Continuation of guided practicum experience (PLSOILIN 398E), with students maintaining crops planted in the Spring semester and preparing fields for winter. Students will harvest, clean, store and market their crops. Participation in weekly seminar required. Students will prepare written report covering all aspects of the production and marketing components of their target crops and present results/recommendations to the group. Offered in Fall term. Pre-requisite: PLSOILIN 398E.
Continuation of guided practicum experience (PLSOILIN 398E), with students maintaining crops planted in the Spring semester and preparing fields for winter. Students will harvest, clean, store and market their crops. Participation in weekly seminar required. Students will prepare written report covering all aspects of the production and marketing components of their target crops and present results/recommendations to the group. Offered in Fall term. Pre-requisite: PLSOILIN 398E.
Continuation of guided practicum experience (PLSOILIN 398E), with students maintaining crops planted in the Spring semester and preparing fields for winter. Students will harvest, clean, store and market their crops. Participation in weekly seminar required. Students will prepare written report covering all aspects of the production and marketing components of their target crops and present results/recommendations to the group. Offered in Fall term. Pre-requisite: PLSOILIN 398E.
An introductory-level course designed to introduce College of Humanities and Fine Arts majors to new learning strategies, career assessment tools, and campus resources to enhance student academic success.
Introduction to principles of soil fertility and crop management by organic procedures which are contrasted and evaluated against conventional chemical methods of farming. A science course. (Gen. Ed. BS)
Biology, ecology, classification and identification of fungi and fungal-like organisms. Includes consideration of fungi as causes of diseases in animals, humans, and plants, and their uses in biotechnology applications.
Systems modeling and analysis used to understand the complexities of natural systems. System representations, modeling, experimentation, optimization, and policy modeling. Computer modeling using Stella and GIS.