Thursday, November 15, 2018
J.B. Ruhl is the David Daniels Allen Distinguished Chair of Law, Director of the Program on Law and Innovation, and Co-director of the Energy, Environment, and Land Use Program.
This is the tenth in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
The probability of holding the climb in atmospheric temperature to 2°C above pre-industrial levelsis rapidly approaching zero. Barring a global political miracle, technological breakthrough, or economic collapse, we will surpass 2°C and enter an era of climate dystopia. How long that lasts before, if ever, we turn the corner is anyone’s guess. Among the many casualties will be environmental law as we know it.
I paint a bleak picture, but it is one our nation’s institutions of environmental law must face. Vast expanses of human populations will demand that their well-being be protected from storms, droughts, pests, diseases, and other harms climate change will bring their way. The built environment will be reinforced or moved. Agricultural lands will be retooled or relocated. Halting the spread of crop pests will be a priority. Malaria, dengue fever, and other diseases will be controlled at all costs. Water will be moved to where it is desperately is needed. People living where relief is simply unattainable will be relocated or leave on their own accord. Equitable distribution of these and other protective measures will be demanded. And if environmental programs such as the National Environmental Policy Act (NEPA), Endangered Species Act (ESA), Section 404 of the Clean Water Act (CWA), Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) and their many kin stand in the way of these adaptive responses, they will be mowed down. To be blunt about it: environmental law must prepare for the climate dystopia or be pushed aside.
The prospect of a climate dystopia means environmental law must put its money where its mouth is. For over a decade, advocates for swift and robust controls on greenhouse gas emissions argued—rightly so—that failure to implement such controls would lead to a drastic global scenario of massive disruption to social-ecological systems. With failure increasingly likely, it would be untenable to suggest that the scenario is less dire than claimed or that adaptation measures of unprecedented scale and magnitude will not be necessary. Rather, climate change “mitigationists” must now work alongside “adaptationists,” and environmental law will need to conform to both agendas.
To be clear, I am not for a moment suggesting that environmental law back off efforts to control greenhouse gas emissions—even as we pass 2°C we must continue work to turn it around (although a separate issue is whether hardline environmentalism’s opposition to new gas pipelines and electric transmission lines is actually impeding mitigation). Rather, it is climate change adaptation, not mitigation, that will push back on environmental law as we know it. This will be a new kind of challenge for environmental law. For the most part, the controversies enveloping environmental law until now have mostly been about an “environment versus economy” rhetoric. Environmental law has been cast by critics as the enemy of jobs and the enemy of property rights, but rarely has it been cast, even by its most ardent opponents, as the enemy of public health and safety (a recent example, though, is President Trump’s preposterous claim that water conservation initiatives had prevented firefighters from accessing water to combat California’s raging wildfires). That will change in the era of climate change adaptation, if environmental law does not itself adapt.
Before considering what can be done to prepare environmental law for the climate dystopia, let’s consider and dispense with the option of staying the course, fighting the fight, and not giving an inch. This strikes me as a suicidal strategy. People whose health, safety, and security depend on rapid and robust adaptation measures—shoring up coastal barriers, eradicating disease bearing insects, protecting crops from new migrating pests, securing drinking water supplies—will have sharply diminished tolerance for protracted NEPA litigation, for avoiding all impacts to endangered species, for staying out of wetlands, for conserving water supplies, and for other environmental protection and conservation measures taken as a given today. Giving no ground by behaving as if the climate adaptation demand for new infrastructure is like today’s highway project, or as if the demand for deploying new pesticides is like today’s FIFRA registration challenge, or as if the need to clear habitat for new agricultural land development is like today’s endangered species conflict, will be a sorely misguided strategy. This is not to say environmental law must simply go away, but taking a hard line position of enforcing all existing environmental laws to the hilt will ignite a furious backlash that could open the door to a wholesale rollback of regulatory programs, and with broad and deep public support for doing so.
So the more realistic question to ask is what can environmental law do now to become more facilitative of climate change adaptation without sacrificing core values and goals? We do not want to throw the baby out with the bathwater. Several strategies seem viable and capable of being implemented under existing laws. The following descriptions of their core approaches use federal law as the medium for explanation, but they could be instituted at state and local levels as well.
Maximize connections to public health and safety. Although some corners of environmental law are closely tied to promoting public health, such as air pollution regulations, that connection has not often been drawn to natural resources programs such as the ESA and Section 404, and protecting public safety has generally not been a theme of environmental law. More could be done on this front. The ecosystem services theme that has gained prominence in the past two decades is aimed in this direction. For example, wetlands provide water purification and groundwater recharge services as well as protection against inland flooding and coastal storm surges. Wherever it can be shown that robust protection of natural resources promotes climate change adaptation strategies, those connections should be made and widely advertised. This will only go so far, however, as those connection must be shown to be real and credibly assessed.
Establish criteria for what qualifies as a climate change adaptation action. Clearly, not every action and project should be considered as furthering climate change adaptation, hence it will be important to establish a set of criteria for designating a project as truly serving necessary and urgent climate change adaptation and thus qualifying for the approaches outlined below. A multi-agency commission could be charged with evaluating which projects qualify. This could very likely be instituted by a presidential executive order establishing the commission, outlining the goals, and directing executive agencies to use existing authorities to achieve them.
Embrace compensatory mitigation. Although compensatory mitigation already is deeply embedded in many programs, most prominently in Section 404 wetlands mitigation banking, it needs to be expanded, simplified, and made widely available. Climate adaptation, especially shoring up or relocating built environment infrastructure, is going to have extensive impacts on natural resources, and holding to the strategies of avoid and minimize preferred in today’s environmental programs will be problematic. Also, the Obama Administration’s stated goal of having compensatory mitigation produce net environmental benefits, even when not required by law (it seldom is), which the Trump Administration rescinded, would be a magnet for opposition. Something closer to the ESA’s “maximum extent practicable” standard for qualifying actions, which does not require full compensation (much less net benefits) could be workable. Section 404 of the CWA itself imposes no standard; indeed, it does not mention mitigation—Congress required the Corps to establish “performance standards” for mitigation in a 2004 military appropriations bill, but there also imposed no outcome standard. It may also be necessary to allow compensatory mitigation after the fact, so as to expedite necessary projects.
Expedite processes. Speaking of which, there already is a fierce debate whether pre-decision impact assessment processes such as NEPA, ESA Section 7, and FIFRA registration take too long to complete and are too costly. That debate will only intensify as important adaptation measures are at stake. But mandatory page limits and time limits are not needed across the board, as the Trump Administration is pushing for. Rather, qualifying climate adaptation projects could be moved to an alternative consolidated impact assessment “fast track” under which one document would serve all such review programs, only “no action” and “proposed action” would be considered as the alternatives, and mandatory time frames would be in effect. Nothing in NEPA, Section 7 of the ESA, or Section 404 of the CWA precludes such an approach for land development projects. The respective agencies (CEQ, EPA, and Corps) could therefore promulgate regulations establishing this approach.
Leverage statutory substantive flexibility. Many of our current environmental laws actually are sufficiently flexible to allow regulators to scale back on controls and conditions where appropriate to facilitate important climate adaptation initiatives. For example, Section 404(b)(1) of the Clean Water Act, which authorizes EPA to promulgate water degradation guidelines for the Corps of Engineers’ issuance of Section 404 permits, does not establish any fixed standards or limits. By cross-reference to Section 403(c), it simply lists the types of effects the guidelines must address. And the EPA is authorized in Section 404(c) to veto a Corps permit only if it will result in an “unacceptableadverse effect” on any of several specified resources. Similarly, FIFRA pesticide registration is held to a standard of not imposing “unreasonableadverse effects on the environment,” defined to require a cost-benefit analysis. EPA very likely would have the authority to carve out qualifying climate change adaptation infrastructure projects and pesticide registrations for a specialized set of guidelines as to what are “unacceptable” and “unreasonable” environmental impacts. Even the ESA, often depicted as rigid and demanding, has room for flexing on behalf of climate adaptation projects. For example, given that it operates on a species-wide assessment scale, very few projects today result in the dreaded “jeopardy” finding under the interagency consultation provision of Section 7, and the Section 10 permitting process for non-federal actions leaves ample room for using compensatory mitigation flexibly.
Institute “repair accounts” and “repair planning” to offset relaxed standards.The quid-pro-quo for all of the above could be to keep track of impacts that were not avoided, minimized, or mitigated because of the above measures and put them in a “repair account” tagged to the entities carrying out the project. A condition of the permits covering the project could be to develop a “repair plan” that would require fixing or compensating for those impacts in the future when it makes sense to do so. For example, repairing efforts might not be prudent while temperatures are past 2°C and still rising.
These and similar measures within reach under existing environmental laws may not provide enough “flex” to accommodate needed adaptation initiatives, in which case the statutory can of worms might need to be opened up. That prospect could be ugly for environmental law. It behooves those interested in keeping environmental protection and conservation in play for adaptation policy, therefore, to find creative ways of molding today’s environmental programs to meet tomorrow’s climate adaptation needs while maintaining as much of the core goals in place as possible.
I appreciate this sounds like a call for compromise—because it is—and that environmentalists have long been wary of compromises, likening them to sleeping with the enemy. But when it comes to climate change adaptation, refusing to compromise is a fool’s errand. The challenge will be in designing compromises that allow important climate change adaptation measures to go forward without imposing unnecessary adverse environmental impacts and without opening the door too wide to what qualifies for more flexible treatment. The sooner environmental institutions begin thinking about this challenge and crafting approaches like those described above, the sooner they will be perceived as a friend of adaptation asking only for reasonable environmental safeguards.
Tuesday, November 13, 2018
Vanessa Casado Pérez is Associate Professor of Law and Research Associate Professor of Agricultural Economics at Texas A&M University School of Law
This is the eighth in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
The aphorism “water is the new oil” is now truer than it has ever been. While many use the phrase to suggest that water is as scarce and valuable as oil once was, it is also true in another sense: speculation in water markets now rivals speculation in oil markets. Oddly, however, water scarcity has not translated into a higher price for water, as it has done in oil. But this anomaly may be on the verge of changing as international investors start to enter the business of climate change. From oil tycoons like T. Boone Pickens to international hedge funds, investment in all things water is on the rise. And while many deny climate change, the market does not. Since climate change is widely expected to induce scarcity in water supplies, business investments in the water market are increasing rapidly.
The alarm has gone off. Those who believe markets should not commodify water are appalled by the role that investment moguls play: all the investments in the water business may lead to price increases for water. There is some merit in valuing water as a scarce resource so that we do not misuse it. The more expensive it is, the shorter our showers would be and the more thoughtful the choice of crops and irrigation techniques will be.
But using the market to allocate water also gives rise to two concerns: the affordability crisis for low-income populations and the inability to capture certain intangible values, such as environmental protection, in a single monetary price. The first concern is often answered by saying that the amount of water needed to satisfy our basic needs is around 1% of the total water used. We could let the market deal with the rest and figure out how to allocate the 1% cheaply. Environmental regulations, such as water quality or minimum instream flows, could address the second.
