Tuesday, November 11, 2014
Following up on my introductory post, I was fortunate to get to help facilitate the biannual summit of the Lower Platte River Corridor Alliance (LPRCA) last week. The Alliance is a unique organization composed of three Natural Resource Districts and six state agencies in Nebraska. It aims to work “with people to protect the long-term vitality of the Lower Platte River Corridor” (an area that includes “the Lower Platte River, the bluffs, and adjoining public and private lands located within the floodplain” for approximately 100 miles along the river from Columbus to Plattsmouth). The Lower Platte faces both supply and water quality issues. The river traverses unique rural landscapes and also bisects the expanding Omaha-Lincoln metropolitan areas. It provides water for important agricultural and mining uses in the region, and it is also supplies drinking water for over half of Nebraska’s population. (For more information, look here.)
For me, one of the most unique and important aspects of the Alliance is its focus on supporting locally drawn solutions and strategies to protect the river and the surrounding landscape, especially in the face of great demographic changes. My experience at the summit has me thinking more about my ongoing interest in the role of public participation in complex land use and resource management issues, like planning for the long-term sustainability of this important watershed.
Getting out of the office and elbow deep into some of the real-world debates about the future of the Corridor (where I not only work but also live) was invaluable to me. In many respects, I learned more in one day discussing shelter belts, crop insurance, trail development, Main Street facade improvements, property tax systems, and various potential models for valuing ecosystem services with such a diverse group of landowners, agricultural producers, conservationists, advocates, and government officials, than I probably could have from many days in a library. Somewhat unexpectedly, the primary takeaway for me was some renewed perspective about the role of legal solutions in what are often really ecosystem-level social problems. Although I spend most of my days analyzing and trying to craft legal solutions to real-world problems, back on the ground things looked a little different.
For example, Chuck Schroeder, Executive Director of the Rural Futures Institute (RFI), started the day with a keynote about the resiliency of rural communities within the Corridor and beyond. At one point, he told a story about a small town community working hard on some marketing and revitalization efforts that had struggled to address a blighted property located right at the entrance to the downtown area. The mayor, according to Chuck, complained to two undergraduate students interns (there for the summer as part of an RFI-funded teaching grant for service learning) about this eyesore house and how all their town’s marketing efforts might be undercut if a visitor’s first impression was this dilapidated house and junk-filled yard. Chuck said the mayor and town had tried “everything” to address the house to no avail, but my ever-legal lawyer mind immediately started ticking off other possible legal solutions to the problem: nuisance claims, aesthetic zoning regulations, condemnation, code enforcement, tax enforcement, etc. My issue-spotting lawyer brain was so occupied checking off possible legal procedures that I almost missed the punchline of Chuck’s story. Although the mayor and the town had not had success communicating with the home’s owner about the issue in the past, Chuck said the two student interns took it upon themselves to walk up to the landowner’s door and offer to help him sell the stacks of tires on his lawn and recover some cash for them…. The homeowner, pleased with the result and liking the student interns who helped put some money in his pocket, then proceeded to let the interns and some other community volunteers engage in additional clean up work around the house. Problem almost immediately solved.
It’s a simple story, but for me an important reminder. In my rush to legal analysis, my instinct was not to consider first what might motivate the landowner to fix the problem himself or what may be standing in the way of him doing so. Or how public engagement in the clean up process might be the most efficient and simple solution, while also likely creating a host of other intangible community benefits.
I was also struck at the summit by how many examples there were from stakeholders actively working on land use challenges within the Corridor of the law working more as an obstacle to progress than as an opportunity or useful tool. These people who do the daily work of trying to make the Corridor a better place seemed incredibly competent and intelligent, but in many cases, they described to me very specific instances where well intentioned laws were getting in the way of actually achieving the desired results (e.g, too much bureaucracy, cumbersome procedures, agency rules that didn't make sense). I heard complaints of the persistent problem of top-down policies and priorities being implemented in ways that are not fully matched up on the ground or that create unintended inefficiencies or obstacles.
This isn’t universally the case. For example, we visited a family farm along the river outside of Omaha where an innovative conservation easement has been created in coordination with the Nebraska Land Trust. The family, at least, said they felt very satisfied that the legal tool of the easement had satisfactorily addressed their concerns in the face of “houses coming over the hills.”
(Photo: Dave Sands, Executive Director of the Nebraska Land Trust, discusses his organization’s conservation easement work within the Corridor at the site of one of these easements.)
However, the theme that there are limits on the ability of the law to respond perfectly or exclusively to the complex land use challenges in the Corridor--including how we will value and protect a range of ecosystem services in the face of growing populations and a changing climate--lingers. Of course, these watershed issues are more complex than one junked property with too many tires in the lawn and more difficult to respond to than the threat of new development around a historic farm that an entire family agrees should be preserved. However, after this summit experience, I look forward to more thinking and engagement around the issues of (1) how law and policy can be better designed with real feedback from, and attention to, the on-the-ground realities of the people working in the trenches and (2) the proper mix of legal and non-legal responses to challenges like the longterm vitality a fragile ecosystem, and especially the role of public participation in designing and implementing these varied solutions.
