "let alone leading to better environmental management."
"Challenges for Ocean Governance in a Climate Change Era" -- Robin Kundis Craig, Attorneys' Title Professor of Law and Associate Dean for Environmental Programs, Florida State University College of Law
- "I think what we should really be thinking about is how to keep those ecosystems healthy, functioning, and resilient rather than collapsing."
- "The problem is we have one ocean but many governments."
- "As much as we'd like to treat the ocean as one place, there are serious problems for doing that under our current legal system."
- "Marine spatial planning was introduced, internationally at least, before governments were really thinking about climate change. . . . It is not a panacea. . . . It will not really help with climate change mitigation . . . ."
- "Marine spatial planning can help with climate change adaptation, and it" can become "more climate change adaptable."
- "Ocean acidification is the technical fix for anyone who wants to [address] climate change" in the oceans.
- Australia has a climate change adaptation plan for the Great Barrier Reef. In part, it seeks to "fill knowledge gaps," "identify critical ecosystem thresholds," and translate that into management practices.
- "Australia is also using the Reef as a reason to engage in climate change mitigation."
- An example of dynamic zoning possibilities is TurtleWatch, which predicts on a daily basis where sea turtles will be so that fishers can avoid them (and thus prevent closure of the fishery).
March 9, 2012 in Biodiversity, Books, Climate Change, Current Affairs, Economics, Environmental Assessment, Governance/Management, International, Law, North America, Science, Social Science, Sustainability, Toxic and Hazardous Substances, US, Water Quality, Water Resources | Permalink | Comments (0) | TrackBack (0)
Monday, February 20, 2012
Is the European Union (EU) gently shifting energy law and policy and shaping the future of a climate treaty?
The European Union is steadfast in its commitment to reduce emissions by reducing reliance on traditional fossil fuels. To date it has taken several measures, each of which promises to change the paradigm of energy policy and politics. I have highlighted some recent actions below.
1. An EU law, the legality of which has been confirmed by the Advocate General, imposes a carbon tax on aviation, including international airlines, as part of EU’s Emissions Trading Scheme (EU ETS). China has retaliated by introducing legislation banning airlines from imposing a carbon tax. Several countries, including the United States, reportedly, support China’s position and may follow suit in introducing their own measures against the airline tax.
2. EU’s proposed sanctions against Iran. In response, Iran has suspended export of crude to French and United Kingdom and has threatened to suspend supply to several other European nations. It is simultaneously negotiating a contract to increase export of crude to China, as reported here. According to reports, France and the United Kingdom are not concerned. Not only do they claim to have sufficient reserves, but also the two countries recently inked a new civil nuclear energy pact as part of their energy cooperation efforts.
3. Another proposed action aims to include tar sands oil within EU’s Fuel Quality Directive (FQD), which was passed by the EU as part of its climate and energy strategy in 2008 and which requires suppliers of oil and gas fuel to the transport sector to reduce their emissions by 10% by 2020, as explained here. Based on a report that the extraction from tar sands is highly polluting because of high CO2 emissions, the European Commission has voted to include oil from the tar sands in the FQD. Even though Canada does not import oil to the EU, it fears that the inclusion can have indirect repercussions on its tar sands industry, as reported here. Pending vote by individual European nations, Canada is reportedly threatening to file a complaint before the World Trade Organization if the tar sand oil is included in the FQD.
Despite objections from different groups, EU’s measures may eventually have a larger impact on the energy landscape. In its attempt to help create a robust carbon market, it may eventually provide much desired incentive to invest in emissions reduction measure. That is, of course, unless nations who are not Party to the Kyoto Protocol or who have withdrawn from the next commitment period, notably China and Canada respectively, cooperate. Either way, it is worth watching Europe maneuver the energy market and the response of countries affected. What is emerging is a patchwork of subtle legal challenges that can nevertheless change the landscape of global energy production, supply, and consumption, as well as the future prospects of negotiating a meaningful climate treaty.
