Author
VICKNER, S - UNIVERSITY OF KENTUCKY | |
HOAG, DANA - COLORADO STATE UNIVERSITY | |
FRASIER, W - COLORADO STATE UNIVERSITY | |
Ascough Ii, James |
Submitted to: Farm Bureau Members National Convention
Publication Type: Proceedings Publication Acceptance Date: 3/1/1999 Publication Date: N/A Citation: N/A Interpretive Summary: A dynamic optimization model is constructed to serve as a decision support tool to better understand corn production and nitrate leaching processes. Center-pivot irrigated, continuous corn on a sandy loam soil is chosen as the agricultural system to be modeled and is considered a leaching "hot spot." Baseline scenarios representing a range of typical producer behaviors are developed. The impacts of two classes of policies, optimal farm planning/taxes and limits on polluting activities, are assessed on farm profit and nitrate leaching. Technical Abstract: A dynamic optimization model is constructed to serve as a decision support tool to better understand corn production and nitrate leaching processes. Center-pivot irrigated, continuous corn on a sandy loam soil is chosen as the agricultural system to be modeled and is considered a leaching "hot spot." Baseline scenarios representing a range of typical producer behaviors are developed. The impacts of two classes of policies, optimal farm planning/taxes and limits on polluting activities, are assessed on farm profit and nitrate leaching. |