- Jessica A. Shoemaker
Tuesday, November 4, 2014
Thank you for the chance to guest post here on the Land Use Prof Blog. As Jessie mentioned, my current research agenda is focused primarily on the intersection of property law and federal Indian law. I’m actively exploring how the unique property frameworks that have been applied in a top-down fashion to American Indian lands over the years have disproportionately limited the abilities of Indian landowners and tribal governments to make flexible and efficient uses of their own resources and how this, in turn, is negatively impacting the health and vibrancy of many indigenous communities today. I’m really looking forward to sharing more of my work on these American Indian land tenure issues and how this all relates to the broader land use theme of this blog over the next month.
In the meantime, though, I’m also just this week participating in some real boots-to-the-ground land use planning work here in Nebraska that may also be of interest to this group (and that I would love comments and feedback on as we go). As Jessie also mentioned, in addition to my more traditional law professor responsibilities at Nebraska, I get to participate in some outreach-oriented work with an actively expanding university-wide effort here called the Rural Futures Institute ("RFI" or the “Institute”). This Institute, though new, has done some really interesting things in a short time (see, for example, recent grant awards and conference proceedings) and is working to be a local, state, regional, and even global leader “for increasing community capacity as well as the confidence of rural people to address their challenges and opportunities, resulting in resilient and sustainable rural futures.” You can read more about RFI’s official mission, vision, and core values here. In my own words, though, I see the Institute as charting new territory in really re-committing to the University’s original land grant purpose and working to create a two-way bridge between the resources of the University as a powerful teaching and research institution and the resources of rural communities, with their own invaluable local knowledge and expertise about both challenges in need of innovative solutions and opportunities that may be expanded and from which important learning can come. RFI focuses on being as community-driven as possible and defines community success broadly (i.e., not just economic indicators but also looking to other critical elements of community life, such as art, culture, health, education, and longterm security and sustainability).
My own view is that land use—and all the complex factors that influence how individual landowners make decisions about using their land and natural resources—is at the crux of a lot of the issues around how we create positive futures for rural landscapes and rural communities. This week I will be exploring that theme directly as I moderate a plenary panel at the Lower Platte River Summit, an event sponsored biannually by the Lower Platte River Corridor Alliance, on Thursday. The theme this year is “Urban Grown – Rural Resiliency.” I’m looking forward to talking to a variety of experts about balancing growth and sustainability along the Lower Platte, with its unique resource issues and mix of urban and rural places. The panel includes local landowners, a water quality and public health professor, a real estate developer, agricultural producers, and a National Park Service program director who helps communities develop recreational trails in places like the Lower Platte River Corridor. I'm also looking forward to the Summit's afternoon bus tour of real properties along the Corridor that raise interesting land use issues, including a farm with a unique set of conservation easements in place and a small town doing its best to bridge its historical traditions with modern development in light of some encroachment pressure from the Omaha metro.
I expect it will all be fantastic fodder for further work and thought, and I look forward to sharing some observations and reactions to the discussions around land use at the Summit this week. However, I also plan to tell you about one other project that I’ve been doing with RFI and that I’ll be using as a discussion tool and interactive exercise at the Summit: a land use simulation “game” we’ve developed called Plainsopoly. Plainsopoly is experienced truly as a game in which participants engage around a large game board image of a hypothetical landscape and roll dice to answer a series of real-world (but still hypothetical) land use visioning challenges. An interdisciplinary group of students and professors from across the University, including from law, natural resources, applied ecology, business, and agricultural economics, helped me develop this as a discussion tool last year, and we worked in conjunction with a group from Birmingham City University in the United Kingdom to adapt Professor Alister Scott's original idea for this kind of planning game (what they call RUFopoly for its focus on the Rural Urban Fringe (i.e., RUF) space in Europe). So far, I’ve only piloted Plainsopoly for the purpose it will be used again this Thursday: as a discussion facilitator at conference-type events. However, it has gotten very positive feedback for its potential to improve stakeholders’ engagement around land use issues, open civil dialogue, and speed participants’ learning around land use management challenges and opportunities. Like my colleagues in the UK, I'm interested in thinking further about whether this kind of tool may have future applications for conflict resolution, consensus building, or even real-world planning and policy development.
I’ll look forward to telling you more about the Summit and about this Plainsopoly exercise over the next week or so and then also to turning to the Indian land tenure issues later in the month.
- Jessica A. Shoemaker
Wednesday, October 1, 2014
In early August, microcystin from toxic algal blooms in Lake Erie forced officials to issue a “do not drink” order for all municipal water users in Toledo. The drinking-and-cooking ban affected nearly 400,000 people and lasted for two days, leaving residents scrambling for bottled water. Given that some 40 million people in the U.S. and Canada rely on the Great Lakes for drinking water, Toledo’s experience was something of a wake-up call for leaders throughout the region.
