IMPORTANCE OF COST OFFSETS FOR DAIRY FARMS MEETING A NUTRIENT APPLICATION STANDARD

The Environmental Protection Agency requires concentrated animal feeding operations to develop and implement a comprehensive nutrient management plan. Changes in manure management to meet nutrient application standards will generally increase production costs. Some of these costs can be offset by savings from replacing commercial fertilizer with manure nutrients, and through financial assistance programs such as the U.S. Department of Agriculture's Environmental Quality Incentives Program (EQIP). A manure application cost model was used to examine the costs to confined dairy farms of meeting nutrient application standards, and the ability of fertilizer offsets and EQIP to reduce these costs.Environmental Economics and Policy,

Importance of Cost Offsets for Dairy Farms Meeting a Nutrient Application Standard

The U.S. Environmental Protection Agency requires concentrated animal feeding operations to develop and implement a comprehensive nutrient management plan. Changes in manure management to meet nutrient application standards will generally increase production costs. Some of these costs can be offset by savings from replacing commercial fertilizer with manure nutrients, and through financial assistance programs such as the U.S. Department of Agriculture's Environmental Quality Incentives Program (EQIP). A manure application cost model was used to examine the costs to confined dairy farms of meeting nutrient application standards, and the ability of fertilizer offsets and EQIP to reduce these costs.animal feeding operations, Environmental Quality Incentive Program, dairy, manure nutrients, Livestock Production/Industries,

Atrazine: Environmental Characteristics and Economics of Management

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.Crop Production/Industries,

Estimating Water Quality Benefits: Theoretical and Methodological Issues

Knowledge of the benefits and costs to water users is required for a complete assessment of policies to create incentives for water quality improving changes in agricultural production. A number of benefit estimation methods are required to handle the varying nature of water quality effects. This report reviews practical approaches and theoretical foundations for estimating the economic value of changes in water quality to recreation, navigation, reservoirs, municipal water treatment and use, and roadside drainage ditches.benefits, water quality, economic welfare, demand, Resource /Energy Economics and Policy,

Can Taxing Sugary Soda Influence Consumption and Avoid Unanticipated Consequences?

Nonpoint Source Pollution, Total Maximum Daily Load (TMDL), Best Management Practice, Conservation Program, Policy Instruments, Agricultural and Food Policy, Food Consumption/Nutrition/Food Safety, Health Economics and Policy, Q58,

ECONOMIC AND ENVIRONMENTAL EFFECTS ASSOCIATED WITH REDUCING THE USE OF ATRAZINE: AN EXAMPLE OF CROSS-DISCIPLINARY RESEARCH

Restricting or eliminating the use of atrazine in the Midwest would have important economic consequences for farmers, consumers, and the environment. These consequences can only be evaluated with cooperation between economists and weed scientists. The weed control choice set available to farmers cannot be observed through deductive research. Economists and weed scientists worked together to identify all possible weed control strategies for corn and sorghum in the Midwest and to incorporate them into an economic model. An atrazine ban was found to be the costliest strategy, and a targeted, water-quality based strategy the most cost effective.Atrazine, Deductive research, Environmental exposure, Herbicides, Inductive research, Welfare, Crop Production/Industries,

Establishing a Baseline for Nitrogen Policy Assessment

nitrogen, nitrogen use efficiency, nitrogen management, Environmental Economics and Policy,

THE EFFECT OF FEEDGRAIN PROGRAM PARTICIPATION ON CHEMICAL USE

Economic incentives created by the commodity programs are hypothesized to cause program participants to apply agrichemicals at greater rates than nonparticipants. Corn producers who participate in the USDA feedgrain program are shown to apply nitrogen, herbicides, and insecticides at statistically greater rates than those who do not participate.Crop Production/Industries,

CAN EQIP BE EFFECTIVE IN HELPING FARMERS MEET MANURE MANAGEMENT GOALS?

A manure application cost model was used to examine the impact financial assistance from EQIP can have on reducing costs to confined hog operations from meeting a manure nutrient application standard. Sector costs are examined under alternative scenarios involving type of nutrient standard and landowner willingness to accept manure.Livestock Production/Industries,

Preliminary Assessment of Nitrous Oxide Offsets in a Cap and Trade Program

Nitrous oxide is a powerful greenhouse gas that is emitted from cropland treated with nitrogen fertilizer. Reducing such emissions through nutrient management might be able to produce offsets for sale in a cap and trade program aimed at reducing greenhouse gases. We use the Nitrate Leaching and Economic Analysis Program (NLEAP) model and data from the Agricultural and Resource Management Survey to examine what changes in rate, timing, or method of application a farmer would take to produce offsets. We find that reducing the application rate is the most favored approach for producing offsets. We also find that some management choices may increase nitrate losses to water.nitrous oxide, nutrient management, cap and trade, NLEAP, greenhouse gas, Environmental Economics and Policy,