I’m delighted to be joining the Environmental Law Prof Blog as a contributing editor. This year, I’ll be blogging about my environmental experiences in China, where I’m spending 2011-12 as a Fulbright Scholar and Visiting Professor at Zhongguo Haiyang Daxue (Ocean University of China). I am teaching a full schedule of American law courses while researching Chinese environmental governance, joined by my husband, 4-year old son, and 73-year-old mother. In our small two-bedroom apartment, we live like a typical Chinese family, with three generations and an only child.
To be sure, the living is not always easy—but perhaps our most important lesson of all will be to learn what it means to downsize from American consumption levels and live a little more like the rest of the world. (And this is a sobering lesson indeed.)
In light of our rich reservoir of experience here, my blogging will be less academic and more experiential—less about the fact that Beijing will finally begin monitoring air pollution at the 2.5 micron level, and more about how life changes when you are immersed in those particulates day after day. (For more academic reporting, see the excellent Chinese blog, China Environmental Law.) To summarize the overall sentiment of the series, anyone complaining about excessive environmental regulation in the U.S. really ought to spend a year living in China.
Better still, they should bring their young children or aging parents.
This first post provides some context for my series of through-the-looking-glass observations about what it’s like to plunge into China’s modern industrial revolution as an American environmental law professor. No amount of legal research could have prepared me for the differences in environmental perspective that I would encounter here (and even my undergraduate degree in Chinese language and culture falls short). So I hope that sharing these stories will help illuminate some of the cultural gaps we will inevitably encounter as Chinese and American partners work together to solve our global environmental challenges.
I thought I'd start by explaining a little bit about where many of these stories come from. We are fortunate to be living in the beautiful city of Qingdao, Shandong Province, which is on the coast of northeastern China across the Yellow Sea from South Korea. Qingdao is home to about seven million people—a small (!) city by Chinese standards. It is a wonderful place of disarmingly friendly people, complete with weather-worn mountains overlooking a peaceful sea. Home to several of China’s biggest brands and among the ten busiest commercial shipping ports in the world, Qingdao has won several awards for green development. And yes, it is where the famous Chinese beer comes from (“Tsingtao” is just a different Romanization for “Qingdao”!)
Ocean University is one of China's key comprehensive universities under the direct supervision of the Ministry of Education. It has about 30,000 students and faculty and ranks among the top 10% of universities nationwide. The law school has an especially dynamic environmental program, offering master's and doctoral degrees and hosting seven research institutes addressing marine law, coastal zone management, sustainable development, and other important topics. (Of note, the Law School is currently inviting applications from both students and faculty for some very intriguing programs of exchange--about which I've posted separately here.)
The Dean and faculty have been extremely welcoming, and the students are delightful. Teaching them is especially gratifying because they are so hungry for the kind of engaged and participatory teaching that we regularly use in American law schools. Most of them have never before been asked what they themselves think, or to work all the way through a doctrinal problem, or to question their instructors. It is truly a privilege to be part of this cross-cultural exchange, and I will always be grateful to both the China Fulbright Program and my hosts here at Ocean University for the opportunity.
Nevertheless, the challenges of living here—specifically, the environmental challenges—can be harrowing. In the next few months, I’ll blog about the experiences of living without clean air, potable water, or faith that products in the marketplace won’t make us sick. I'll write about the many ways that established environmental problems foster newer ones, like the consequences of poor public water quality on the ever-increasing stream of waste products to cope with it. I'll write about our palpable homesickness for the kind of government oversight we take for granted to protect us in circumstances ranging from pharmaceutical to pedestrian safety. (For all the chest-thumping in some American circles about the perils of socialism, China is a Tea Partier's dream in many respects—as far away from the Nanny State as most would ever wish to venture.)
Yet I’ll also write about the environmental realms in which the Chinese put Americans to shame—for example, the amazing public transportation system in cities like ours, which can be navigated cheaply and conveniently by bus at all hours (and has a subway system in the making). Or the full-scale embrace of alternative sources of energy, with a solar water heater on every roof. Or the national government’s commitment to price carbon on at least some level--a part of the new Five Year Plan beginning experimentation in seven cities. Or the general willingness among most Chinese to make personal sacrifices for the greater good.
But since this is a blog and not a novel, I'll save my first tale for the next post--a story about how Colorado's Rocky Mountain Arsenal led to surprising insights among my Natural Resources Law students about their own experiences in China. Stay tuned!
