Authors: Martin W. Doyle
This is a review of a sample of In Lieu Fee (ILF) Programs through an analysis of general incentives created by the ILF Program model, and through drawing on a small sample of ILF Programs as case studies. This review focuses on the incentives created by ILF Programs as a mechanism of compensatory mitigation; while other forms of compensatory mitigation—permittee-responsible mitigation and mitigation banking—are not without their problems, there are intrinsic financial and environmental risks that are unique to ILF Programs. The insights gained from this limited review also demonstrate the need for a systematic review of ILF Programs across the U.S., particularly (a) consistency of CWA ILF Programs since the implementation of the 2008 Mitigation Rule, and (b) emerging ESA ILF Programs and their divergence from best practice principles present in the 2008 Mitigation Rule.
Many states attempt to increase the economic benefits generated from their fish resources through foreign fishing arrangements that can be characterized as trades in fishing services. This paper provides a first assessment of the net economic benefits in a static analysis from one of the oldest such arrangements in West Africa: the coastal bottom trawl fishery. Focusing on the coastal states of Guinea-Bissau, Guinea, Sierra Leone and Liberia, the total resource rent (RR) generated by foreign fishing in 2015 was estimated and then decomposed for the two participants in the trade: the coastal states (RRCS) and the foreign companies (RRFC). The implications from this review are that significant trades are occurring and even increasing without the minimum data required for West African coastal states to adequately evaluate the terms of trade, nor their sustainability.
Authors: Nicholas Institute for Environmental Policy Solutions, Aspen Institute
"Reaching Watershed Scale Through Cooperation and Integration" summarizes the Aspen-Nicholas Water Forum discussions of May-June 2018. The forum explored how integration could address the mismatch between what has traditionally been local solutions for local water issues and emerging water challenges that impact large geographic regions, multiple sectors, and different community functions. Integration is intended to synergistically combine efforts and resources to create benefits that could not have been individually achieved. The forum explored the opportunities and challenges to integration within and between water sectors, identifying common elements for success.
Authors : Edward T. Game, Heather Tallis, Lydia Olander, Steven M. Alexander, Jonah Busch, Nancy Cartwright, Elizabeth L. Kalies, Yuta J. Masuda, Anne-Christine Mupepele, Jiangxiao Qiu, Andrew Rooney, Erin Sills, and William J. Sutherland
Social and environmental systems are linked and, as this relationship becomes ever more apparent, governments, communities and organizations are increasingly faced with, and focused on, problems that are complex, wicked and transgress traditional disciplinary boundaries. This article in the journal Nature Sustainability suggests that evidence-based approaches to solve these complex multi-disciplinary challenges must draw on knowledge from the environment, development, and health domains. To address barriers to the consideration of evidence across domains, this paper develops an approach to evidence assessment that is broader and less hierarchical than the standards often applied within disciplines.
Authors: Martin W. Doyle
Western water infrastructure was funded in the early and mid‐20th Century with federal financing through the Bureau of Reclamation. Over the last 30 years, federal financing has been less forthcoming, which has been commensurate with an increase in the need for financing rehabilitation and replacement of western irrigation infrastructure. This article in the Journal of the American Water Resources Association suggests that if the Office of Management and Budget changed its policies for private partnerships or loan guarantees, private capital could play an important role in recapitalizing aging Reclamation infrastructure.
Authors: John P. Lovett, Jonathan M. Duncan, Lindsey S. Smart, John P. Fay, Lydia P. Olander, Dean L. Urban, Nancy Daly, Jamie Blackwell, Anne B. Hoos, Ana María García, Lawrence E. Band
To address limitations to stream and wetland restoration projects, there is a critical need for a functionally-based, high-resolution restoration priority system that can be implemented at broad spatial scales to maximize ecological benefits. This article in the journal Environmental Management describes the River Basin Restoration Prioritization tool developed in conjunction with the North Carolina Department of Environmental Quality to incorporate data models into a catchment scale restoration prioritization framework. It is designed specifically as a state-wide screening tool that assesses hydrologic, water quality, and aquatic habitat quality conditions with peak flood flow, nitrogen and phosphorus loading, and aquatic species distribution models. Although the application of the tool in this analysis is for the state of North Carolina, the methodology and model datasets are readily applicable to other states or regions to assess a large volume of data to better inform restoration choices.
Authors: Albert Cho, Alex Fischer, Martin Doyle, Marc Levy, Paola Kim-Blanco, and Randolf Webb
This paper is a call to action for data users, data providers, and global decision makers concerned about water resources, climate resilience, and sustainable development. It provides an overview of hydrological monitoring systems and explains the importance of public water data to national governance, resource management, planning, and efforts to achieve global objectives such as the Sustainable Development Goals.
Authors: Sarah Jordaan, Lauren Patterson, Laura Diaz Anadon
In the Journal of Cleaner Production, the Nicholas Institute for Environmental Policy Solutions Lauren Patterson and her co-authors look at changes in water consumption related to transitions from coal to natural gas in Pennsylvania from 2009 to 2012. The study provides the first comprehensive representation of changing water consumption patterns associated with the state’s coal-to-gas transition at a watershed level for both extraction of the resources to the generation of electricity with coal and natural gas.
Authors: Martin Doyle
America has more than 250,000 rivers, coursing over more than 3 million miles and serving as integral trade routes, borders, passageways, sewers, and sinks. Over the years, based on our shifting needs and values, we have harnessed their power with waterwheels and dams, straightened them for ships, drained them with irrigation canals, set them on fire, and even attempted to restore them. This environmental history tells the story of America and its rivers, from the U.S. Constitution’s roots in interstate river navigation, the origins of the Army Corps of Engineers, the discovery of gold in 1848, and the construction of the Hoover Dam and the TVA during the New Deal, to the failure of the levees in Hurricane Katrina and the water wars in the west. Along the way, it explores how rivers have often been the source of arguments at the heart of the American experiment―over federalism, sovereignty and property rights, taxation, regulation, conservation, and development.
Authors: Sally Entrekin , Anne Trainor, James Saiers, Lauren Patterson, Kelly Maloney, Joseph Fargione, Joseph Kiesecker, Sharon Baruch-Mordo, Katherine Konschnik, Hannah Wiseman, Jean-Philippe Nicot, and Joseph N. Ryan
Demand for high-volume, short duration water withdrawals could create water stress to aquatic organisms in the Fayetteville Shale streams of Arkansas sourced for hydraulic fracturing fluids this article in the journal Environmental Science and Technology suggests. Authors estimate potential water stress using permitted water withdrawal volumes and actual water withdrawals compared to monthly median, low, and high streamflows. Findings indicate that freshwater usage for hydraulic fracturing could potentially affect aquatic organisms in 7-51 percent of the catchments depending on the month. If 100 percent of wastewater was recycled, the potential impact drops. Authors suggest that improved monitoring and access to water withdrawal and streamflow data are needed to ensure protection of streams not only as sources of drinking water, but aquatic habitats.