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Wallace, Allison B. – Honors in Practice, 2016
Allison B. Wallace describes a seminar in organic horticulture she created and teaches as part of an honors curriculum. She answers the question of how gardening is appropriate for high-ability college students by saying that she believes efforts to raise plants by relatively non violent means teaches and disciplines students in an ethical way to…
Descriptors: Environmental Education, Ethics, Higher Education, College Students
Vepraskas, M. J.; And Others – Journal of Agronomic Education (JAE), 1988
Discusses procedures for teaching basic soil morphological concepts using soil cores collected along a toposequence. Describes materials and methods for collecting, laboratory use of cores, and student evaluation results. Shows a table of criteria used to describe soils for profile descriptions. (RT)
Descriptors: Agricultural Education, Agronomy, College Science, Experiential Learning
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Johnson, Donald M. – Journal of Natural Resources and Life Sciences Education, 2004
Evaporative cooling systems are commonly used in controlled environment plant and animal production. These cooling systems operate based on well defined psychrometric principles. However, students often experience considerable difficulty in learning these principles when they are taught in an abstract, verbal manner. This article describes an…
Descriptors: Climate Control, Agronomy, Animal Husbandry, Physical Environment
Johnson, James E.; Allen, H. Lee – Journal of Agronomic Education (JAE), 1989
Summarizes the capabilities of a computer program related to forest fertilization. Provides a description of input parameters, some sample exercises, software specifications, and availability information. Additional references are listed. (Author/RT)
Descriptors: Agricultural Education, Agronomy, College Science, Computer Software
Briggs, K. G. – Journal of Agronomic Education (JAE), 1988
Describes a combined field and laboratory exercise suitable for teaching concepts of tillering and yield component compensation which is adapted to climatic conditions where extensive class fieldwork is not possible. Provides information on materials and methods, pedagogical aspects, evaluation, and conclusions. (Author/RT)
Descriptors: Agricultural Education, Agronomy, College Science, Experiential Learning
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Salvador, R. J.; And Others – Journal of Natural Resources and Life Sciences Education, 1995
A forestry and agronomy course at Iowa State University incorporates problem-based team projects on real-world situations as a means of providing students with integrative and meaningful experiential learning. Student evaluations of these courses indicate that students recognize and appreciate the integrative nature of the problem-based team…
Descriptors: Agricultural Education, Agronomy, Course Evaluation, Environmental Education
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Levy, D. B.; Graham, R. C. – Journal of Natural Resources and Life Sciences Education, 1993
Describes how teachers can improve introductory soil science courses by applying concepts taught in the classroom to actual field situations. Presents a specific example of a field exercise designed to illustrate soil properties and processes with respect to their environmental settings. (11 references) (Author/MCO)
Descriptors: Agricultural Education, Agronomy, Concept Formation, Environmental Education
Danneberger, T. K. – Journal of Agronomic Education (JAE), 1988
Explains a discipline that requires students to become problem solvers in agronomic and pest areas using computer-simulated models. Describes the seven programing areas. The program is written in BASIC totaling 182K bytes for use with MS-DOS 2.0 or an IBM PC requiring 256 K RAM, color monitor, and card. Lists availability. (RT)
Descriptors: Agronomy, College Science, Computer Assisted Instruction, Computer Managed Instruction
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Robinson, C. A.; Schafer, J. – Journal of Natural Resources and Life Sciences Education, 1993
Describes a problem-solving teaching method used in the Introductory Soils course at Iowa State University whereby students are assigned to groups and asked to serve as an advisor to a landowner. Using a computerized database for most data acquisition, students recommend farm usage and urban/alternate development plans. Includes the program…
Descriptors: Agricultural Education, Agronomy, Biological Sciences, Computer Assisted Instruction