While the answers to these concerns may not be reassuring, we should take comfort in the fact that water is somewhat speculation-resistant, at least compared to oil. Unlike oil regulation, the regulation of markets for water rights has built-in mechanisms to prevent speculation. These constraints in water markets have driven investments towards related industries, like water conservation technology or reuse.
Water rights can be traded in the Western United States and in other jurisdictions such as Australia or Chile. Trade includes leases and sales of water rights that give the buyer the right to use water if it is available. A common transaction might be one between an agricultural right holder and an urban consumer, because the latter often has a higher willingness to pay and a less elastic demand curve. In the US West, these types of transactions have brought flexibility to water allocation systems, where the majority of water rights were allocated when agriculture was the main economic activity and large cities and suburban areas with luscious lawns had not developed. Those transactions should make the farmer realize the opportunity cost of using water. Transactions are subject to different levels of control. First, transactions are subject to administrative review. Transactions cannot injure third parties or the environment. Water rights are defined across several variables, including the point of diversion and the type of use. A transaction will normally imply a change in either or both of those variables and is likely to affect third parties.
Another layer, and more relevant for the purposes of speculation, is the forfeiture provision included in all prior appropriation states and many other jurisdictions. These forfeiture provisions mandate that holders of water rights use the water. If they don’t use it for a certain period, usually around 5 years, they may lose the water right.So unlike with real estate or stocks and bonds, where owners can wait for the market to peak and then sell their assets, in water markets, owners cannot engage in this kind of wait-and-see. That said, if water becomes valuable enough, investors may find a way around these rules. One company, Water Asset Management, is taking that route—considering land an accessory. It focuses on water itself but to get to it, it buys land and it tries to make use of the land to break even. While others have not invested in water rights, they have invested in groundwater or water reuse, which profit from water scarcity.
The question is whether there is something that water law could do to stop big players from dominating the water market broadly understood beyond the forfeiture provision and the approval requirements. It can. Furthermore, water law may be able to target the surrounding industries that investors are interested in. First, regulators could limit the number of shares a single entity could accumulate. One of the main fears is a market dominated by big players. While antitrust regulations are set up to deal with monopolistic practices that harm the consumer, water law can take a page from other natural resources markets and avoid concentration by limiting the amount of water rights that can be accumulated in the same hands. In fisheries’ “individual transferable quotas” programs, there are limits on the shares of the total allowable catch that a single ITQ owner can acquire. This should prevent the concentration of the agricultural industry in a few hands, mitigating the concerns about displacing local farmers.
Second, groundwater should be subject to a permit system like surface water is. Investment companies are keen on exploiting lax regulations and have noticed that in many places groundwater may be more readily accessible as an investment. The separate regulation of a unique resource of surface and groundwater denies the science and makes both, given their interconnection, overexploited.
Third, wastewater regulation needs to be properly designed. As it stands today, return flow belongs to the user who diverted the water. A city may have a water right and divert water from the river. The city does not consume all of it. It usually treats the wastewater and sends it back to the river, where downstream users use it. But if a city decided to reuse wastewater before bringing it back to the river, it could do so, leaving downstream users without the water they have relied on for decades. In some states, like Arizona, cities may be able to not only re-use it in their area but sell the water as a commodity because cleaned up wastewater is considered a new product. While incentives to invest in reuse are paramount, water regulations need to better address the effect on downstream users and the ecosystem needs.
An adage seems appropriate to close this essay. Mark Twain purportedly said that “Whisky is for drinking and water is for fighting.” Water scarcity will certainly cause fights as there will not be enough water for all users. Given the business of water in times of climate change, the question that lingers is whether small water right holders and the environment can put up a fight against these powerful businesses. The three water law measures stated in this essay may be able to help.
Saturday, November 10, 2018
Sarah Krakoff is the Moses Lasky Professor of Law at University of Colorado Law School
Shannon Roesler is Professor of Law at Oklahoma City University School of Law
This is the sixth in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
Since the dawn of the environmental justice movement, we have heard the stories of individuals and communities left unprotected by our environmental laws and policies. Their stories reveal the deep-seated structures of racism and inequality that determine what resources and which people environmental law will protect. Despite risks to the cultural and natural resources of the Standing Rock Sioux Tribe, the federal government allowed the construction of the Dakota Access pipeline. When officials in Flint, Michigan, a majority-minority city where 40% of the people live in poverty, purported to cut costs by switching the city’s water supply, they cut corners and failed to treat the water to prevent corrosion. Their decisions exposed the city’s residents to dangerous levels of lead in their drinking water. Recent hurricanes have again devastated the most vulnerable communities, and yet the President dismisses the 2,975 deaths from Hurricane Maria in Puerto Rico as fake news created by Democrats to make him “look as bad as possible.”
But thousands of people did die. Thousands of people were exposed to lead in drinking water. And the promises made to the Standing Rock Sioux Tribe, long ago enshrined in treaties, were once again broken. How can the next generation of environmental laws do better? If the underlying problems include structural racism and inequality, the answer may require radical change. To achieve environmental justice on a sustainable planet, the next generation of environmental law will have to change in two ways. It will have to have to go beyond the environment and beyond law.
That is a tall order. But if we are asking big questions there is no point in being coy or timid. There are two huge problems facing the planet right now. One is that its stable operating systems are at risk of going awry. Climate change is the signature example, but not the only one. The second is that inequality between rich and poor has increased dramatically over roughly the same period that we have put the planet’s operating systems in jeopardy. To make matters even more complicated, wealth inequality is shot through with the structures of racism and colonialism. So if we are thinking big, we might as well think beyond the parameters of our training and disciplines. We should think about what sorts of cultural, economic, and legal structures would result in a just, equitable, and sustainable world for humans and non-humans. And then we should try to think and imagine a way from here to there.
Time is of the essence. We need new visions of an equitable, sustainable future now. Climate change (which is just one of the earth system boundaries at risk) could soon result in a virtually unrecognizable and volatile planet. In a recent article, Swedish scientist Will Steffen and co-authors outlined a scenario that leads the Earth to a situation where positive feedback mechanisms push “the Earth System toward a planetary threshold that, if crossed, could prevent stabilization of the climate . . . and cause continued warming on a ‘Hothouse Earth’ pathway . . . even as emissions are reduced.” That pathway is not inevitable, but if it is not averted through rapid and steep reductions in greenhouse gas emissions, “Hothouse Earth is likely to be uncontrollable and dangerous to many . . . and it poses severe risks for health, economies, political stability (especially for the climate vulnerable) and ultimately, the habitability of the planet.”
If the “Hothouse Earth” scenario comes to pass, it will occur on a planet marked by dramatic and racialized inequality. Economist Thomas Piketty has documented the rise in inequality since industrialization, attributing it to the fact that capital wealth has grown faster than incomes. The upshot is that the United States and other western democracies have very little economic mobility, and are more similar in this regard to monarchical or feudal societies than functioning democracies. In the United States, the long history of legal, political, and economic marginalization of African-Americans, Native Americans, and other non-whites means that today’s inequality is also marked by race.
Further, recent research has shown that natural hazards not only have disparate impacts on poor and minority communities. But that they too contribute to wealth inequality: “Overall, . . . natural hazard damages are contributing to wealth inequality. Additionally . . . while inequality is occurring along other lines, the most notable inequity is along lines of race, education and homeownership.” In other words, environmental harms not only have disparate economic and racial impacts, they also entrench racialized inequality.
In the current cultural and political moment, the structural causes of environmental degradation, rising inequality, and racism are converging in troubling ways. Following the election of President Barack Obama, a study found that white Americans were less likely to view climate change as a serious problem, suggesting a link between racial resentment and climate change denial. Moreover, under the Trump administration, U.S. environmental policies have actively excluded the most vulnerable communities. For example, shortly after President Trump assumed office, the head of EPA’s environmental justice office resigned in response to the administration’s proposed cuts to environmental justice programs. In addition, the administration’s new $1-7/ton social cost of carbon completely ignores the costs of global warming outside the United States, an isolationist approach to a quintessentially global problem. The Trump administration’s indifference to the risks of a warming planet places the nation’s, and the world’s, most vulnerable populations at greatest risk. It is hardly surprising that a journalist summarized the most recent international report on climate change in the following way: “Either way, the outlook is dire, especially for the poor.”
So what would laws look like that could take us off of the pathway to a deeply unequal “Hothouse Earth” and toward a just, equitable, and sustainable planet? They would look like anti-poverty laws, wealth redistribution laws, public infrastructure laws, and health care laws. They would also look like much stronger and more directive environmental laws with interlinked goals of just and equitable decarbonization. And environmental laws would engage at all scales of governance, making local issues of educational segregation and housing inequality national priorities. In short, they would be laws that simultaneously ensure a just, equal, and free society, and that protect the ecological foundations of the planet.
To achieve such laws (and the economic system in which they would participate), it will likely take the kind of massive and diverse activism that resulted in the civil rights and environmental law-making moments of the 1960s and early 1970s. It will take a movement that seeks more than legal change. Yet there is plenty for lawyers to do. Without lawyers to do the work on the front end, and to be standing by during and after the chaos, the chances of getting on the right path are greatly diminished. In short, to get on the path to a just, equitable, and sustainable Earth, it will take much more than legal change, but it will require no less than the full attention of lawyers committed to defeating racism, reversing inequality, and saving the planet.
November 10, 2018 in Air Quality, Climate Change, Current Affairs, Governance/Management, Law, North America, Sustainability, Toxic and Hazardous Substances, US, Water Quality, Water Resources | Permalink
Friday, November 9, 2018
Blake Hudson is Professor of Law and the A.L. O'Quinn Chair in Environmental Studies at the University of Huston Law Center.
This is the fifth in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
The theme of the 2018 Environmental Law Collaborative, “Environmental Law: Disrupted,” effectively captures the way in which federal environmental law has been seemingly turned on its head under the current administration. It truly feels like a disruption, as if nearly 50 years of environmental progress is not just being halted, but is at risk of being reversed, even on issues that in recent decades seemed settled—like having safe air to breathe and safe water to drink. Of course, we have seen this play out before, such as when Ronald Reagan was first elected and began the rollback of federal environmental protections. But partisanship is much more acute today than it was even then, and the disruption seems to have an air of permanence about it, or at least an air of long-term persistence.
In light of this disruption, many are calling for an increased reliance on the next line of defense, state governments. It is an understandable position, given that some states have demonstrated an interest in addressing environmental problems more broadly, as well as the political will and administrative capacity to do so. Yet for many more states, particularly in regions of the country like the Southeast (where I am from), an understanding of the state’s role in protecting citizens from environmental and associated economic harm, and the development of the political will and institutional capacity to carry out such programs, feels quite remote. In these locations it is arguably not much further developed than it was when the state of Ohio seemed content to let the Cuyahoga River burn in the 1960’s.
