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Research ArticleResearch

Spatial dimensions of farm input intensity: A pilot study

Abram Kaplan and John Steinhart
Journal of Soil and Water Conservation January 1990, 45 (1) 128-132;
Abram Kaplan
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John Steinhart
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ABSTRACT:

County-level agricultural input and demographic data from the Census of Agriculture were normalized and investigated through statistical and spatial analyses. State borders and state-level data were found to be poor guides for policy. Mapping of input criteria suggest strong regions of high- and low-input farm management practices, demonstrating that an empirical knowledge of where input-intensive farms exist will enhance one's ability to design and implement policies for low-input agriculture. Cluster analysis results reinforce the notion that conventional regions of agriculture that rely strictly on climate, geomorphology, and crop production are insufficient for assessing appropriate policy targets toward improved farm management. Four-state results offer encouragement for expanding an integrated, data-based perspective to the entire United States.

Footnotes

  • Abram Kaplan is a doctoral candidate in the Institute for Environmental Studies and John Steinhart is a professor of geophysics and environmental studies and chair of the Energy Analysis and Policy Program, University of Wisconsin, Madison, 53706.

  • Copyright 1990 by the Soil and Water Conservation Society

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Journal of Soil and Water Conservation: 45 (1)
Journal of Soil and Water Conservation
Vol. 45, Issue 1
January/February 1990
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Spatial dimensions of farm input intensity: A pilot study
Abram Kaplan, John Steinhart
Journal of Soil and Water Conservation Jan 1990, 45 (1) 128-132;

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Spatial dimensions of farm input intensity: A pilot study
Abram Kaplan, John Steinhart
Journal of Soil and Water Conservation Jan 1990, 45 (1) 128-132;
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