Last week, mayors and officials from cities throughout the Great Lakes and St. Lawrence watersheds met at the Mayors Drinking Water Summit in Chicago to discuss measures needed to prevent the kind of pollution that poisoned the water in Toledo. A biggest culprit in polluting the water is excess phosphorus loads in runoff, which feeds toxic algal blooms. The mayors called for concrete steps to address both agricultural and urban sources of runoff:
- For the EPA to establish a common limit and an emergency response protocol for microcystin in drinking water for the Great Lakes and St. Lawrence region;
- For Great Lakes states to establish a phosphorus open lake water quality standard;
- For agriculture to further reduce the runoff from farms into Lake Erie, including better nutrient management and application of the ‘4R Nutrient Stewardship’ program;
- For municipalities to further reduce phosphorus loadings through more green infrastructure, better treatment plant operations, and pollution prevention measures.
One aggravating factor in the spikes the increasing prevalence of high-precipitation rain storms occasioned by climate change. Heavy storms strip fertilizer from fields and cause municipal sewer systems to overflow, causing large spikes of excess phosphorus to flow into the Great Lakes. Cities sorely need upgrades to antiquated sewer systems that overflow during heavy rain events. In the meantime, cities can better prepare for these intense storms by working to increase the amount of green infrastructure—green roofs, wetlands, and vegetation—to capture rainfall as it occurs and filter runoff.
Last week municipal leaders and environmental groups stood together in calling for swift and sensible action. What happens from here remains to be seen, but if there is one environmental issue that pretty much everyone can get behind quickly it’s that the water that flows from the tap should be safe enough to drink.
On another note: this is my last guest post here at Land Use Prof Blog. Many thanks to Jess Owley and Stephen Miller for inviting me into the conversation.
~Celeste B. Pagano, DePaul University College of Law
Monday, September 8, 2014
Today, 20 years after approval of the original Comprehensive Conservation and Management Plan, the Long Island Sound Study released a draft updated CCMP. The Long Island Sound Study, co-sponsored by the EPA and the states of Connecticut and New York, is a partnership of federal, state, and local agencies, universities, businesses, and environmental and community groups. According to an EPA press release, the draft Plan emphasizes the principles of sustainability, climate change resiliency, environmental justice and ecosystem-based management.
Recognizing the significance of land use to wetland and watershed protection, the draft Plan highlights the need for
- Integration of transportation planning, conservation of energy and water, resiliency to climate change, and pollution control policies;
- Smart growth and low impact development to minimize the environmental impacts of new and existing development;
- Meeting numerous ecosystem-level targets such as increasing riparian buffers and open spaces; and,
- Fully involving and responding to the needs of underserved communities.
The draft Plan describes the benefits of these investments in economic terms, explaining that they will provide substantial returns for the regional economy.
"The financial value of goods and services provided to the region's economy by Long Island Sound Basin's natural systems ranges between $17 billion and $36.6 billion annually. Treated as a capital asset, the value of these natural systems, calculated using a standard 4% discount rate with a lifespan of 100 years, is $690 billion to $1.3 trillion (Kocian et.al., 2014). Unlike built systems that depreciate, however, natural assets often accumulate value over time, particularly if they are protected and restored. In addition, an estimated 191,000 direct and indirect jobs in the region result from that the healthy function of these natural systems, and the associated stewardship work."
With respect to implementation and land use, the draft Plan identifies as "Implementation Actions"
- Providing technical guidance for incorporating Low Impact Development/Green Infrastructure into development and redevelopment projects and through zoning and planning changes;
- Reducing the amount of impervious cover that discharges directly into waterbodies;
- Remediating brownfields;
- Tracking implementation and effectiveness of approved watershed plans by local municipalities;
- Promoting establishment and protection of riparian corridors and wetland buffers at the municipal level through development of local ordinances and promoting permanent land protection; and,
- Increasing land protection efforts by municipalities and land protection organizations that permanently protect wetlands and riparian areas and buffers.
Notably, however, these Implementation Actions are not identified as "Priority Implementation Actions." Of course, prioritizing of implementation actions is where the rubber hits the road, so to speak. Given that EPA and the LISS are currently accepting comments on the draft updated Plan, those of us concerned with NE region watershed management should take a close look at the draft Plan, with particular attention to the Implementation Actions and their designation -- or lack thereof -- as "Priority." A copy of the draft Comprehensive Conservation and Management Plan is available at the Long Island Sound Study website at http://longislandsoundstudy.net/Planupdate.
Public meetings on the draft plan will be held
- September 16, 1:00 to 3:00pm, in Westbury, NY at the Yes Community Center
- September 16, 6:00 to 8:00pm, in the Bronx, NY at Rocking The Boat
- September 17, 2:30 to 4:30pm, in New Haven, CT at Southern Connecticut State University
Public comments on the plan will be accepted via email and post until Saturday, November 8, 2014. Emailed comments should be sent to firstname.lastname@example.org. Mailed comments should be sent to:
EPA Long Island Sound Office
Stamford Government Center
888 Washington Blvd.
Stamford, CT 06904-2152
Posted by Professor Sarah J. Adams-Schoen, Director of Touro Law's Land Use & Sustainable Development Institute. You can follow the Institute's blog here, and contact Professor Adams-Schoen by email or phone (email@example.com, (631)761-7137).