But what about the areas of law where there never was a comprehensive, ordered legal approach already in place to be disrupted?—the legal fronts where states have yet to comprehensively exercise their authority to protect the environment, and where the federal government has little to no regulatory safeguards in place? Such is the case with land development that impacts natural resources, and the dearth of policies in place to comprehensively and effectively deal with the scope of the problem. In this space there really cannot be a disruption of the legal regime because there never was a meaningful evolution or progression towards comprehensive environmental safeguards to begin with.
Control over the paving of landed natural capital with development in the U.S. remains an uber-decentralized mishmash of policy approaches (at least in places where there are any policies actually implemented). Land use regulation is the “quintessential state and local power,” as articulated by the U.S. Supreme Court. Thus, the fifty states hold the keys to how land development proceeds, with little input from the federal government (except in the limited circumstances where an endangered species or a wetland connected to navigable waters is present). Most states, in turn, often leave decisions over land use development to the 88,000 subnational governments that stretch across the U.S.—that is, unless the states do not like the way in which local governments are trying to control land development and prevent environmental harm, in which case they can preempt those efforts (here and here).
While the federal government refuses to enter the regulatory space, land development impacts many of the targets of federal environmental regulation. Land development affects water quality (the Clean Water Act), air quality (mobile emissions under the Clean Air Act), and the driver of species decline, habitat destruction (the Endangered Species Act). So the subject matter of federal environmental law could be addressed more effectively if state and local governments engaged in better land use planning.
Considering the lack of federal involvement, and an ad-hoc, inconsistent approach to land use planning at the state and local level (with southeastern states being exceptionally lax regarding land development controls), urban sprawl proceeds apace, and natural capital is being replaced at a profound rate. While some jurisdictions have engaged in innovative land use planning and development, and gains have been made on some fronts, until society begins to view development per se as a complex, “super-wicked” environmental problem, we will not maintain a sense of urgency along policy fronts to address the problem’s scope. We will keep addressing the symptoms of the land development problem (endangered species, poor water quality, poor air quality) rather than finding a cure for the disease.
While explication of the minutiae is beyond the scope of this post, I am currently working on a project developing a typology of factors that contribute to the wickedness of the land development problem (stay tuned). These include the challenges of collective action unique to the land development sector; corporate design of that sector; legal institutional hurdles; economic drivers; intersecting federal policies; property rights; political economy; time/behavioral science/spatial and geographic factors; population/demographics; and an ever-changing natural environment in a time of climate change. Articulating and exploring these factors will be important to both change the dialogue on land development as an environmental problem and to more adequately inform policy responses to address the problem.
In short, the current state of affairs at the national level is a dramatic disruption of environmental progress. But we cannot forget the areas where holistic environmental progress has never been achieved. In a world of growing populations and economic growth tied quite directly to the replacement of natural capital with human-built capital (Texas, a state of 25 million people in 2010 is projected to double to 50 million citizens by 2050 due to rapid economic expansion), we can no longer take our country’s vast expanse of land for granted. We must do better to plan and control growth, the development of our land, and the replacement of our natural capital. If not, we will eventually find the loss of those environmental resources quite disruptive to human progress and well-being.
Thursday, November 8, 2018
Keith H. Hirokawa is Professor of Law at Albany Law School
Jonathan Rosenbloom is Dwight D. Opperman Distinguished Professor of Law at Drake Law School
This is the fourth in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
A brief perusal of the history of environmental law illustrates the ways law might be employed to suffer through a constant state of disruption. In the past, we have largely relied on state and federal environmental legislation and regulation to accomplish the task, in part because of a fear that local governments will “race to the bottom” and take a competitive advantage against their more regulatory-prone neighbors. We would suggest that the reliance on state and federal regulation, as well as the lack of confidence in local governance, has served to undermine sincere dialogue on the potential of local government to govern well both within and across boundaries.
The present circumstance of climate and ecological disruption will provide an opportunity to revisit the issue of local environmental law. Specifically, climate change will require more engagement with local governments because of the local stakes involved. Given current and likely future disruptions from rising sea levels, heat waves, and storm events, local governments will be faced with coastline insecurity, vulnerable infrastructure and difficulties in meeting essential human needs, geological instability, uncertain ecological changes (such as invasive species), water scarcity, and population migration. Such changes will permeate social, economic, and environmental expectations in every community. Given the role that local governments play in responding to challenges to local quality of life and security, local governments will inevitably become players.
There are and will be instances where local governments manipulate social, economic, and environmental resources to protect their own. But there are and will be examples that illustrate the contrary. Some local governments forego regulation of extraction and resource development, while others will adopt more comprehensive land use regulations that maintain ecosystem services and other quality-of-life determinants. But differences in local governance are neither surprising nor unwarranted – governments illustrate legitimacy though responsiveness to local needs, and local needs differ across boundaries. More importantly, norms and values develop in very local ways, and it would be a mistake to disregard value differences, even at minute levels, that occur across borders.
Local is not only a circumstance that is relevant to understanding particular governmental actions. Local also provides a framework for understanding common concerns such as shared resources, regional circumstances, and intergovernmental cooperation. And, in the context of disruption, local can play a significant role in at least the following four categories: responsiveness; baseline information generation; innovation research; and normalization.
- Local is Responsive to Change
Environmental disruption is coming and, in fact, is here. Law will have to develop new strategies to face the new challenges and immediacy will be a factor. Government strategies should be designed to launch on short notice. It is easier to experiment with new regulations and approaches at the local level: first, because the closeness of local government to governed communities demands it; and second, because the scale of local governance makes debate, passage and implementation of new approaches easier.
Local governments are acutely responsive to social, economic, and environmental change for good reason. Regardless of how such disruptions are perceived on a regional, state or federal level, they are felt locally. The invention of the elevator and automobile fundamentally altered the role and potential of urban areas to provide homes and economic opportunities. In turn, such disruptions helped shape attention to infrastructure and governmental service needs. More recently, local governments have expeditiously responded to water shortages by prohibiting water waste, restricting specific water uses, and requiring installation of efficient water fixtures and grey water use in new construction and building renovations. Similarly, local governments have controlled stormwater flows by implementing measures for permeable pavements, green roofs, and rainwater harvesting. See, e.g., Chatham, MA, Protective Bylaws § 4(B) (2016) (floodplain development and permeable driveways);Denver, CO, Code of Ordinances §§ 10-300 to 10-308 (2017) (green roofs);San Diego, CA, Rain Harvesting Rebate Program (cash incentives rain barrel installation).
- Local as Source of Baseline Information
As a matter of course, local governments gather and assess information on local vulnerabilities to disruptions. Local governments keep a watchful eye on natural and built infrastructure assets, the availability of nature resources, housing stocks, access to food and energy, and population dynamics. Local governments often require permit applicants to provide critical information on development elevations, habitat values, and slope stability. Likewise, local planning and development review processes have resulted in a wealth of information on groundwater budgets, canopy cover, and buildable lands. Other local governments require energy benchmarking and audits for larger buildings and governmental operations. See, e.g., Atlanta, Georgia Code of Ordinances § 8-2002 (2016) (requiring both energy benchmaking and auditing for certain public and private buildings); Denver, CO Code of Ordinances § 4-53 (2016) (commercial building benchmarking and reporting); Seattle, WA Municipal Code § 22.920.010 (2010)(requiring building benchmarks and reporting); Austin, TX Code of Ordinances § 6-7-31 (2011) (commercial facilities required to calculate annual energy budget). The information is commonly used to inform a variety of local government decisions such as land use planning and permitting, budget decisions and infrastructure planning, event planning, intergovernmental cooperation and even the exercise of eminent domain. The information helps to identify future risks and costs, the potential for public interest in particular problems, and the solutions that might be relevant.
Local governments are not better at gathering this information due to sophistication or funding. Local governments are better at it because of their access to a deep pool of relevant information and their lens through which the information is discerned. The important point here is to recognize the critical role of location to the way local governance happens. Based on geological, ecological, economic, and cultural circumstances, communities adapt to the demands of living in a particular place because communities must survive in their own place. This type of experienced information is tattooed with the values that particular resources have to their beneficiaries and users and reflected in local resource decisions.
- Local as a Laboratory for Innovative Responses
Communities approach particular changes in their own ways – some dig in to wait out changes, some take more protectionist ideals and seek to maintain the status quo through zoning, where others employ more forward-thinking measures through long range planning. It should not be surprising that different communities often understand changing circumstances in ways that appear to contradict. But it is also not surprising that a particular community’s reaction to new challenges follows more or less the same basic premise: although local needs and circumstances will vary, human needs and quality of life are the common driver.
Accordingly, the third observation about the importance of local is variation in innovation. The development of technologies and approaches to construction, infrastructure, economic development priorities, education, and housing (and others) are designed to resolve the effects of disruption and secure a community’s vision against the backdrop of change. Importantly, variation in local responses to disruption generates significant information on what works and the local circumstances that facilitate stories of success.
Many local governments are experimenting with incentives to promote green building techniques and even requiring developments to implement the most sophisticated building materials. While the federal government pursues policies that support coal and concrete, local governments are pushing forward with promoting technologically advanced forms of building. Lancaster, California, requires that many new buildings meet net zero standards or be outfitted with a solar energy system that can produce two watts of power for every square foot of the home. Lancaster, Cal., Energy Code § 15.28.020 (c) (2017). Georgetown, Texas, offers multiple incentives, including net metering and rebates, for residents to add renewable energy sources to their properties. Georgetown, TX, Code of Ordinances § 13.04.083 (D) (2) (2012). Miami Beach, Florida, a city already struggling with climate changes, is assessing building fees to combat the impacts of rising sea levels through innovative projects such as environmental restoration projects, monitoring, green infrastructure, and stormwater quality improvements. Miami Beach, FL, Code of Ordinances § 133-6(a)(2016).
- Local as Normalization
Elevating location in an analysis of environmental governance does not suggest any particular value as a normative matter. There will be few response strategies that will be effective in every community, and a “good” strategy may be best guided by the notion that it is good if it would work here. In the meantime, preemption is a good check on local governance, and top-down approaches to land use regulation may offer meaningful constraints on the bad kind of intergovernmental and inter-community competition. Nevertheless, the pervasiveness of location suggests that we should not rush to preempt local initiative. In the meantime, although local should be recognized for uniqueness, the contingencies in the arena of local regulation can serve as a gauge for developing norms. Successful strategies can be borrowed and adapted to different communities, which in turn will generate additional confidence as response strategies across the spectrum of ecological, geological and hydrological difference normalize in the common goals that drive locational adaption.
Wednesday, November 7, 2018
Does the President Really Matter to U.S. Participation in International Law? A View from the Perspective of Oceans Law
Robin Kundis Craig is the James I. Farr Presidential Endowed Professor of Law, University of Utah S.J. Quinney College of Law.
This is the third in a series of essays from the Environmental Law Collaborative on the theme: "Environmental Law. Disrupted."
How much do Presidents really matter to the United States’ participation in international environmental law?