February 20, 2012 in Air Quality, Asia, Climate Change, Energy, Food and Drink, Governance/Management, International, Land Use, Law, Sustainability, Toxic and Hazardous Substances, Water Quality, Weblogs | Permalink | Comments (3) | TrackBack (0)
Wednesday, February 15, 2012
Existing buildings – in their physical presence, design, and operations - challenge the goal of sustainability in the built environment. Older buildings can be leaky, inefficient, and even unhealthy, and they typically do not perform well against the expectations that we draw from today’s green building techniques and technology.
There is evidence that green building programs are impacting the existing building stock through retrofit programs offered in LEED and others. The number of projects certified under LEED for Existing Buildings: Operations and Maintenance (EBOM) surpassed those certified under its new construction counterpart in 2009. Spending on remodeling and retrofits has been on the rise and is predicted to grow to $10.1 billion-$15.1 billion by 2014. Recently, the USGBC announced that LEED-certified retrofits have outpaced new construction certifications on a cumulative basis.
We might view green retrofits of existing buildings as significant. Of course, the past is a major obstacle for achieving sustainability in the built environment, and the provision of alternatives to “business as usual” in existing structures is itself a victory. In addition, and perhaps more importantly, the growth in green retrofits suggests that sustainability may involve changes in people as well as buildings.
- Keith Hirokawa
Friday, January 27, 2012
- Nuclear Power: Does It Have a Future in the United States? (John Ruple, Michael Stern, Christopher Thomas)
Wednesday, November 16, 2011
In celebration of the 40th Anniversary of the Clean Water Act, the Fordham Environmental Law Review plans to publish an issue devoted to water. They have issued a call for papers, with a deadline of December 15, 2011. The details follow:
CALL FOR ARTICLE PROPOSALS
The Fordham Environmental Law Review will devote its Spring 2012 issue (Vol. 23.2) to articles on Water, in recognition of the 40th anniversary of the Clean Water Act.
The editors of the ELR are looking for articles discussing a range of environmental, natural resource, energy law, and policy topics associated with issues of water and riparian rights. Articles may address state, national, or international issues. Suggested topics include:
- Clean Water Act
- Waste water treatment and disposal
- Citizen suits
- Invasive Species
- Conflicts between federal and state rights
- Congressional activism on environmental/ energy/resource issues
- Environmental enforcement at the federal, state and local level
- EPA and Surface Mining Act
- Agency issues
- Congress v. Agencies
- Role of science
- Cross-jurisdictional consistency/standards
ARTICLE PROPOSALS ARE DUE BY December 15, 2011.
Authors will work with an editor from the ELR Board throughout the publication process. Articles should be between 8,000 and 25,000 words and should be written in standard legal journal style (footnotes conform to The Bluebook: A Uniform System of Citation). ELR article guidelines can be found on the ELR website at: http://law.fordham.edu/fordham-environmental-law-review/5518.htm.
Contact: Lee Van Put, Senior Notes & Articles Editor, Fordham Environmental Law Review
Wednesday, November 2, 2011
The Wallace Stegner Center for Land, Resources, and the Environment at the University of Utah S.J. Quinney College of Law has posted a job opening for a new alternative dispute resolution program focused on environmental, natural resources, and energy issues. The position is for the director of the program.
Here is the announcement. Note the link at the end for online applications:
The Wallace Stegner Center for Land, Resources and the Environment at the University of Utah S.J. Quinney College of Law is establishing a new Alternative Dispute Resolution (ADR) program focused on environmental, public lands, and natural resource issues and is currently accepting applications for the ADR Program Director. The Director will play a major role in initiating, designing, and developing the new ADR program. Specific responsibilities include identifying issues of local, regional, and national importance and proactively investigating ADR opportunities; public education about the benefits of mediation, collaboration, and other ADR options; providing ADR services to government agencies, corporations, environmental organizations, and other entities; fundraising to support the program; and research on ADR processes and opportunities. Requirements include a Juris Doctor or equivalent degree, along with a minimum of five (5) years of experience in alternative dispute resolution. Experience with environmental, natural resources, or energy law and policy, and especially experience with these issues in the western United States, is strongly preferred. For additional information and to apply, please go to http://utah.peopleadmin.com/postings/11104.