Wednesday, July 17, 2013
Amy Hardberger (St. Mary's) has posted World's Worst Game of Telephone: Attempting to Understand the Conversation between Texas's Legislature and Courts on Groundwater, forthcoming in the Texas Environmental Law Review. The abstract:
Groundwater is a critical component of Texas water resources. Currently, groundwater accounts for 60% of all water withdrawn in the state. Historically, the largest groundwater user was the agricultural sector; however, Texas cities are also increasingly reliant on these water sources. State water demands are projected to increase 22% in the next fifty years. Many of these demands will be in the groundwater sector. In addition to increasing demand, periodic and sometimes severe droughts challenge an already stressed system. Texas’s ability to provide sufficient resources depends in large part on their effective management.
This paper evaluates the Day decision through the lens of past court decisions and legislation in an effort to understand why the court ruled as it did. Part II introduces Texas’s groundwater resources, current uses of that water, and present concerns regarding sustainability. Part III chronicles the line of cases that established capture as the common law rule in Texas. Part IV traces the history of groundwater legislation after courts established rule of capture. This legislation created a regulatory overlay on the common law rule of capture through localized groundwater conservation districts and the statewide planning process. Part V describes the process through which the Edwards Aquifer Authority came into existence and why it is different from other groundwater districts in the state in that its strict pumping cap immediately raised property rights concerns. Part VI explains how groundwater litigation shifted from right of capture limitations to questions of when ownership vests. This change was a product of increased pressure on groundwater resources caused by additional regulations and growing population demands.
Finally, Part VII presents three hypotheses regarding why the court came to its decision in the Day case despite the case law history. The first theory is that delineation of property interests is an issue reserved for courts’ authority. Another alternative is that the holding in Day was a result of a statewide shift towards the protection of private property rights above other concerns. The final proposed alternative is that the Day holding was actually an effort to define the property right in such a way as to encourage more regulation or at least limit takings claims through the expansive of correlative rights to groundwater.
Interesting and important--Texas is a huge state with a growing economy and population and an energy boom, and water is going to be a critical issue in the immediate and long-term future.
July 17, 2013 in Caselaw, Environmentalism, Local Government, Oil & Gas, Planning, Property Rights, Scholarship, State Government, Sustainability, Texas, Water | Permalink | Comments (0) | TrackBack (0)
Monday, July 15, 2013
Michael Burger (Roger Williams) has posted The Last, Last Frontier, a chapter in Environmental Law and Contrasting Ideas of Nature: A Constructivist Appproach (Keith Hirokawa ed., Cambridge University Press) 2013. The abstract:
Increased temperatures associated with global climate change are opening new Arctic territory to oil and gas exploration and clearing passage for new maritime shipping routes. These changes are provoking a diverse range of legal responses in the international arena, where nations are staking new territorial claims and seeking to revise understandings of the Law of the Sea, and in the domestic environmental and maritime laws of Arctic nations. While these events provide evidence of an international competition over natural resources, they also provide a case study in how environmental law and litigation construct and reify dominant ideas of nature. This book chapter examines the particular ways in which the storylines and tropes that constitute the "imaginary Arctic" factor into litigation surrounding Shell Oil's attempts to drill for oil and gas in the Beaufort and Chukchi seas. The Shell litigation is exemplary because it pits a number of well-established storylines against each other: the Arctic as classical frontier, the Arctic as spiritualized frontier, the Arctic as neutral space, the Arctic as homeland, and the Arctic as part of the developing world.
Thursday, April 11, 2013
Greetings from George Washington Law School where the 2013 J.B. and Maurice C. Shapiro Conference is wrapping up. Entitled Laying the Foundation for a Sustainable Energy Future: Legal and Policy Challenges, there has been an impressive array of panelists from industry, governements, NGOs, and academia.
My co-athour Amy Morris (of Aspen Environmental Group) and I presented some of our work on the land use tradeoffs involved in renewable energy projects. We have been looking at these issues through the lens of solar projects in California, but the issues come up in many contexts. To give you some broad strokes of the project: In California, we see development of main types of projects--utility scale and distrbuted generation. The large utility-scale solar facilities in the California desert have been under heavy scrutiny and criticized for their potential impacts on environmental and cultural values. In an effort to avoid pristine desert ecosystems, agencies and environmental groups have been championed the use of distrubed lands. Such lands are not completely controversy-free either. As a threshold question, we have to figure out what lands should qualify as "distrurbed." In some cases, it may be that we are too quick to label something as disturbed. Generally though the big categories are brownfields, former landfills and mines, hardscapes (parking lots and rooftops), and marginal agricultural lands. I won't get into here, but trust me each of those categories has a host of issues surrounding its use.
I've been feeling a little out of my league as the land use lawyer in the midst of the energy experts but have learned a lot and have been impressed with GW's organization of the conference. I also really enjoy attending conferences in Washington DC where the audience is always filled with a great mix of people from agencies and nonprofits.