Fairly obviously, presidential turnovers in the United States are absolutely critical to how the United States conducts its international relations. President George W. Bush’s pursuit of Middle Eastern terrorists in the wake of 9/11, including wars in Iraq and Afghanistan, represents a far different engagement with the rest of the world regarding international terrorism than President Obama’s reliance on drones and attempts to bring American troops back home. In turn, President Obama’s engagement with the rest of the world on climate change, including committing the United States to the Paris Accord, represents a radically different path than the one President Trump has thus far chosen to walk with regard to the same issue. Indeed, President Trump’s “America First” approach to international relations shows every sign of becoming one of the most presidentially-driven idiosyncratic periods in the United States’ relations with the rest of the world since at least the conclusion of World War II.
But how much does any of that matter to the United States’ participation in international environmental law?
The issue, of course, is that the United States Constitution formulates treaty-making as a two-body problem: The President signs and the Senate advises and consents. Failure of the United States to participate can occur at either stage. For example, President Clinton signed but Congress refused to ratify the 1997 Kyoto Protocol to the 1992 United Nations Framework Convention on Climate Change (to which the United States remains, at least for now, a party). Indeed, as of late August 2018, according to the U.S. Department of State, Presidents have sent 42 treaties to the U.S. Senate that still await the Senate’s advice and consent to ratification.
One of those 42 treaties is the 1982 United Nations Convention on the Law of the Sea (UNCLOS III). President Reagan refused to sign the treaty when it opened for signature while he was in office, but President Clinton signed it on July 29, 1994. It has been sitting with the Senate since October 7, 1994—that is, through Presidents Clinton, Bush II, Obama, and, so far, Trump. Clearly, the identity of the Chief Executive has not mattered much to the United States’ failure to ratify.
Perhaps perversely, however, the United States’ non-ratification and the identity of the Chief Executive also don’t seem to have mattered all that much to the treaty’s operation—including in U.S. waters. Of the 193 United Nations member states, 168 (including the European Union) have ratified this “constitution for the ocean,” which went into effect on November 16, 1994. The United States follows UNCLOS III’s jurisdictional provisions on the grounds that they are customary international law. Indeed, after refusing to sign the treaty, President Reagan first proclaimed a 200-nautical-mile Exclusive Economic Zone for the United States in March 1983, then in December 1988 added a 12-nautical-mile territorial sea —both exactly as UNCLOS III allows. All subsequent Presidents have accepted these proclamations. Finishing up, in September 1999, President Clinton proclaimed a contiguous zone for the United States out to 24 nautical miles, http://www.presidency.ucsb.edu/ws/?pid=56452—and, again, all subsequent Presidents have accepted that declaration. In addition, the United States ratified the supplemental Agreement for the Implementation of the Provisions of the Convention Relating to the Conservation and Management of Straddling Fish Stocks and Highly Migratory Fish Stocksin August 1996, and this treaty came into force on December 11, 2001.
The United States has perhaps been most out of step with the rest of the world with regard to rights in the seabed. In September 1945, more than a decade before the first Law of the Sea conventions opened for signature in 1958, President Harry Truman proclaimed the United States’ assertion of control over the continental shelf, a post-World War II recognition of the importance of offshore oil and gas reserves. The United States’ most prominent objection to ratifying UNCLOS III was its treatment of the deep seabed (denominated “The Area”) and its minerals as “the common heritage of mankind.” However, deep seabed mining is just now getting underway, and, so far, it is taking place only on the deeper parts of continental shelves controlled by coastal nations (gold and copper deposits off the coast of Papua New Guinea, and iron sands off the coast of New Zealand). As a result, the United States’ objection might be regarded as 40 years premature.
Even with respect to the seabed, however, the United States is beginning to behave like the rest of the world. Specifically, the United States is mapping its extended continental shelf in the Arctic Ocean in conformance with UNCLOS III—even though our non-ratification of the treaty means that we cannot submit a claim to that extended shelf to the Commission on the Limits of the Continental Shelf. Moreover, U.S. companies like Lockheed Martin prefer the legal safety of UNCLOS III when pursuing deep seabed mining; Lockheed Martin formed a U.K. subsidiary, UK Seabed Resources, so that it could receive its mining licenses from the International Seabed Authority pursuant to the treaty. Such industry preferences and the United States’ interest in the Arctic might finally induce the Senate to ratify the treaty.
Maybe. The larger point here, however, is that the United States’ relationship to UNCLOS III has been more or less the same since President Reagan, despite the fact that he did not sign the treaty and President Clinton did. Part of the reason, no doubt, is that President Eisenhower signed, and the Senate under a new President Kennedy ratified, the four 1958 United Nations Conventions on the Law of the Sea, which set forth many of the same kinds of obligations and rights as UNCLOS III. Another part, no doubt, is that the new jurisdictional provisions in UNCLOS III, and many other of its provisions, work to the United States’ advantage. But an important part of the reason is that Senate procedures and politics—not presidential inclination—have been an effective roadblock to ratification, underscoring the basic constitutional point that the United States’ assent and strict adherence to international environmental law is only partially a matter of who the President is.
Monday, November 3, 2014
Responding to the IPCC Fifth Assessment during the Month of November (from the Environmental Law Collaborative)
As a special post-Halloween treat for the month of November, a series of guest blogs will be appearing here examining the latest IPCC report. The essays are the latest production of the Environmental Law Collaborative, a group of environmental law scholars whose goal is to meet and work collaboratively to discuss and offer solutions for environmental law’s major issues of the day. ELC facilitates dialog among thought leaders on environmental policy priorities, practical implementation strategies, assessment mechanisms, and cooperative analysis of science, economics, and ethics. It has become increasingly apparent that, although environmental policy benefits from a robust drive for the dissemination of information, environmental policy is also influenced by strategic misinformation and effective use of persuasive communication. To advance society and secure welfare at local and global scales, our professional activities must contribute to resolution of the divisive issues that confront our environment.
November 3, 2014 in Biodiversity, Climate Change, Current Affairs, Energy, Forests/Timber, Governance/Management, International, Land Use, Law, Sustainability, Water Quality, Water Resources, Weblogs | Permalink | TrackBack (0)
Friday, July 26, 2013
Whatever term you choose to describe the technique, hydraulic fracturing and horizontal drilling of oil and gas wells continues at a fast pace. The law, too, is quickly changing. If you're teaching or writing in this area this fall, I've listed some of my favorite resources below. Some of these aren't so new--they're just helpful (I think). This post describes sources associated with unconventional oil and gas development generally--not just fracturing, which is one stage within a larger development process.
The relevant formations: Much of the oil and gas produced in the United States comes from unconventional oil and gas formations -- defined by Q.R. Passey et al. as “hydrocarbon-bearing formations and reservoir types that generally do not produce economic rates of hydrocarbons without stimulation"--meaning that something more than drilling is required. These formations include coalbeds, tight sandstones, and shales, but shales contain the most abundant hydrocarbons. This oil and gas comes from organic matter that was deposited "along the margins of lakes or seas" millions of years ago. The quantity and type of oil and gas formed from this organic matter depends on a number of factors, including the type of organic matter deposited and the quantity of sunlight and nutrients it had; the rate and amount of organic matter destruction by microbes, oxidation, and other processes; and the mixing and diluting of this organic matter with other substances as sediment built up and the matter was trapped within rocks. Heat and the maturity of the organic matter and rock are also important: in most gas-containing shales, geologists would normally expect to see oil due to the type of organic matter there, but the shales are "mature" and were subjected to high heat, producing residual gas trapped within the rocks. All of the above is a summary of Q.R. Passey et al.'s work, which does a much more accurate job of explaining the oil and gas production process.
How much gas and oil?: The Energy Information Administration has a helpful report on global shale gas and oil reserves. The Energy Information Administration projects a "44-percent increase in total natural gas production from 2011 through 2040" in the United States due largely to unconventional resources. Several liquefied natural gas export terminals are proposed. The Federal Energy Regulatory Commission has approved the Cheniere/Sabine Pass LNG terminal in Louisiana, and the facility website indicates that the terminal will be "capable of liquefying and exporting natural gas in addition to importing and regasifying foreign-sourced LNG." The project is still under construction.
The technology: It's not only fracturing that has caused domestic oil and natural gas production to rise dramatically. There are three key changes that contributed to the modern boom. First, wells that will eventually be fractured are often drilled with a horizontal drilling technique--drilling vertically down to a formation (sometimes as far as 12,000 feet--see this Halliburton document for various formation depths) and then laterally through the formation to expose more surface area, and thus more oil and gas. Often, the portion of the formation targeted is quite narrow--often less than one meter thick, for example.
Second, hydraulic fracturing is a key technology, but it has (as industry notes) been around for a long time. Depending on how you parse terms, you could trace it back to the 1800s, when companies used nitroglycerin to break up underground formations. The technique has, of course, changed quite a bit since then. The fracturing used from about 1949 and on tended to use very heavy gels and large quantities of proppant (sand) to prop open fractures when they were formed. Other older fracs used mostly water. But what really changed in the late 1990s was the use of water (lots of it) combined with some chemicals, in a sort of hybrid of the earlier gel and water techniques. Energy companies, with government support, developed this slickwater fracturing technique in Texas's Barnett Shale--and more recently transferred it to other formations. The water, injected at very high pressure down a well, rushes out of the perforated portions of the well and forms fractures in the formation around those portions. Acid injected before the water can also help form fractures.The third key technological component is the use of multiple, staged, fractures along one wellbore. Fracturing companies separate the well into different intervals (think of "compartments" within the horizontal well) using equipment called packers. The companies fracture each interval, which greatly enhances well production.
The regulation: I've written earlier posts about federal exemptions for oil and gas and fracturing. These exemptions, and tradition, leave much responsibility to the states, municipalities, and regional governments. But the regulation of oil and gas development is very much in flux.
Federal: As of January 1, 2015, onshore gas companies will have to capture the volatile organic compounds emitted from the well and the flowback water that comes out of the well after fracturing.This will greatly reduce methane emissions. The EPA is also writing standards that require the treatment of flowback water and salty waters naturally produced from the well; it appears that these standards will apply to direct discharges to water and indirect discharges to a publicly owned treatment works. The EPA initially suggested that it would require disclosure of the chemicals used in fracturing under the Toxic Substances Control Act, but not it appears that it will simply aggregate information disclosed at the state level. Finally, the EPA is drafting Safe Drinking Water Act permitting guidance for hydraulic fracturing that uses diesel fuels, and the BLM has issued several versions of draft rules for fracturing on federal lands.
In terms of studies, the EPA had concluded in a draft report that fracturing in an unusually shallow zone contaminated groundwater in Pavillion, Wyoming, but industry has criticized the study, and the EPA recently passed control over continued study to the State of Wyoming. The EPA's nationwide study of the impacts of fracturing on groundwater is ongoing; the most recent release was a lengthy progress report. The U.S. Geological Survey is conducting a broad-based water quality study in regions where there is drilling and fracturing. One USGS study in Arkansas found no impacts on water quality from "gas-production activities." The EPA is also investigating how to control induced seismicity issues caused by Class II underground injection control wells for oil and gas wastes, although it has not yet revised the Safe Drinking Water Act to address the problem. Finally, the DOE's Shale Gas Production Subcommittee produced a report with recommendations for generally improving regulation of shale gas development.