November 2, 2011 in Air Quality, Biodiversity, Climate Change, Current Affairs, Energy, Forests/Timber, Governance/Management, Land Use, Law, Mining, North America, Sustainability, Toxic and Hazardous Substances, US, Water Quality, Water Resources | Permalink | TrackBack (0)
Sunday, October 23, 2011
Climate change regulation is dead? Not in California, which this week adopted the nation's first economy-wide cap-and-trade program.
The Tenth Circuit, in a 120-page decision, upheld a Clinton-era rule protecting 50 million acres of forestland from logging and roads.
The Council for an Energy-Efficient Economy released its first annual rankings of states; Massachusetts was first, with California second.
An advocacy study observed that FCC standards for cell phones "grossly underestimate the amount" of radiation that "smaller adults and children retain," as reported by Greenwire.
BP received approval for a plan to explore for oil in the Gulf of Mexico, its first such approval since the Deepwater Horizon disaster.
There is a fascinating article this week in The New Yorker about the aftermath of the Fukushima-Daiichi nuclear accident in Japan. (hat tip: Joe Tomain)
October 23, 2011 in Asia, Cases, Climate Change, Current Affairs, Energy, Environmental Assessment, Forests/Timber, Governance/Management, Law, Legislation, Science, Sustainability, US | Permalink | TrackBack (0)
Wednesday, September 7, 2011
As Cara Horowitz posted about earlier on Legal Planet, some recent polling data emerged today regarding politics and global warming, looking at the views of Democrats, Republicans, Independents and the Tea Party. The report was put together by the Yale Project on Climate Change Communication and the George Mason Center for Climate Change Communication. The data contained lots of interesting information, but the most interesting tidbit to me was that:
"Tea Party members are much more likely to say that they are 'very well informed' about global warming than the other groups. Likewise, they are also much more likely to say they 'do not need any more information' about global warming to make up their mind."
Certainly being a specialist in an area does not always make one correct, but reading reports and keeping up with the science of climate change is part of what many of us do for a living. For me personally that is a task separate and apart from my politics, as there is plenty on both sides of the political spectrum with which I both agree and do not agree. So while I have to rely on the understanding and processes of the scientists engaged in the research, due to my woeful scientific incompetence (I am not, after all, a climate scientist), I can still be somewhat sure from my review of the materials that 95% of scientists truly do maintain a consensus position on the human contribution to climate change, ocean acidification, etc. Yet I have seen the mindset reflected in the poll when discussing the science of climate change, where I can throw paper after paper and report after report at someone and within minutes they are responding that it just cannot be true, that the debate is still open, etc. Speed readers? I don't think so.
It reminds me of the Dunning-Kruger effect, but before I get into that let me make very clear that what I am discussing is a derivation of the actual effect. The actual effect is seen across all segments of society regardless of political affiliation, and involves less capable people overestimating their abilities while those more capable underestimate their own abilities relative to others. But I wonder how this combines with political affiliation to cause people to purposefully put themselves in a position of being "less capable." By that I mean is there a bias toward not believing in climate change that is ideological, but that causes those people to exhibit some Dunning-Kruger-esque view that they are "very well informed" about global warming - more-so than folks who actually trust the science - and that they "do not need any more information"? This is certainly not an argument on my part that members of the Tea Party are less "capable" from an intellectual perspective. I have many, many extremely capable acquaintances who sympathize with the concerns of the Tea Party, but who simply aren't interested in digging deeper than Fox News to find the facts about climate change. Rather, it is that Tea Partiers seem to choose to put themselves into a position where their capability to understand and accept the science is compromised by their political views - they don't even want to track down the data and study it closely because if they do it might demonstrate something incongruous with their political viewpoints. Until one reads the reports and makes an effort to understand the science, that person is "unskilled" in the sense that Dunning-Kruger posits, and is prone to overestimate his or her skill in assessing the "truth" of climate change - just as unskilled as I am at performing surgery or engineering the construction of a building.