- Jessie Owley
Wednesday, March 13, 2013
Craig Anthony (Tony) Arnold (Louisville) has posted Framing Watersheds, forthcoming in Environmental Law and Contrasting Ideas of Nature: A Constructivist Approach, Keith Hirokawa, ed., Cambridge University Press, 2013. The abstract:
Watershed institutions have emerged in the U.S. out of the structural fragmentation and functional inadequacies of several areas of law and policy. While these institutions organize governance, planning, and management functions around a type of ecosystem (i.e., watersheds), they are highly diverse and evolve over time. This book chapter seeks to understand the diversity of watershed institutions by employing framing analysis to identify the many cognitive and socio-political frames by which the legal system conceptualizes watersheds. More importantly, the chapter analyzes whether watershed institutions have adaptive capacity and can promote ecological and social resilience over time. The processes of multiple framing (multi-framing) and reframing, as seen in several case studies of multi-faceted and evolving watershed institutions, offer considerable promise for society and its watershed institutions to adapt to complex and dynamic conditions. The book chapter explores the barriers to and problems with multi-framing and reframing processes, as well as the opportunities for and benefits of multi-framing and reframing, in light of emerging scientific and social theories about resilience and systemic change.
Tony is a friend of this blog and an occasional Contributing Editor, as well as a leader in the emerging areas of sustainability and adaptive management. Looks like an interesting volume by Keith Hirokawa and others.
Thursday, March 7, 2013
Dave Owen (Maine) has posted Taking Groundwater. The abstract:
In February, 2012, in a case called Edwards Aquifer Authority v. Day, the Texas Supreme Court held that landowners hold property rights to the groundwater beneath their land, and that a regulatory restriction on groundwater use could constitute a taking of private property. The decision provoked strong reactions, both positive and negative, throughout the world of water law, for it signaled the possibility of severe restrictions on governmental ability to regulate groundwater use.
This Article considers the deeper issue that confronted the Texas Supreme Court, and that has confronted other courts across the country: how should the Takings Clause of the Fifth Amendment, and parallel clauses of state constitutions, apply to groundwater use regulation? Initially, this Article explains why this issue is exceedingly and increasingly important. It then reviews all of the groundwater/takings decisions from federal and state courts in the United States. Finally, the Article considers the implications of foundational property theories for the application of takings doctrine to groundwater use.
The analysis supports two key conclusions. First, it undermines arguments against treating water rights as “constitutional property” — that is, property protected by federal and state takings clauses. Proponents of those arguments generally assert that treating water rights as property has uneven support from prior caselaw and that such treatment will be prevent sensible governance. A review of groundwater caselaw demonstrates that the former assertion runs counter to the weight of authority, and that the fears underlying the latter argument are overstated. Second, and more importantly, the analysis undermines arguments for granting groundwater use rights heightened protection against regulatory takings. Recently, litigants and commentators skeptical of government regulatory authority have widely advanced those arguments. But they find no support in past groundwater/takings caselaw, and no property theory justifies adopting such an approach.
An important issue, and a reminder that state supreme courts continue to play a crucial role in shaping modern property law.
March 7, 2013 in Caselaw, Constitutional Law, Environmental Law, Property, Property Rights, Scholarship, State Government, Sustainability, Takings, Texas, Water | Permalink | Comments (0) | TrackBack (0)
We are pleased to share with you our latest fact brief: Sandy's Effects on Housing in New York City (PDF) Our report is the first independent, comprehensive analysis of the Superstorm's impact on housing in New York City.
The study revealed some surprising insights into the impacts of the Superstorm Sandy. It found that low-income renters were disproportionately impacted by the storm's surge; over half of the victims were renters, 61 percent of whom make less than $60,000 per year, instead of middle-class homeowners. It also exposed the age of the housing stock affected by the surge; 82% of the properties hit by Sandy were built before 1980, before the latest flood maps and building standards were established.
The report also summarizes newly available information about the characteristics of properties in the area in New York City flooded by Sandy's storm surge, as well as demographic characteristics of households that have registered to receive assistance from FEMA. The study was released in partnership with Enterprise Community Partners, who provided a similar analysis on Long Island and New Jersey.
Lots of interesting maps and data in this report, which should be of interest to anyone researching law, land, housing, and disaster planning
March 7, 2013 in Affordable Housing, Beaches, Coastal Regulation, Community Economic Development, Environmentalism, Federal Government, Housing, Local Government, New York, Property, Redevelopment, Scholarship, Water | Permalink | Comments (0) | TrackBack (0)
Tuesday, January 1, 2013
Robin Kundis Craig (Utah) has posted Treating Offshore Submerged Lands as Public Lands: An Historical Perspective, forthcoming in Public Land & Resources Review (2013). The abstract:
When President Harry Truman proclaimed federal control over the United States’s continental shelf in 1945, he did so primarily to secure the energy resources — oil and gas — embedded in those submerged lands. Nevertheless, the mineral wealth of the continental shelf spurred two critical legal battles over their control and disposition: First, whether the federal government had any interest in the first three miles of continental shelf; and second, if so, whether the federal government had authority to regulate the continental shelf under traditional federal public land laws, such as the Minerals Leasing Act. Congress’s reactions to federal courts’ resolutions of these questions, embodied in 1953 in the Submerged Lands Act and the Outer Continental Shelf Lands Act, continue to provide the foundations for state and federal management of the nation’s continental shelf and its energy resources.