The Fish and Wildlife Service has also begun to be more active in this area. On July 18, 2013, it issued a final rule listing the diamond darter--a species in the Marcellus Shale region--as endangered.State: State regulation continues to change quickly, with Nebraska being one of the most recent states to propose required disclosure of fracturing chemicals. In January 2013, Mississippi approved rules requiring that surface casing (steel lining cemented into the well) extend 100 feet below groundwater, and the rules also require chemical disclosure. In 2012, Utah enacted new rules requiring chemical disclosure and that wells be pressure tested before drilling and fracturing (thus helping to verify that the wells can withstand the high pressures of fracturing), among other protections. Also in 2012, Colorado implemented requirements for testing of water quality prior to drilling and fracturing (requiring testing of a maximum of four water sources around each well) and made other changes. Further, Ohio enacted SB 315 and SB 165 (2012), and West Virginia enacted HB 401 (2011), all of which modify oil and gas development rules. Over the past few years, Arkansas, Montana, and other states also have changed their rules to address fracturing. For some recent summaries of state regulations, see Resources for the Future's The State of State Shale Gas Regulation and its Shale Maps; summaries and a report from the National Conference of State Legislatures; and American Law and Jurisprudence on Fracing by Haynes Boone.
Local and state: The Pennsylvania Supreme Court has still not issued an opinion regarding the constitutionality of Act 13, which required municipalities to allow drilling and fracturing in nearly all zones and allowed them to impose a fee on unconventional gas wells. A commonwealth Court in Robinson Twp. v. Commonwealth, 52 A.3d 463 (Pa. Cmwlth. 2012) struck down portions of the Act as unconstitutional, finding that it was a substantive due process violation to require municipalities to accept this industrial activity in most zones. In Anschutz Exploration Corp. v. Town of Dryden, 35 Misc.3d 450 (N.Y. Sup., 2012), and Cooperstown Holstein Corp. v. Town of Middlefield, 106 A.D.3d 1170 (N.Y.A.D. 3 Dept. 2013), New York trial courts determined that despite state language preempting laws "relating to the regulation of oil and gas," towns may use their land use authority to prohibit natural gas development. A West Virginia court, on the other hand, found Morgantown's hydraulic fracturing ban preempted because of the relatively comprehensive (but not directly preemptive) state oil and gas law. See Northeast Natural Energy LLC v. City of Morgantown, Civil Action No. 11-C-411 (W. Va. Circuit Court 2011). In Colorado, where the citizens of Longmont banned hydraulic fracturing, the Colorado Oil and Gas Association made a similar argument against the ban--essentially arguing that Colorado's oil and gas rules occupy the field. The state's Oil and Gas Conservation Commission was reportedly recently joined in the suit.
Industry best practices and recommended state regulations: The State Review of Oil and Natural Gas Environmental Regulations has guidelines for how states should regulate drilling fracturing, which are voluntary. If states agree, STRONGER reviews state programs for compliance with these guidelines. The American Petroleum Institute also has a number of suggested best practices for hydraulic fracturing, and industry and environmental groups have proposed fifteen performance standards through the Center for Sustainable Shale Development.
Courts: Go here to see Columbia Law School's digest of hydraulic fracturing cases and here for Arnold and Porter's chart of hydraulic fracturing cases. In 2008, the Texas Supreme Court in Coastal Oil v. Garza, which held that an individual could not recover trespass damages for the drainage of natural gas caused by fractures that extended into a mineral estate, but a federal district court in the West Virginia case of Stone v. Chesapeake Appalachia, 2013 WL 2097397 (N.D. W.Va. 2013), recently disagreed, finding, in denying summary judgment to defendants:
"[T]his Court finds, and believes that the West Virginia Supreme Court of Appeals would find, that hydraulic fracturing under the land of a neighboring property without that party's consent is not protected by the “rule of capture,” but rather constitutes an actionable trespass."
There's also a split among district courts (and possibly circuit courts) on whether the Migratory Bird Treaty Act requires some sort of action directed at a bird in order for the actor to be liable. When birds dies in North Dakota Bakken Shale waste pits, the federal district court found that this was not enough to make the oil company liable for a "take": "The terms “take” and “kill” as found in . . . the Migratory Bird Treaty Act are action verbs that generally denote intentional behavior." See U.S. v. Brigham Oil and Gas, L.P., 840 F.Supp.2d 1202, 1212 (D.N.D. 2012). The U.S. District Court for the Southern District of Texas, on the other hand, found that "[i]f an operator who maintains a tank or pit does not take protective measures necessary to prevent harm to birds, the operator may incur liability under federal and state wildlife protection laws," including the MBTA. United States v. Citgo Petroleum Corp., 893 F.Supp.2d 841, 847 (S.D. Tex. 2012).
Science: Recent and semi-recent papers have been released that further describe the links between Class II underground injection control wells and induced seismicity, including in Dallas and Fort Worth, Texas, Oklahoma, and Ohio. Nathaniel Warner and other authors who published an earlier study on potential methane migration from Marcellus Shale wells published a more recent paper exploring brine in shallow aquifers. D.J. Rozell and S.J. Reaven also have a good paper addressing "five pathways of water contamination: transportation spills, well casing leaks, leaks through fractured rock, drilling site discharge, and wastewater disposal." For those looking for an overall summary of potential environmental impacts, the National Park Service produced a useful document in 2008.
With respect to climate, MIT researchers published an interesting (and potentially disturbing) report suggesting that cheap gas threatens to substantially delay technologies like carbon capture and storage. The International Energy Agency's "Golden Age of Gas" report also warns that gas alone will not lead to a goal of stabilizing average global temperature increases to 2 degrees Celsius. Natural gas displaced coal in U.S. electricity generation in 2012, and domestic greenhouse gas emissions dropped, but in 2013, natural gas use in generation has declined from 2012 highs. And with respect to methane leakage associated with natural gas production, for a good comparison of estimates see Jeff Tollefson's article in Nature.
Social impacts: For a report on gas attracting chemical companies and manufacturers to the United States, see this American Chemistry Council document. For impacts on local economies, Penn State has a number of good sources. And for interesting numbers showing the strain on infrastructure and services created by a booming oil or gas economy, see Williston, North Dakota's Impact Statement.
And if you haven't fallen asleep yet from this post, see also Gregg Macey's recent "Fracking Fatigue" post for great sources, commentary, and research ideas. A post on recent fracturing scholarship and theory would be almost as long as this one--I'll save it for another day.
Thursday, July 4, 2013
Happy Independence Day, everyone!
Unfortunately, I am spending my day with a health issue. By way of a silver lining, that gave me the perfect excuse to catch up on episodes of "Through the Wormhole." All of which has led me to conclude: If you're still a stranger to "Through the Wormhole," you shouldn't be. (And, by the way, the first two seasons are readily available through Netflix and probably a lot of other services.)
So, why make the effort to watch?
(1) If you like environmental law, the chances are good that you have at least a passing interest in science. This is cutting-edge science, presented in a very intelligent format.
(2) Okay, it's mostly physics (and mostly of the quantum/cosmological type) -- but how often do we get to go there?
(3) Morgan Freeman hosts. 'Nuf said.
(4) But none of that would be enough on its own for me to feature the show on this blog. The real reason that I think "Through the Wormhole" is worth the effort for environmental law professors is that the show provides EXCELLENT examples of how to teach complex scientific concepts. Each episode starts with a plain English, common-sense explanation of why what you're about to learn is important. You then get some normal-life analogy to explain what the scientists are doing -- for example, smashing a watch becomes analogous to smashing atoms. But the best part of the show are the visuals it treats you to -- pictures, animations, special effects (aliens morphing into scientists being my favorite so far), and all manner of scientific illustrations and data displays -- while the scientists and Mr. Freeman explain (with excellent senses of humor all around) what the heck the scientists are doing.
I can't say, after watching the episode on subatomic particles, that I can give you a physicist-quality explanation of what a Higgs boson is -- although, in my own defense, the physicists talking about it seemed a little blown away by the concept as well. On the other hand, the episode on the possibility of alien life certainly gave me some new perspectives on water and ecological principles that I plan to incorporate into class, and the discussions of alternate evolutions on Earth (with careful and understandable presentations of the scientific evidence) will have repercussions for how I teach students about deep-sea thermal vent ecologies in Ocean and Coastal Law. I recommend the episode to anyone who teaches biodiversity issues to students.
More importantly, the series as a whole is giving me some great new perspectives on how to blend lecture, video, and graphics into much more effective presentations of hard-core science than I've been doing to date. I think that the examples from the series will be especially instructuve for how I teach the basic science of climate change in Environmental Law and the basic human biochemical reactions to toxins in Toxic Torts. I'm really looking forward to experimenting next year!
Give the show a try!
-- Robin Kundis Craig
July 4, 2013 in Biodiversity, Climate Change, Physical Science, Science, Sustainability, Television, Toxic and Hazardous Substances, Water Resources, Web/Tech | Permalink | Comments (1) | TrackBack (0)
Sunday, June 2, 2013
World Oceans Day is June 8. It’s a relatively new holiday—the United Nations General Assembly decided in 2008 (United Nations Resolution 63/111, paragraph 171) that every June 8, starting with June 8, 2009, would bear the United Nation’s designation of World Oceans Day.
The purpose in designating World Oceans Day was to call attention to the many problems facing the ocean and to raise global awareness of the many challenges facing both marine ecosystems and the humans that depend upon them. In 2013, the theme for World Oceans Day is “Oceans & People.” The day even has its own 43-second video, care of “One World, One Ocean,” which you can view at http://worldoceansday.org.
The interesting thing about the video, however, is that it shows healthy, beautiful oceans teeming with life. The oceans themselves, however, are more often than not in much worse shape than that.
If you read the New York Times Magazine last week (May 26, 2013), you might have noticed that the cover story was about monk seal murders in Hawai'i. Hawaiian monk seals are among the most endangered marine mammals in the world. Most of their breeding grounds are in the Papahanamokuakea Marine National Monument, a limited-access marine reserve covering the Northwestern Hawaiian Islands. (Notably, the murders occurred in the Main Hawaiian Islands, the islands all of us visit on vacation.) And yet, somebody (or several somebodies) wants the monk seals dead.
From one perspective, the monk seal story is sad and disturbing. From another, however, it is a microcosmic example of a macrocosmic phenomenon: Humans are killing the oceans, largely because we don't think we can.
And law isn't doing a whole lot to stop that process, by the way.
The oceans occupy 139.4 million square miles of the Earth's surface, or about 71% of that visible surface. Of course, they also have significant depth--up to almost 36,000 feet at the Mariana Trench.