John Cook actually posted about Dunning-Kruger over on Skeptical Science last year. The site is widely regarded as a respectable source that addresses the arguments for and against the human contribution to climate change. Cook states:
There are many with a cursory understanding who believe they're discovered fundamental flaws in climate science that have somehow been overlooked or ignored by climate scientists. Some take this a step further and believe they're being deceived . . .
Cook provides the following example:
In the discussion on whether CO2 is a pollutant, a graph was included to show CO2 levels over the last 10,000 years. The graph includes ice core data for CO2 levels before 1950. For values after 1950, direct measurements from Mauna Loa, Hawaii were used.
A comment was posted querying the data in this graph. Here is the comment in full:
"Whoa, hold on a minute here. CO2 readings from ONE LOCATION prove we have an enormous GLOBAL spike in CO2 levels? You've got to be kidding me. This is science? That would be like me taking hydrological readings at the bottom of Lake Superior and then declaring that the entire surface of the earth must be covered with water based on my readings.
By the way, isn't Mauna Loa an active shield volcano? (http://en.wikipedia.org/wiki/Mauna_Loa) Hmmmm, you don't suppose that's where all that extra CO2 came from, do you? C'mon, people, wake up. I find it shameful that this obvious manipulation is allowed to pass as "proof". This is certainly NOT an unbiased scientific conclusion."
The commenter is asking whether it's appropriate to take CO2 readings from one location. Particularly when situated near a volcano which are known to emit CO2. Surely a better metric would be a global average of CO2 levels? These are legitimate questions. However, I deleted this comment as our Comments Policy allows no accusations of deception, whether the attack is directed towards skeptics, scientists or myself. This restriction is necessary to keep discussion constructive and restricted to science. Unfortunately, the comment began with a commendable question and ended with a not-so-commendable personal attack.
If the comment had stayed on methods and not strayed into motive, I would have posted the following response. Mauna Loa was used is because its the longest, continuous series of directly measured atmospheric CO2. The reason why it's acceptable to use Mauna Loa as a proxy for global CO2 levels is because CO2 mixes well throughout the atmosphere. Consequently, the trend in Mauna Loa CO2 (1.64 ppm per year) is statistically indistinguishable from the trend in global CO2 levels (1.66 ppm per year). If I used global CO2 in Figure 1 above, the result "hockey stick" shape would be identical.
Unfortunately, this type of presumptive misunderstanding is seen all too often. Someone doesn't understand a certain aspect of climate science which is understandable considering the complexities of our climate. Rather than investigate further, they assume a flaw in the climate science or worse, an act of deception. This response is often more a reflection of the gap in their own understanding than any flaw in the climate science.
Perhaps most interesting when considering the Dunning-Kruger effect is that cross-cultural comparisons have demonstrated that Americans may be more prone to the effect than other cultures. If so, perhaps it is not surprising that American acknowledgement of the threat of climate change trails almost the entire rest of the world: "People nearly everywhere, including majorities in developed Asia and Latin America, are more likely to attribute global warming to human activities rather than natural causes. The U.S. is the exception, with nearly half (47%) -- and the largest percentage in the world -- attributing global warming to natural causes. Americans are also among the least likely to link global warming to human causes, setting them apart from the rest of the developed world."
Ultimately, I wonder if the Tea Party suffers from a politics-induced version of the Dunning-Kruger effect, and simply does not want to dig deeper. Actually, maybe they do want to dig deeper, but only so they can continue to bury their head in the sand.
- Blake Hudson
Sunday, September 4, 2011
* The Obama administration decided to abandon proposed ozone regulations, which the oil industry and other business interests had criticized as unnecessarily costly.
* Although most of the 9 million people who lost power due to Hurricane / Tropical Storm Irene have had their electricity restored, utilities have gone on the defensive, launching PR campaigns in the face of likely investigations from regulators.
* Tropical Storm Lee has forced evacuation of over a third of oil and gas production platforms and drilling rigs in the Gulf of Mexico.
* Japan has adopted a feed-in tariff that will take effect next year and seeks to incent 30,000 MW of new renewables installations in the next decade.
* A beetle called the goldspotted oak borer is threatening trees in southern California.