Nevertheless, the Outer Continental Shelf’s status as federal public lands remains ambiguous. This
Article takes an historical approach to assessing that issue, reviewing the traditional definition of federal “public lands” and the historical context of the public lands issues that arose for the Outer Continental Shelf. It concludes that the Outer Continental Shelf, from a natural resources perspective, qualifies as the newest of the federal public lands, but it also acknowledges that — unlike for many other public lands — federal statutes repeatedly and consistently exclude the states from gaining ownership of those submerged lands.
Saturday, November 17, 2012
Yesterday, Case Western Reserve University School of Law hosted a symposium called The Law and Policy of Hydraulic Fracturing: Addressing the Issues of the Natural Gas Boom. As Steve noted on Property Prof, Professor Thomas Merrill (Columbia) was slated to give the keynote. Case Western's Jonathan Adler was part of the event, and he posted an extensive commentary on Merrill's remarks over on the Volokh Conspiracy. Looks like it was a fascinating talk with lots of observations on how to deal with the potential environmental impacts of fracking, and a perhaps counterintuitive suggestion on the possible upside of the gas boom with respect to climate change. But here, I'll focus on some of Merrill's observations on why fracking developed in the U.S., because it may have a lot to do with property law and land use regulation. As Adler describes:
Why did fracking arise in the United States? Contrary to some analysts, Professor Merrill does not believe it is attributable to federally funded research and development. . . .
Professor Merrill also doubts industry structure has much to do with fracking’s rise either. . . .
A more likely factor is the way U.S. law treats subsurface rights. The U.S. is something of an outlier in that subsurface minerals are the property of the landowner, and not the government. This results in decentralized ownership and control over subsurface rights facilitates experimentation and innovation in figuring out how to exploit and manage subsurface resources.
Further decentralization, and experimentation, results from the federalist regulatory structure. Different states have different regulatory approaches than others, creating opportunities for further innovation and the opportunity for jurisdictions to learn from one another. The existence of a few jurisdictions that will allow a new technology to be tried provides a laboratory from which others may learn, whereas under a more centralized regulatory structure such innovation is unlikely to get off the ground.
The existence of a relatively open infrastructure network – a pipeline system that is subject to common-carrier rules – also plays a role in facilitating entry into the market. These factors have a common theme: decentralization. Taken together, Merrill suggests, they are the most likely source of fracking’s rise in the United States.
Looks like another fascinating event, with participation from a number of land use, environmental, and energy scholars on the subsequent panels. I look forward to the symposium isse in the Case Western Law Review.
November 17, 2012 in Clean Energy, Climate, Comparative Land Use, Conferences, Environmental Law, Environmentalism, Federal Government, Lectures, Oil & Gas, Property, Property Rights, Scholarship, Water | Permalink | Comments (2) | TrackBack (0)
Sunday, September 9, 2012
Professor Michelle Bryan Mudd teaches in the law school’s environmental program, including the Land Use Planning and Water Law courses. She is also Director of the Land Use Clinic, which works on behalf of Montana local governments and is among only a few such clinics nationwide.
Professor Bryan Mudd was drawn to the fields of land use and water law because of her background growing up in ranching and farming communities in the West. Before joining the law school faculty, she was in private practice specializing in land use and water law in both the transactional and litigation contexts. She worked with a variety of clients including local governments, private landowners, non-profits, developers, and affected neighbors and community groups. She brings this diversity of perspective to her work with students and government clients.
Her current research interests include the relationship between land and water use, the balancing of environmental and land use rights, the role of public trust in water rights, and the evolution of eminent domain law.
We're very excited to have her with us for the next few weeks!
Saturday, August 25, 2012
Kathleen Oppenheimer Berkey (Pavese Law Firm) and Todd BenDor (Planning--North Carolina/MIT) have posted A Comprehensive Solution to the Biofouling Problem for the Endangered Florida Manatee and Other Species, Environmental Law, Vol. 42, No. 2, 2012. The abstract:
Biofouling is the undesirable accumulation of microorganisms, plants, algae, arthropods, or mollusks on a surface, such as a ship’s hull, when it is in contact with water for a period of time. Biofouling and its traditional remedies pose serious environmental consequences, including 1) the transportation of nonindigenous aquatic species that can outcompete native species for space and resources, thereby reducing biodiversity and threatening the viability of fisheries or aquaculture, 2) the harmful accumulation of zinc- or copper-based toxins, and 3) the increase in weight, decrease in flexibility and mobility, and topical damage of marine mammals hosting biofouling organisms. There are a number of existing legal mechanisms that address biofouling under international law. However, due to the complexity of biofouling, this Article posits that existing mechanisms are inadequate for comprehensively regulating the problem, leaving aquatic species susceptible to numerous negative effects from biofouling. To address these inadequacies, we recommend biofouling also be mitigated under the federal Endangered Species Act (ESA). First, we consider the Florida manatee (Trichechus manatus latirostris) as a case study species, and suggest that Florida’s Resource Conservation and Development (RC&D) areas develop a Safe Harbor umbrella agreement under section 10 of the ESA to create a new generation of ecological harbors that are safe from the dangers of biofouling. The agreement would include a Habitat Conservation Plan (HCP) that incorporates a combination of behavioral and infrastructural biofouling mitigation techniques to be applied regionally across estuary, freshwater, and saltwater ecosystems. Second, we suggest that both public and private owners of existing, proposed, and expanding marina developments be encouraged to voluntarily sign Safe Harbor Agreements under the RC&D areas’ umbrella agreement to avoid owners having to navigate the long and strenuous process of obtaining individual HCPs. The comprehensive biofouling management strategy proposed as a model here would require RC&D areas to carry out a range of biofouling best management practices that would protect species and the habitats on which they depend from the adverse effects of biofouling.