And we're changing them. If that doesn't scare you, it should.
We're changing the ocean's biodiversity. Even as the Census of Marine Life revealed in 2010 at least 20,000 new marine species after a decade of world-wide research, scientists are predicting that most fish species will be commercially extinct by 2050. In addition, large individuals of marine species are already down to about 10% of what is "natural."
We're changing the ocean's chemistry. As the concentrations of carbon dioxide in the atmosphere increase, the world's oceans are taking up a lot of the excess--about 40% of the anthropogenic carbon dioxide. Their capacity to do so may be decreasing, but even if it isn't, the oceans can't absorb that much carbon dioixide without impact. Through a complex chemical reaction, the absorbed carbon dioxide becomes, essentially, carbonic acid, a phenomenon that has already measurably reduced the ocean's pH. This "ocean acidification" is already interfering with mariculture in the states of Washington and Maine; it may be altering ocean acoustics; and it could interfere with the ocean's ability to produce oxygen for all of us.
We're changing the ocean's currents. As average atmospheric temperatures increase, they both change wind patterns and increase sea surface temperatures. Both of these alterations, in turn, change ocean currents, and the results have been as diverse as new "dead zones" (hypoxic zones) off several coasts and an ocean "hot spot" off the coast of Tasmania, Australia.
We're changing the ocean's temperatures and cycles. The most obvious example is the Arctic Ocean, which set records for the amount of sea ice melt in 2012 and may be entirely ice-free in the summers as soon as 2016. The Arctic nations (Canada, Russia, Denmark, Norway, and the Unites States) are already anticipating increased human use of the Arctic Ocean, including fishing, offshore drilling, and commercial marine traffic. The implications for the mixing of marine species traditionally considered purely "Pacific" or purely "Atlantic" are potentially mind-boggling.
Against this background, the Obama Administration released the National Ocean Policy Implementation Plan in April 2013, available at http://www.whitehouse.gov//sites/default/files/national_ocean_policy_implementation_plan.pdf. There's a lot in the National Ocean Policy, and there's a lot in the Implementation Plan. However, one thing notably dropped out between the Draft Implementation Plan and the final Implementation Plan: required marine spatial planning. Marine spatial planning is a demonstrated best practice for reconciling, coordinating, and rationalizing the multiple uses that humans make of the marine environment--including the needs of the marine ecosystems themselves. In the United States, marine spatial planning, implemented well, could also help to rationalize the radical fragmentation of authority that undermines comprehensive ocean governance.
This isn't a government taking the need for increased marine resilience seriously. As I've argued in multiple other fora, we need to transform our ocean law and policy.
Happy World Oceans Day!
-- Robin Kundis Craig
June 2, 2013 in Biodiversity, Climate Change, Economics, Food and Drink, Governance/Management, Law, North America, Science, Sustainability, US, Water Resources | Permalink | Comments (0) | TrackBack (0)
Saturday, April 20, 2013
Over the last year and a half, I contributed a series of essays about my environmental experiences while living in China as a Fulbright Scholar and Visiting Professor at Ocean University of China. A few readers who had missed installments suggested that I create a single post with a roadmap of links to all nine essays. That seemed like a good idea, so with apologies to regular readers for the redundancy, here it is (truly the last of the series):
New Series: Environmental Adventures in China. “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....”
China Environmental Experiences #2: Rocky Mountain Arsenal. “But as this blog speaks directly to environmental law professors, the first story is one that clutched at my heart while teaching Natural Resources Law in my first semester here….”
China Environmental Experiences #3: Breathing Air with Heft. “…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.…”
China Environmental Experiences #4: Wifi Without Potable Water. “This month, I peek beneath one of the more surprising, seemingly contradictory stones in China’s path toward increasing prosperity and world power….”
China Environmental Experiences # 5: Milk, Pesticides, and Product Safety. “Friends joked that given how much of what we use in the United States is actually made in China, we probably didn’t have to bring anything—whatever we needed would be here! But after our arrival, we were surprised to discover how mistaken these assumptions were.…”
CEE #6: Environmental Philosophy and Human Relationships with Nature. “In these final musings from the field, I reflect on a topic that is admittedly delicate but equally important, and which has been simmering behind many of the substantive environmental issues that I’ve addressed to now: environmental philosophy…."
CEE #7: Environmental Philosophy - Conservation, Stewardship, and Scarcity. “[Previously], 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….”
CEE #8: Environmental Protection as an Act of Cultural Change. “This essay concludes with parting thoughts about the philosophical roots of some of these differences, the Cultural Revolution and the processes of cultural change, and the significance of all this for environmental protection in China….”
CEE #9: Post Script: Returning from China to the U.S. “This essay is about the experience of coming back to the United States from China, or perhaps more generally, returning to the developed world from that which is still developing. It mixes deep gratitude for the blessings of the American bounty with queasy culpability over the implications of that bounty for international and intergenerational equity….”
April 20, 2013 in Air Quality, Asia, Biodiversity, Climate Change, Current Affairs, Economics, Energy, Environmental Assessment, Food and Drink, Forests/Timber, Governance/Management, International, Land Use, Law, Legislation, Sustainability, Toxic and Hazardous Substances, Travel, Water Quality, Water Resources, Weblogs | Permalink | 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
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)
In its upcoming term, the Supreme Court will consider two Clean Water Act/stormwater cases, which I think is two more Clean Water Act/stormwater cases than the Court has heard in all of its previous terms, combined. A few weeks ago, I posted about NRDC v. County of Los Angeles, which arises out of urban runoff and stormwater infrastructure in Los Angeles County. The post, in a nutshell, expressed my befuddlement about why the Court took the case. The other case—Decker v. Northwest Environmental Defense Center—is an entirely different story. It contains thorny jurisdictional and statutory interpretation questions, and the stakes are high.
The case addressed stormwater runoff from two privately-operated logging roads in Oregon’s Tillamook State Forest. The logging companies had channelized the runoff though systems of culverts and ditches, and the runoff was conveying sediment—which meets the CWA’s definition of “pollutant”—into surface rivers and streams. The companies didn’t have National Pollutant Discharge Elimination System permits for these discharges. According to the environmental plaintiffs, those unpermitted discharges violated the law. The defendants moved to dismiss the case, and while the district court granted the motion, the Ninth Circuit reversed. Its opinion cast doubt upon—and, perhaps, invalidated, though that point is in dispute—EPA’s decades-old regulation exempting some silvicultural activities from point source permitting.
So why is this a case to watch? A few reasons:
1. The Stakes. The United States contains a lot of logging roads. Those roads may be relatively invisible to most urban dwellers, but their aggregate length is fairly mind-boggling; in Maine alone, for example, one of my colleagues estimates there are about 15,000 miles of logging roads. Not all of those roads have stormwater conveyance systems, but many do. You can’t have forests without rain, and, in many places, you can’t protect a road from erosion without channelizing the runoff. The number of discharge points potentially affected by the Court’s decision therefore is huge. And, as one might expect, the environmental and economic implications are substantial. Logging roads can be major sources of sediment, and the water quality benefits of improved sediment controls could be significant. On the other hand, with so many miles of roads, the costs of managing that sediment could add up, as would the administrative burdens associated with drafting and implementing new permitting approaches.
2. The Jurisdictional Issues. The case below involved a challenge to EPA’s longstanding approach to silvicultural stormwater runoff. With a few narrow exceptions, EPA has never sought to regulate stormwater runoff from forestry activities, and in 1976 it issued regulations that exempt some—perhaps most—forestry activities from the NPDES permitting program. The plaintiffs argued, and the Ninth Circuit agreed, that this exemption was inconsistent with the text of the Clean Water Act. But there’s a jurisdictional catch. Section 509(b) of the Clean Water Act compels petitioners to challenge EPA’s actions in the United States Courts of Appeals, and to do so within 120 days of the action, unless the cause of action could not be brought within that time period. The plaintiffs here brought their case in a federal district court, and they brought it decades after EPA issued its silvicultural rule.
The Ninth Circuit found this approach unproblematic. It concluded that because the plaintiffs could not have brought their action within 120 days (EPA’s broad interpretation of the silvicultural rule was never really clarified, according to the court, until the litigation commenced and the United States filed an amicus brief), section 509(b) didn’t apply. That was a mistake, according to the defendants and intervenors; they argue that even if the Ninth Circuit was correct that the 120-day period couldn’t have been met, the case still had to be brought in a court of appeals. But the environmental groups counter that they weren’t really challenging EPA’s silvicultural rule itself, but instead were challenging private actions, which the private entities then attempted to defend by relying on an impermissible interpretation of EPA’s stormwater rule. In those circumstances, they argue, section 509(b) doesn't apply at all. If it all sounds rather complicated, well, it is. But that jurisdictional argument will likely receive some significant attention from the court.
3. The Merits. On the merits, the case raises two major issues. First, do the ditches in question meet the Clean Water Act’s definition of a point source? That issue seems, to me at least, like an easy one. No matter what EPA's silvicultural rule purports to say, it seems impossible to credibly interpret the Clean Water Act’s definition of point source—a definition that includes “any discernible, confined and discrete conveyance, including but not limited to any pipe, ditch, channel…”—to exclude discrete, discernible systems of roadside ditches, pipes and channels.
But in 1987, Congress amended the Clean Water Act in ways that complicated the matter and created the second key merits issue. The 1987 amendments struck a compromise between EPA’s longstanding resistance to regulating stormwater runoff and Congress’s (accurate) sense that stormwater runoff created significant water quality problems. In CWA section 402(p) Congress exempted stormwater runoff—even stormwater runoff that is discharged from a point source—from regulatory coverage. But it then designated several types of point source stormwater runoff that still would be covered by the NPDES program, effectively creating narrower exemptions from the broad exemption. One of those sub-exemptions was for “discharges associated with industrial activity,” which begs the question: are stormwater discharges from forestry “discharges associated with industrial activity?”
EPA’s answer to this question (given at 40 C.F.R. 122.26(b)) was muddled. It clearly considered forestry to be an industrial activity, but seemed to say that stormwater discharges associated with forestry were not “discharges associated with industrial activity,” unless those discharges derived from one of the activities the 1976 silvicultural rule said would be covered. The Ninth Circuit rejected EPA’s answer (or at least rejected an interpretation of EPA’s answer under which the 1987 amendments exempted silvicultural stormwater from regulatory coverage), and the defendants/petitioners now argue that the Ninth Circuit’s approach was in tension with Chevron v. NRDC. Not so, say the plaintiffs; in their view, the Ninth Circuit (which did cite Chevron as its standard of review) appropriately applied a clear statute. Those questions (to which I have not done full justice here; they’re much too complicated to fully explain in a few paragraphs) also will likely occupy much of the Court’s attentions.
