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  • Agri-Environmental Policy at the Crossroads: Guideposts on a Changing Landscape

    AER-794, January 25, 2001

    Agri-environmental policy is at a crossroads. Over the past 20 years, a wide range of policies addressing the environmental implications of agricultural production have been implemented at the Federal level. Those policies have played an important role in reducing soil erosion, protecting and restoring wetlands, and creating wildlife habitat. However, emerging agri-environmental issues, evolution of farm income support policies, and limits imposed by trade agreements may point toward a rethinking of agri-environmental policy. This report identifies the types of policy tools available and the design features that have improved the effectiveness of current programs. It provides an indepth analysis of one policy tool that may be an important component of a future policy package-agri-environmental payments. The analysis focuses on issues and tradeoffs that policymakers would face in designing a program of agri-environmental payments.

  • Economics of Water Quality Protection From Nonpoint Sources: Theory and Practice

    AER-782, November 30, 1999

    Water quality is a major environmental issue. Pollution from nonpoint sources is the single largest remaining source of water quality impairments in the United States. Agriculture is a major source of several nonpoint-source pollutants, including nutrients, sediment, pesticides, and salts. Agricultural nonpoint pollution reduction policies can be designed to induce producers to change their production practices in ways that improve the environmental and related economic consequences of production. The information necessary to design economically efficient pollution control policies is almost always lacking. Instead, policies can be designed to achieve specific environmental or other similarly related goals at least cost, given transaction costs and any other political, legal, or informational constraints that may exist. This report outlines the economic characteristics of five instruments that can be used to reduce agricultural nonpoint source pollution (economic incentives, standards, education, liability, and research) and discusses empirical research related to the use of these instruments.

  • Proceedings of the Third National IPM Symposium/Workshop

    MP-1542, May 01, 1997

    The Third National IPM Symposium/Workshop took place in Washington, D.C., from February 27 through March 1, 1996. More than 600 participants from around the country attended the symposium/workshop reflecting a wide spectrum of professional interests including scientists (social, biological, and environmental), agricultural producers, and representatives of agribusiness and non-profit organizations. Two dominant themes provided a unifying focus. ""Putting Customers First"" focused on reaching out to the diverse customer base of USDA programs to identify IPM research and implementation needs. ""Assessing IPM Program Impacts"" addressed how to incorporate economic, environmental, and public health assessment in IPM research and extension activities. Other topics covered included analytical and data needs for pest-management programs, policies for promoting biological and reduced risk alternatives, and overcoming barriers to increased adoption of IPM practices and technologies.

  • Benefits of Protecting Rural Water Quality: An Empirical Analysis

    AER-701, January 02, 1995

    Concerns about the impact of farm production on the quality of the Nation's drinking and recreational water resources have risen over the past 10 years. Because point sources of pollution were controlled first, agricultural nonpoint sources have become the Nation's largest remaining single water-quality problem. Both public and private costs of policies that address the conflict between agricultural production and water quality are relevant, but measuring the off-farm benefits and costs of changing water quality is difficult. Many of the values placed on these resources are not measured in traditional ways through market prices. This report explores the use of nonmarket valuation methods to estimate the benefits of protecting or improving rural water quality from agricultural sources of pollution. Two case studies show how these valuation methods can be used to include water-quality benefits estimates in economic analyses of specific policies to prevent or reduce water pollution.

  • Atrazine: Environmental Characteristics and Economics of Management

    AER-699, September 09, 1994

    Restricting or eliminating the use of atrazine in the Midwest would have important economic consequences for farmers and consumers. Atrazine is an important herbicide in the production of corn and other crops in the United States. Since atrazine is such an important herbicide, mandatory changes in application strategies are likely to generate sizable costs for producers and consumers. However, recent findings indicate that elevated amounts of atrazine are running off fields and entering surface water resources. This report presents the costs and benefits of an atrazine ban, a ban on pre-plant and pre-emergent applications, and a targeted ban to achieve a surface water standard. A complete atrazine ban is hypothesized to be the costliest strategy, while the targeted strategy is the least costly.