Sunday, August 5, 2012
We had a torrential downpout here in Buffalo today. Many people were happy about the rain because it has been very hot here of late, and weeks without rain has led to the death of many lawns and gardens. I was excited for a different reason. It was the first big test of our new street! I am lucky enough to live on the first test block for porous asphalt in Buffalo. My neighbors and I are quite excited about it even though it took two months for them to install it. The difference was pretty awesome. My three year old and I ran around in the rain, and watcedh it all just seep into the street. Rumor has it that we will also be getting free rain barrels.
There are a lot of exciting green infrastructure projects around the country. Having lived through one of them, I think there is a lot of potential. But it took 2 months for them to do one block here in Buffalo. Wonder how much time and money it would take to do a significant part of the city?
Saturday, July 21, 2012
In a study of two U.S. cities, researchers found that land use was a strong determinant of water use patterns.
Land-use, temperature, and single-family residential water use patterns in Portland, Oregon and Phoenix, Arizona by Betsy Breyer, Heejun Chang, G. Hossein Parandvash
Applied Geography, Volume 35, Issues 1–2 (2012) ($)
Adaptation to climate change requires urban water providers to develop a complex understanding of how temperature affects water use patterns. We used a geographic information system and statistical analysis to compare the spatial relationships among single-family residential water use patterns, land use characteristics, and temperature in Portland, Oregon and Phoenix, Arizona. We developed mean water use patterns at the census block group level using data from 2002 to 2009 in Portland and from 2000 to 2008 in Phoenix. These mean values were used to estimate the localized temperature sensitivity of water use in each census block group through an ordinary least squares regression with summer average air temperature. Taking the slopes of regression estimates as our dependent variable, we examined spatial relationships among temperature-sensitive water use patterns, housing density, impervious surfaces, low vegetation, and tree canopy extent. Temperature sensitive water use was found to be positively correlated with low vegetation and negatively correlated with impervious surfaces in both cities. Tree canopy coverage tends to increase with sensitivity in Portland, while the reverse relationship is found for Phoenix. Regression analysis indicates that building density explained the most variation in the dependent variable in Portland whereas, in Phoenix, the strongest correlations related to vegetation patterns. A comparative approach highlights the complex, localized correlations that exist among local climate regimes, urban landscapes, and water use patterns. Census block group-level water use analyses equips water providers with detailed information on the sensitivity of local water use to temperature variation, which could prove valuable to developing a viable municipal climate change adaptation strategy.
Saturday, June 23, 2012
The sea level off most of California is expected to rise about one meter over the next century, an amount slightly higher than projected for global sea levels, and will likely increase damage to the state's coast from storm surges and high waves, says a new report from the National Research Council. Sea levels off Washington, Oregon, and northern California will likely rise less, about 60 centimeters over the same period of time. However, an earthquake magnitude 8 or larger in this region could cause sea level to rise suddenly by an additional meter or more.
Global sea level rose during the 20th century, and projections suggest it will rise at a higher rate during the 21st century. A warming climate causes sea level to rise primarily by warming the oceans -- which causes the water to expand -- and melting land ice, which transfers water to the ocean. However, sea-level rise is uneven and varies from place to place. Along the U.S. west coast it depends on the global mean sea-level rise and regional factors, such as ocean and atmospheric circulation patterns, melting of modern and ancient ice sheets, and tectonic plate movements.
. . .
The committee that wrote the report projected that global sea level will rise 8 to 23 centimeters by 2030, relative to the 2000 level, 18 to 48 centimeters by 2050, and 50 to 140 centimeters by 2100. The 2100 estimate is substantially higher than the United Nation's Intergovernmental Panel on Climate Change's projection made in 2007 of 18 to 59 centimeters with a possible additional 17 centimeters if rapid changes in ice flow are included.
For the California coast south of Cape Mendocino, the committee projected that sea level will rise 4 to 30 centimeters by 2030, 12 to 61 centimeters by 2050, and 42 to 167 centimeters by 2100. For the Washington, Oregon, and California coast north of Cape Mendocino, sea level is projected to change between falling 4 centimeters to rising 23 centimeters by 2030, falling 3 centimeters to rising 48 centimeters by 2050, and rising between 10 to 143 centimeters by 2100. The committee noted that as the projection period lengthens, uncertainties, and thus ranges, increase.