4. The Federalism Questions: Lurking behind these statutory construction issues are some important implications for our federalist system. As co-blogger Blake Hudson has often pointed out, management of private and state forests remains an area of state primacy, with relatively little federal involvement. On the other hand, water quality protection is well established as a shared federal and state prerogative. This case puts those traditional approaches in tension. That tension shouldn’t be overstated; in some areas, new CWA-based permitting requirements would supplement, and might not significantly add to, existing state regulatory approaches. Much of the implementation of those new requirements would be done by the states, most of which have delegated authority to implement the NPDES program. Nevertheless, in areas where state and local regulation of forest practices is minimal—and there are many such areas—this case could ultimately lead to significant changes in the ways forest roads are built and maintained, and those changes would occur pursuant to federal law.
So stay tuned. The Court’s decision probably won’t be easy reading; complex statutory interpretation cases rarely are. But it should be interesting, and it will be important.
(image from wikimedia commons; M.O. Stevens, photographer)
Wednesday, May 30, 2012
This is the fourth 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 February’s introductory post, March’s reflections on China and the Rocky Mountain Arsenal, and April’s account of air quality issues in China.)
This month, I peek beneath one of the more surprising, seemingly contradictory stones in China’s path toward increasing prosperity and world power. China is the world’s fastest-growing major economy—the second largest economy of all nations, the largest exporter, and the second-largest importer in the world. It is a nation with 500 million Internet users, 100 million cars, and the world’s largest standing army. It is the third nation on earth to independently launch a successful manned space mission, with plans to send astronauts to the moon in the coming years. At least in urban areas, China is a thoroughly modern, explosively developing place—with department stores selling Prada, goofy reality TV, and wifi at the local tea house... but you still can’t drink the water.
Visitors to China are carefully warned that the water is not potable and must be boiled thoroughly before consumption. Every hotel room has a small water boiler for this purpose, and the more expensive ones provide a nightly bottle of safe drinking water by the bedside. Water quality problems are traditionally associated with the continuing use of “night soil” (human and animal waste) to fertilize crops—an effective and inexpensive alternative with an inexhaustible supply. Yet the problem continues even as farmers embrace more modern chemical fertilizers (perhaps too heartily, at the alarming expense of soil health), and as other contaminants enter the water supply. While visiting the old city of Lijiang in Yunnan Province, for example, I rose for an early morning walk to find cooks cleaning the carcasses of recently killed animals, intestines and all, directly into the Venice-like canals from which others draw their drinking water.
Shortly before our arrival, we were warned by a vaccination nurse familiar with the most dangerous waterborne diseases to only sponge-bathe our 3-year-old, rather than risk his inadvertent exposure to waterborne parasites through his open eyes or mouth in a shower. Once here, we quickly decided that this level of precaution was unnecessary, at least in urban areas where the municipal water supply receives some level of filtration or disinfection before reaching the tap (especially true in Beijing). Still, we have learned well the rules of life here in China: drink only boiled or bottled water, no ice that can’t be sourced to boiled or bottled water, no fruits or vegetables that haven’t been cooked or peeled, and brush teeth with tap water at your own risk. (Some friends do; others, including me, don’t.) You should also ensure that bottled water is truly factory-sealed, as scandals have occasionally revealed empty bottles refilled with tap water being resold as new.
Without a doubt, adapting to life without potable water was the biggest cultural adjustments for us when we arrived last summer. The first consequence was minor physical dehydration: without easily accessible clean water to drink, we drank less, and soon found ourselves more easily exhausted, ornery, and sick. (Indeed, nothing confirms the critical nature of this life-sustaining resource more effectively than losing the taken-for-granted tap.) Every journey away from our apartment involves water planning, as we take careful stock of how many are traveling, what will be needed, and how best to transport it. I seem to drink more than my Chinese friends, but I still seem to be always thirsty.
And there were other puzzling features of our new world. For example, we struggled to understand at exactly what point our dishes were clean enough to eat off after washing them in tap water. Were the still damp chopsticks safe to use, or the recently-washed cup still bearing that fine sheen? And when dealing with my son’s inevitable scraped knees and elbows, was it better to wash with soap and water to disinfect, or was the water itself a source of potential harm? (For the record, we have decided that dishes must be completely dry to be safe, and that cuts should be washed with soap and water until the dirt is out, but subsequently sterilized with disinfectant whenever possible.)
Chinese culture adapted long ago to the perils of non-potable water. Chinese people boil all their water before drinking it, but it doesn’t seem like a burden, because they prefer to drink their water hot. They range from amused to amazed when foreigners request cold water, which to them is as distasteful as drinking plain hot water is those foreigners. When I invite my students to ask questions of cultural exchange—anything they want to know about American culture, politics, or lifestyle—the most frequent question is always “Why do Americans like to drink cold water? (Yuck!)” Perhaps as a result, there is no groundswell of popular sentiment to “do something” about the water situation. From the perspective of most Chinese, there is no problem with the water. Everything is as it should be.
Yet China is suffering from increasingly serious water pollution problems that can’t just be boiled away. Chemical pollutants entering the water supply from industry and agriculture are getting worse, involving toxins oblivious to disinfectants. The World Health Organization has identified 2221 different pollutants in waters worldwide, and 765 of them in drinking water—but current drinking water standards test for only 35 indicators, and new criteria that will go into effect on July 1st will regulate only 106 pollutants. (Source: Dr. Yu Ming, water pollution researcher at Ocean University of China.) Chinese lawmakers and the Ministry of the Environment are struggling to cope with these problems through the PRC Law to Prevent and Control Water Pollution, but the even greater hurdle for environmental law is that of implementation.
Even where China’s environmental laws are comprehensive, their goals are imperiled by under-enforcement. Illegal discharging is reportedly very common, because there simply aren’t enough agency personnel to monitor them. And even when violations are discovered, they may or may not be prosecuted by the relevant government agency—depending, perhaps, on the economic importance of the violators, or their political influence. When the government fails to act, it can be hard for citizens and NGOs to take up the slack, because most Chinese courts don’t recognize standing for public-interest citizen suits. And even if traditional standing were established by a directly injured party, the court may or may not decide to hear the case (for my money, one of the most surprising features of the Chinese legal system). For these reasons and others, enforcement is usually seen as the major weakness in China’s environmental law regime. Perhaps China’s new experimentation with a handful of specialty environmental courts will help redress these important problems.
In the meanwhile, water quality problems intersect with and exacerbate other environmental problems. For example, one unfortunate consequence of unreliable tap water is the resulting prevalence of disposables: single-use bottled water, disposable plates and bowls, even the single-use toothbrushes that hotels at every level routinely provide. I spent the last year spearheading a university sustainability initiative that sought personal pledges to avoid bottled water and other disposables as much as possible, so it was particularly jarring for me to adjust to this new norm—where we are happy to eat at a restaurant that provides disposable bowls, plates, and chopsticks, because we know they won’t make us sick that evening. (And I was happy to note that, at least at our favorite local restaurant, the plasticware is marked as biodegradable.) By contrast, at restaurants that provide the reusables I normally seek out at home, we nervously try to sterilize them with hot tea before using them, because they have likely been rinsed in the too-thoroughly recycled dirty dishwater that compounds the problems already coming out of the tap.
So, after religiously toting my reusable aluminum bottle to my every American class last year, I now carry plastic bottles of water everywhere. And though I reuse the small bottles as long as possible rather than discarding them after a single use, they are usually filled with water that I get at home from the water-cooler bottle that many Chinese families use. On any given day, you can spot a handful of strong men riding motor-scooters with an improbably number of these strapped to the back, exchanging filled ones for empties at private homes and businesses. I’m happy to report that at least these large bottles are faithfully recycled. But I’m unhappy to say that smaller plastic bottles litter the streets, parks, mountains, landfills, beaches, and accordingly, rivers and oceans.
Neither is the important relationship between water quality and water quantity lost on China, which has one of the lowest per capita rates of fresh water in the world. Northern China is arid and especially lacking sufficient water, marked by some of the world’s great deserts, like the Gobi and the Taklimakan. But it rains plentifully in the south and along much of the coasts. As a result, China has erected the most massive water-delivery infrastructure in world history to shift enormous quantities from south to north, a project already underway for fifty years and scheduled for completion in another forty. Linking China’s four main rivers together in a network of diversions, it will eventually move almost 50 billion cubic meters of water annually. Although the project has already caused its fair share of negative environmental consequences and human displacement, most of the Chinese I have spoken to—even those from regions in which water is taken—are comfortable with the need for extreme inter-basin transfers to support northern population centers like Beijing. And they are proud of the ingenuity and engineering that underwites this aspect of "man-made China."
Like nearly everything else in China, its history of mind-boggling human interventions with water began thousands of years ago. I had the opportunity to explore a classic example last week while visiting the Turpan Depression near Urumqi in Xinjiang. Turpan is the lowest and hottest place in China, at 150 meters below sea level and in the middle of China’s most arid province. And yet there in the desert was a blooming oasis of vineyards, agriculture, and Uighur community. How was it possible? It is because 2,000 years earlier, the people who still live there dug 5,272 kilometers of underground canals with 172,367 vertical well shafts to collect and redistribute the groundwater accumulating from melting snow on the nearby mountains. At its height, the “Turpan Karez” channeled 858 million cubic meters of water into 1,784 lines to distribute it to all parts of the region. (You can’t even imagine what this looks like—best to see it, so try this aerial photo and this diagram). It is a staggering feat of civilization—a celebration of creativity, environmentally sustainable terrascaping, and the human ability to thrive against all odds.
Modern-day Urumqi, the capital city of Xinjiang, relies on similarly creative water technology. During my visit, I saw acres of recently planted, spindly young trees in the desert outskirts of the city, lined up like toothpicks piercing the mostly barren earth. I would often ask my hosts, “How will these trees take root? With what water?”, and I was always told, “Oh, there is enough water here in Urumqi.” I knew that the trees had been planted for environmentally sound reasons—to help stabilize the soil, moderate ground temperature, and trap airborne dust—but I still couldn’t understand how they would survive in such arid ground, only occasionally studded with dwarflike sagebrush scrub. In my broken Chinese, I would persist, “but if there were really enough water to grow trees, wouldn’t there already be trees here?” And they would quietly insist, “no, no—there will be enough water,” though I could never understand from them why.
Then on my last day, I visited a popular public park in the middle of the city, where the temperature was ten degrees cooler thanks to the canopy of the many mature trees that ringed its central hill and the banks of the creek flowing around it. I followed my idle curiosity to the crown of the hill, where I was astonished to find a complex terrascaping system for just this park. There was a small, swimming-pool like reservoir at the top, supplied by a large pipe snaking up the hill (it wasn’t clear to me from where), and a network of canals extending radially outward down the hill in all directions. Indeed, the park’s oasis was created in the same manner as the Turpan Karez: decades earlier, the now lush trees had been planted in rings around the hill, and the reservoir fed them a steady supply of water through the canals at their base. I was awed by the success of the project, and the clear joy it gave the city residents who collected there en masse to enjoy its peace and beauty. And I suddenly understood what mechanisms were likely helping those new trees take root in the desert surrounding the city.
