Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Location
North Carolina State University
Start Date
22-9-1985 12:00 AM
Description
Computers have become common place in virtually all phases of agriculture. Most individuals have access to micro-computers and the once apparent intimidation about using them is rapidly disappearing. Because of increased availability and public acceptance, it's no surprise that many Extension programs are using computers as an important component of their educational package. Recently, several computer models have been developed to assist Extension personnel and others in demonstrating proper wildlife damage control decision-making. We have developed such a model which is used to: 1) present ground squirrel control information to the grower, 2) take user (grower) input on production, yields, etc. and predict the potential impact squirrels may have on that grower's operation, and 3) present the potential cost effectiveness of the available control options.
Recommended Citation
Salmon, T. P., Lancaster, D. L., & Lasarow, L. (1985). Computer assisted extension program on ground squirrel control. In Bromley, P. T. (Ed.), The Second Eastern Wildlife Damage Control Conference (pp. 37-43). Raleigh, NC: North Carolina State University.
Included in
Computer Assisted Extension Program on Ground Squirrel Control
North Carolina State University
Computers have become common place in virtually all phases of agriculture. Most individuals have access to micro-computers and the once apparent intimidation about using them is rapidly disappearing. Because of increased availability and public acceptance, it's no surprise that many Extension programs are using computers as an important component of their educational package. Recently, several computer models have been developed to assist Extension personnel and others in demonstrating proper wildlife damage control decision-making. We have developed such a model which is used to: 1) present ground squirrel control information to the grower, 2) take user (grower) input on production, yields, etc. and predict the potential impact squirrels may have on that grower's operation, and 3) present the potential cost effectiveness of the available control options.