The committee's projections for the California coast south of Cape Mendocino are slightly higher than its global projections because much of the coastline is subsiding. The lower sea levels projected for northern California, Washington, and Oregon coasts are because the land is rising largely due to plate tectonics. In this region, the ocean plate is descending below the continental plate at the Cascadia Subduction Zone, pushing up the coast.
Extreme events could raise sea level much faster than the rates projected by the committee. For example, an earthquake magnitude 8 or greater north of Cape Mendocino, which occurs in this area every several hundred to 1,000 years with the most recent in 1700, could cause parts of the coast to subside immediately and the relative sea level to rise suddenly by a meter or more.
"As the average sea level rises, the number and duration of extreme storm surges and high waves are expected to escalate, and this increases the risk of flooding, coastal erosion, and wetland loss," said Robert Dalrymple, committee chair and Willard and Lillian Hackerman Professor of Civil Engineering at Johns Hopkins University.
Most of the damage along the west coast is caused by storms, particularly the confluence of large waves, storm surges, and high tides during El Niño events. Significant development along the coast -- such as airports, naval air stations, freeways, sports stadiums, and housing developments -- has been built only a few feet above the highest tides. For example, the San Francisco International Airport could flood with as little as 40 centimeters of sea-level rise, a value that could be reached in several decades. The committee also ran a simulation that suggested sea-level rise could cause the incidence of extreme water heights in the San Francisco Bay area to increase from about 9 hours per decade, to hundreds of hours per decade by 2050, and to several thousand hours per decade by 2100.
You can view a video produced by the Council below.
Monday, June 18, 2012
The ever prolific Robin Kundis Craig has a new book out:
Comparative Ocean Governance Place-Based Protections in an Era of Climate Change
Comparative Ocean Governance examines the world’s attempts to improve ocean governance through place-based management – marine protected areas, ocean zoning, marine spatial planning – and evaluates this growing trend in light of the advent of climate change and its impacts on the seas.This monograph opens with an explanation of the economics of the oceans and their value to the global environment and the earth’s population, the long-term stressors that have impacted oceans, and the new threats to ocean sustainability that climate change poses. It then examines the international framework for ocean management and coastal nations’ increasing adoption of place-based governance regimes. The final section explores how these place-based management regimes intersect with climate change adaptation efforts, either accidentally or intentionally. It then offers suggestions for making place-based marine management even more flexible and responsive for the future. Environmental law scholars, legislators and policymakers, marine scientists, and all those concerned for the welfare of the world’s oceans will find this book of great value.
Tuesday, June 12, 2012
I have been a bit quiet on the blog these past few days because I have been busy attending some amazing events. I already told you all about Widener's Constitutional Environmental Rights Workshop that I found inspiring for kick starting some long-planned work on the Public Trust Doctrine, but I also want to take a moment to praise a new Junior Environmental Law Scholar Works-in-Progress Workshop.
Amanda Leiter of American University's Washington College of Law organized an excellent weekend. Five of us submitted works in progress. We all read each other's work closely and a couple of others joined in to provide comments. We spent 60-90 minutes on each person, with indepth discussions. It was amazingly helpful. We ended on Saturday with a field trip to Kenilworth Park and Aquatic Gardens, a truly hidden jem on the Anacostia River. Events like this are remarkably productive and fun. So who out there wants to coordinate the first Land Use Works-in-Progress event? (please invite me)
Thursday, May 31, 2012
Robin Kundis Craig (Utah) has posted The Clean Water Act, Climate Change, and Energy Production: A Call for Principled Flexibility Regarding 'Existing Uses,' forthcoming in the George Washington Journal of Energy & Environmental Law. The abstract:
Numerous provisions of the Clean Water Act affect electricity generation, from potential siting restrictions that arise as a result of Section 404’s restrictions on discharges of dredged or fill material to effluent limitations that require power plants to cool their spent cooling water before returning it to streams, rivers, and lakes. This article focuses on two aspects of the Clean Water Act that directly raise — and, in a climate change era — will increasingly force — confrontations between electricity production, on the one hand, and water quality and aquatic ecosystem protections, on the other: (1) water quality standards, including both the Act’s antidegradation policy and states’ implementation of their standards through Section 401’s requirement that states certify federally-controlled discharges within their borders; and (2) Section 316’s requirement for cooling water intake protections, which — together with thermal discharge requirements to comply with water quality standards — is becoming increasingly important for thermoelectric plants.
After reviewing the history and import of the Clean Water Act for electricity production, this article discusses how climate change impacts on both water quality and electricity demand and production are likely to sharpen the perceived conflicts between the Act’s water quality requirements and goals and future energy policy. Applying the paradigm of principled flexibility, this article concludes that a key component of future energy and water quality policy should be the recognition that stationarity is dead on both sides of the equation — that is, while energy demands and production capability will be changing in response to climate change, so will aquatic ecosystems and the relevance of existing water quality standards. As a result, different kinds of decisions may be warranted for electricity production in and near aquatic ecosystems that climate change is fairly clearly destroying than for electricity production in and near aquatic ecosystems where strict enforcement of the Clean Water Act’s “existing use” requirements is likely to enhance the ecosystem’s ability to adapt to — and survive — climate change.