* President Obama is pushing for a transportation spending bill, to fund federal highway projects and keep fuel taxes in place.
Monday, August 29, 2011
Hurricanes/Heat = Global Warming, but Cold/Snow = Lunacy? How to Handle Isolated Weather Events When Discussing Climate Change?
As this is an issue that I have struggled with for some time now, I write this blog post to ask for advice, guidance, and the perspective of others - so please chime in with comments.
It seems to be the bane of existence for those familiar with climate change science - the person who posts on Facebook or Twitter, or who boldly asserts in the classroom or office, "it was a record low in X city, Y state today - suuuurrreeee global warming is real. And there's been record snowfall to boot!" These types of misunderstandings of climate change science have resulted in a shift from "global warming" terminology to "global weirding" or "climate change" - a recognition that though the earth's overall temperature will increase over time, climatic conditions will be quite variable in any given location.
Stephen Colbert has parodied this thought process quite well in the following video:
When people make comments that cold weather days must disprove global warming, Colbert quips, "Folks, that is simple observational research: whatever just happened is the only thing that is happening . . . [Currently] it is dark outside. Now based on this latest data, we can only assume that the sun has been destroyed. The world has plunged into total darkness. Soon all our crops will die and it's only a matter of time before the mole people emerge from the center of the earth to enslave us in forever night....thanks a lot Al Gore."
Even though I agree with the silliness of such arguments, I cannot help but wonder what our responsibility is as educators, scientists, and other professionals in the field when it comes to isolated weather events that appear to support "our" position. Over the course of this summer I have seen numerous posts on Twitter and various news articles and blog posts from both environmental groups and professionals asserting what essentially sounds a lot like "See! Record heat! Climate change is real!" Also, I saw even more posts, and some articles, during recent Hurricane Irene that seemed to highlight this one hurricane event as proof of climate change. Don't get me wrong - I certainly trust the statistics on warming trends and increased hurricane frequency and intensity over the last few decades. There is little doubt that those trends reinforce and form part of the foundation of climate change science. But my question is more about framing the issue. It is really hard for me to criticize someone for arguing that cold weather events disprove global warming, and then turn around and say that a single hurricane or a hot month of July support my "position." This is despite the fact that some may say "well sure, of course it is ok to do just that, because we are right. The data is on our side. So of course it is ok to point to these events as proof." That may very well be true, but something about that approach just doesn't feel right. I think it may be one of those arguments we should consider dropping so as not to allow the delivery of the message to disrupt or confuse the message itself.
In the end, I believe that if those pointing out the reality of climate change do not want to sound exactly like those they criticize, it might be in our best interest to not use hyperbolic sounding arguments based upon isolated weather events. And trust me, this is hard for me - I like hyperbole. But maybe we should stick to the whole story, and not just parts of it? What are your thoughts?
- Blake Hudson
Friday, August 26, 2011
The most recent edition of the ABA Journal inspired me. Its cover story is the feature "30 Lawyers Pick 30 Books Every Lawyer Should Read."
This got me thinking. What are the must-read energy, or energy law and policy, books out there?
Looking around a little, I found one person's answer. Alexis Madrigal, senior editor at The Atlantic and author of Powering the Dream: The History and Promise of Green Technology, came up with these "13 Energy Books You Need to Read":
- Consuming Power by David Nye
- Petrolia by Brian Black
- The Prize by Daniel Yergin
- Energy Policy in America Since 1945 by Richard Vietor
- Technology and Transformation in the American Electric Utility Industry by Richard Hirsh
- The Bulldozer in the Countryside by Adam Rome
- Soft Energy Paths by Amory Lovins
- Energy at the Crossroads by Vaclav Smil
- Hubbert’s Peak by Ken Deffeyes
- A Golden Thread by Ken Butti and John Perlin
- Sorry Out of Gas: Architecture’s Response to the 1973 Oil Crisis by the Canadian Centre for Architecture
- Wind Energy Comes of Age by Paul Gipe
- The Discovery of Global Warming by Spencer Weart
Madrigal's is a fascinating, insightful list. I'm still wondering: what's my list of must-read energy and energy law/policy books?
More to the point, what's yours?