With such scarcity at hand, China is trying harder and harder to avoid squandering its precious water resources with regulatory efforts targeting both quantity and quality. Wherever there are flush-toilets, they are almost always low-flush toilets, with separate levers for the two types of waste they will encounter (one of which needs a stronger flush than the other). Solar-powered water heaters effectively reduce consumption by limiting hot water to what can be stored on the roof at any given time (although the more expensive ones have a gas or electric backup). Greater efforts are being made to reduce use and recycle water wherever possible. Hopefully, China will find a way to enact and enforce more effective water pollution laws to avoid further industrial and agricultural degradation of its water resources.
But for what it’s worth, I’m told there are no great plans on the horizon to achieve potability from the tap, because potability is just not a cultural priority in China. So the mantra will continue: boiled or bottled, cooked or peeled, rinse at your own risk…
Monday, April 23, 2012
I spent last Friday--the second anniversary of the BP Blowout--in the vast basement of the Orleans Parish Criminal District Court building, shifting in my metal chair, ignoring the talk-show chatter from the flat screens, and keeping an eye on the red digit counter to know when my number was up.
I'd been called for jury duty.
Whether I will eventually be deployed is up to the gods, but until then I have resolved to study (with the help of this building's creaking Wi-Fi system) all 2,000 pages of the proposed multibillion-dollar settlement in the Deepwater Horizon case--the settlement made public last week by BP and thousands of Gulf Coast residents and businesses. (I blogged earlier when the broad outline of this settlement was first announced here.)
Now some of you may wish to savor the details, poring over the documents page-by-page between sips of Courvoisier. But for the rest, I've got the bottom line [SPOILER ALERT]: The proposed settlement rewards plaintiffs' hard bargaining, puts a crimp in federal and state hopes for a speedy trial, and demonstrates once again that despite the size of this deal, the main course is yet to come, in the form of federal civil fines and possible criminal prosecution.
Hard Bargaining Rewarded
The documents propose a class-action structure, in which private plaintiffs would be compensated for economic harm and health claims by way of a settlement fund. The fund would replace the one that began as Ken Feinberg's Gulf Coast Claims Facility, but would be administered by the court rather than BP. Payouts under the new fund could begin within weeks, following Judge Barbier’s preliminary approval of the plan.
Settlement claims are divided into those for economic loss and medical harm. It is the package for economic loss that offers the most sparkling feature: a Risk Transfer Premium or "RTP." The RTP is a kind of bonus, based on an agreed-upon "multiplier." It's meant to compensate plaintiffs for future uncertainty or for less concrete losses that are hard to monetize. So if you are the captain of a crabbing boat who can show $20,000 of lost earnings, you will get compensation in that amount plus a premium of $100,000--the $20,000 loss multiplied by the RTP multiplier for crab boat captains, which is 5. The multiplier varies by category. For coastal property owners, the multiplier is 2.5. For star-crossed oystermen, it is 8.75. I was especially pleased to find that subsistence fishers had secured an RTP multiplier (2.25) to compensate for non-monetized cultural losses, in addition to the multiplier for the economic value of the fish. In Louisiana and Mississippi, Vietnamese-American fishers often use self-caught fish as ceremonial gifts or as objects of community barter. Perhaps in exchange for RTPs, plaintiffs agreed to a total cap on seafood claims of $2.3 billion. All other claims are uncapped.
As for medical claims, any claimant who worked or lived on the coast may receive up to $60,700 for some specific ailments (but not many others), with the right to sue for medical harms that are identified in the future. Class members are also guaranteed 21 years of free medical monitoring.
The promise of quick payouts, combined with the RTP, gives plaintiffs compelling reasons to consider it. Surely, plaintiffs' lawyers will like it: BP has agreed not to object when they press the court for $600 million in fees (which would be paid in addition to plaintiffs' award). I suspect even BP is relieved to get this confusion of high-stakes claims out of the way.
Lost Hope for a Speedy Trial?
I envision federal and state lawyers, somewhere in Swampville, gritting their teeth over what appears the smallest of details. As part of the plan, BP has suggested the trial containing the state and federal claims be postponed all the way until November of this year. Ostensibly, that's because final approval of this settlement could not happen before then. But the timing all but ensures that the meatiest part of the trial--as well as last-minute settlement negotiations with the federal government--would occur half-a-year from now, when public concern has dissipated and a presidential election has just taken place, possibly putting a Republican in charge of the Justice Department next year. It will be up to Judge Barbier to decide that schedule, but right now the government lawyers must be steaming.
The Main Course
When that trial does happen, or when the federal and state claims settle, remember that those claims lie at the heart of this dispute. The partial settlement, valued at around $8 billion, is unquestionably one of the largest settlements in American history. But the remaining federal and state civil claims could eclipse that by many times. And it is possible that criminal penalties could add tens of billions of dollars more to BP’s bill. (See my itemizations here.)
Is their number up? Today, not by a long shot. But we’ll see.
April 23, 2012 in Current Affairs, Energy, Governance/Management, Law, North America, Social Science, Sustainability, Toxic and Hazardous Substances, US, Water Quality, Water Resources | Permalink | Comments (0) | TrackBack (0)
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, March 5, 2012
The BP Oil Spill case settled! Well, part of it. The smaller part. But, still, we must count this a victory for U.S. District Judge Carl Barbier, whose reported 72 million pages of assigned reading will inevitably be shaved down. (Does this man have an iPad?)
On Friday evening the court announced that BP had reached a settlement with the steering committee that represents thousands of private plaintiffs in the case. Judge Barbier postponed the trial indefinitely while the remaining parties, including the federal government, regroup. According to news reports, the settlement would cover claims for economic loss and medical harm. BP estimated that the settlement, which has no firm cap, might total $7.8 billion; the actual number would depend on how many plaintiffs accept the deal and how much they’re ultimately paid. Plaintiffs displeased with the offer could opt out and stay in the litigation. And all private claims against Transocean and other defendant companies remain.
On balance, the settlement appears to be a good thing. But this plate is just the appetizer. The main course—a pepper pot of federal civil claims and criminal charges—has yet to come. And that’s a dish that could really bust a gut.
Before I get to the federal claims, here’s why I like the settlement. The private claims—brought by shrimpers, restaurant owners, injured responders, the families of fallen rig operators and more—were incredibly diverse in factual elements and dogged by the uncertain standard that controls large punitive awards. That not only made their claims hard to value, but insured that any generous verdict would be sent into the deep-‐space of federal appeals, delaying for years the compensation that many families and small businesses need now.
For those, like me, who hope the oil industry will be driven to reduce catastrophic risk offshore, the more powerful lever has always been in the grip of government lawyers. As I explained in my last post, the current litigation also includes federal claims seeking civil fines under the Clean Water Act. If Judge Barbier finds that the spill resulted from gross negligence, the maximum fine for the release could total $21.5 billion ($4,300 assessed for each of 5 million barrels the government estimates was spilled). In addition, U.S. Attorney General Eric Holder suggested last week that “within months” his office could announce plans to prosecute. (These actions would not be a part of the current litigation.) Provisions under the Clean Water Act allow for criminal penalties up to twice the total amount of the economic loss resulting from the accident. No one yet knows the extent of economic loss (which would include loss to private claimants, natural resource damages claimed by states and federal agencies, and more), but it doesn’t take much imagination to conceive of criminal penalties in the $30-‐50 billion range. (Take $6 billion in compensation fund pay-‐outs; add $8 billion for the settlement; add another $10 billion for estimated resource damage; double.) Did I mention fines and jail time for individual employees?
To be sure, I am talking about the high end of federal fines and penalties, but even the possibility of such liability must leave BP executives staring at the clouds. Could BP settle with the government? Perhaps, but to contain all liability, the company would almost certainly seek to settle the civil and criminal actions together. That makes Eric Holder the head chef. And for now he’s got these cases on a slow but steady boil.
Thursday, March 1, 2012
Next week, the Oklahoma Law Review will host a symposium on water law. The topic is timely because Oklahoma is reaching the conclusion of a multi-year, stakeholder-driven water planning process. The process includes both technical evaluations and an elaborate public engagement component. The latter is worth a closer look for its lessons in collective environmental decisionmaking.
A few features of Oklahoma are notable for their importance to stakeholder engagement processes—I highlight them here because I suspect at least some of these features are shared by a number of states. First, Oklahoma is a state where trust in the government is moderate to low and there tends to be a strong culture of individualism. Second, water issues are both legally complex and contentious. The water-rights system is a blend of riparianism and prior appropriation (yes, this produces bizarre results); there are numerous tribal claims to water; Texas is growing rapidly and getting thirsty; and the list goes on.
Mindful of these features, the Oklahoma Water Resources Research Institute (OWRRI) developed a process meant to engage any interested party from the outset. It began with 42 listening sessions held across the state. Next, 340 appointees participated in regional input meetings; these meetings were intended to identify the full range of Oklahoma’s water issues. Based on an analysis of the issues developed at those meetings, OWRRI identified 10 themes for planning workshops, each of which involved 20 participants. Resulting recommendations were the focus of a town hall meeting at which policy recommendations were drafted. From there, OWRRI conducted a number of feedback meetings to allow public input. Ultimately, the result is a plan developed by the Oklahoma Water Resources Board, which is currently under consideration by the state legislature.
There is no doubt that the process included many and varied ways for the public to raise concerns about water policy in the state. Furthermore, updates from the OWRRI are easy to obtain, its website contains a wealth of information, and the staff are particularly patient and approachable. In many ways, the process is a model for deliberative decisionmaking… except…
It didn’t include a meaningful way for Native American tribes to work with the state on a sovereign-to-sovereign basis. To be fair, the relevant state agencies don’t have authority to negotiate with the tribes in that manner. But while tribal leaders and state officials seem to agree that water-rights issues are best resolved through negotiation, litigation and heated exchanges appear to be on the rise. Which might belie the importance of accommodating many voices in the first instance.
Friday, January 13, 2012
The ABA Section of Environment, Energy, and Resources (SEER) will host its 41st Annual Conference on Environmental Law this March 22-24 in Salt Lake City. If you have not been before, this is one of, if not the, premier environmental law conferences in the nation. (If the weather turns right, there could also be really great skiing.) The conference used to be known as the "Keystone Conference."
As usual, there is a fantastic line-up. Just a few samples include:
- Environmental Protection on the Chopping Block? How Environmental Law and Enforcement Will Respond to Funding Cuts and Other Restrictions
- Hydraulic Fracturing on Trial: Possibilities, Pollution, and Preemption
- Federal Air Regulation of the Energy Sector: What to Expect for Oil, Natural Gas, and Coal
- Time and Scale: Emerging Challenges to NEPA and the ESA Getting Real About “Growing Communities”—How New Laws and Regulations Are Changing the Game of Urban Expansion
Of particular note, this year's conference has a number of opportunities for students, including panels designed to help acclimate students to emerging issues in the field and scholarships for students to attend (deadline: February 14, 2012).
To register, go to the conference website.