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.
In the United States, our water data infrastructure does not allow us to consistently and quickly answer the most basic questions about our water system’s quantity, quality, and use. This report describes the challenges and opportunities of integrating U.S. Army Corps of Engineers 36 districts’ historic reservoir data and management operations. A companion tool to visualize data as well as the data files related to this report are available to view and download. Research by the authors to identify the frequency and magnitude of departures from operational targets of Army Corps-operated reservoirs is presented in the Journal of the American Water Resources Association.
The U.S. Army Corps of Engineers operates reservoirs across the United States. Most (89 percent) of the reservoirs were constructed prior to 1980, and many have experienced changes in environmental conditions such as climate and sediment yield and societal conditions such as water and energy demand. These changes may challenge the potential for reservoirs to meet their operational targets and management goals. To identify the frequency and magnitude of departures from operational targets, this analysis published in the Journal of the American Water Resources Association collected Army Corps reservoir targets and historic daily reservoir data for 233 reservoirs. This work provides a framework to identify reservoir performance in relation to management goals, a necessary step for moving toward adaptive management under changing conditions. Individual reservoir analyses are accessible through an interactive data visualization tool. Companion research by the authors on Army Corps-operated reservoirs is presented in the report, Creating Data as a Service for U.S. Army Corps of Engineers Reservoirs.
Authors: Nicholas Institute for Environmental Policy Solutions, Aspen Institute
The Future of Groundwater summarizes the Aspen-Nicholas Water Forum discussions of May-June 2017, offering various approaches to groundwater sustainability. A partnership between The Aspen Institute Energy and Environment Program and the Nicholas Institute for Environmental Policy Solutions at Duke University, the forum focused on exploring the present condition of groundwater, the evolution of that condition, and opportunities for transitioning to more sustainable uses of groundwater resources. The consensus was that groundwater needs to be sustainably developed, meaning groundwater use must be balanced among economic development, environmental health, and quality-of-life needs in a way that allows our children and grandchildren to enjoy.
Lead Authors: Heather Tallis, Katharine Kreis, Lydia Olander, Claudia Ringler
The health, development, and environment sectors increasingly realize that they cannot achieve their respective goals by acting in isolation. Yet, as they pivot to act collectively, they face challenges in finding and interpreting evidence on sectoral interrelationships, and thus in developing effective evidence-based responses. Each sector already uses some form of evidence-based research, design, and action planning, but methods vary, and ideas about the strength of evidence differ, creating stumbling blocks in the way of cross-sector impact. A new initiative, called the Bridge Collaborative, sets out to spark cross-sector problem solving by developing common approaches that the three sectors could agree to and use. The collaborative has focused on two linked areas of practice that could unlock cross sector collaboration: results chains and evaluation of supporting evidence. This document captures a set of principles identified and used by the collaborative, along with detailed guidance for creating comparable results chains across sectors and evaluating evidence from multiple disciplines in common terms.
Lead Authors: Heather Tallis, Barbara J. Merz, Cindy Huang, Katharine Kreis, Lydia Olander, Claudia Ringler
Ongoing economic, technological, and demographic shifts are altering the nature of today’s major, global issues and challenging us to rethink our past and current approaches to solving them. As our planet becomes more populated and prosperous, the demand for finite resources—such as water, energy, and food—are increasing rapidly. These trends escalate the urgency to find new ways of addressing persistent and growing challenges. But current research and policy systems inhibit integrated approaches to problem solving. Too often, the health, environment, and development sectors work independently setting narrowly defined objectives and failing to consider consequences outside of their own sector. A Call to Action for Health, Environment, and Development Leaders and a companion paper Bridge Collaborative Practitioner’s Guide: Principles and Guidance for Cross-sector Action Planning and Evidence Evaluation are aimed at increasing cross-sectoral focused on shared evidence.
Public water data, such as river flow from stream gauges or precipitation from weather satellites, produce broad benefits at a cost to the general public. This paper presents a review of the academic literature on the costs and benefits of government investments in public water data. On the basis of 21 studies quantifying the costs and benefits of public water quantity data, it appears that the median benefit-cost ratio across different economic sectors and geographic regions is 4:1. But a great deal of uncertainty attends this number; very few studies empirically quantify or monetize the costs, the benefits, or both of water information with sound economic methods, and no studies have quantified the value of water quality information. This review is part of an ongoing effort by the Nicholas Institute of Environmental Policy Solutions at Duke University and the Aspen Institute to develop the foundations of an Internet of Water by quantifying the potential value of open and integrated public water data.
This report from the Aspen Institute Dialogue Series on Water Data lays out a vision for a national policy framework that addresses institutional barriers to increasing integration of water data and information to support sustainable water management. In the United States, data to manage water supplies and pursue innovative solutions to meet water management challenges are lacking or are not in a format that is easily accessible or understandable, and there are often strong disincentives, fears, and concerns about sharing the data. To address this challenge, the Aspen Institute Energy and Environment Program in partnership with the Nicholas Institute for Environmental Policy Solutions and Redstone Strategy Group convened the Aspen Institute Dialogue Series on Water Data. The report highlights the dialogue’s principle-based blueprint recommending a three-step plan to design and launch an “Internet of Water”—a network of interconnected data producers, hubs, and users—that will enable real-time collection and transmission of water-related data and information.
Author(s): Lauren A. Patterson, Katherine E. Konschnik, Hannah Wiseman, Joseph Fargione, Kelly O. Maloney, Joseph Kiesecker, Jean-Philippe Nicot, Sharon Baruch-Mordo, Sally Entrekin, Anne Trainor, and James E. Saiers
An analysis led by the Nicholas Institute for Environmental Policy Solutions, which appears in the journal Environmental Science & Technology, concludes that making state spill data more uniform and accessible could provide stakeholders with important information on where to target efforts for locating and preventing future spills. However, reporting requirements differ across states, requiring considerable effort to make the data usable for analysis. By examining state-level spill data, it finds that 2 to 16 percent of hydraulically fractured oil and gas wells across Colorado, New Mexico, North Dakota and Pennsylvania spill hydrocarbons, chemical-laden water, hydraulic fracturing fluids and other substances each year. The study characterizes spills associated with unconventional oil and gas development at 31,481 wells hydraulically fractured or "fracked" in the four states between 2005 and 2014, identifying 6,648 spills in the 10-year period.