The following classes will be offered for students during the 2011-12 school year. Please read about the courses listed below. You should see a course description, requirements and class activity pictures.
Grades: 9, 10, 11, 12 Credit: 0.5 Length: Semester
Prerequisites: None - Suggested as introductory course
Content: This introductory course will acquaint students with the broad field of agribusiness. The student will explore career clusters such as agriculture production; pet/pleasure animals and crops; natural resources including soil, air, water, forestry, and wildlife; and the production and processing of meats, fruits, vegetables, and dairy products. Horticultural science, including greenhouse, nursery and landscape/turf, will be covered as well as agribusiness sales and marketing and agriculture in government. FFA and agricultural leadership opportunities are recommended and will be provided. Resource speakers, field trips and hands-on activities will be included. Students can expect to take part in FFA activities.
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Grades: 9, 10, 11, 12 Credit: .5 Length: 2nd Semester
Prerequisites: None - Introduction to Agriculture recommended.
Content: Students will study the processes involved in plant growth, production and reproduction. The functions of plant structures, as well as crop production, will be studied. Genetic improvement of plants, plant diseases, plant cultural practices and harvest of crops will be explored in detail. There will be various identifications of crops, weeds and seeds. (Students planning to apply Plant Technology in meeting college entrance science requirements should verify acceptance with the intended college prior to enrollment in Plant Technology.) Students will take part in FFA career development activities. Meets Life Science requirements for graduation.
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Content: This course is designed to give students an advanced knowledge of production animals and the science that is surrounding the industry. Students will learn about the structural functions of reproduction, digestion, nervous, muscular and endocrine systems. Students will gain an understanding of technical areas such as growth hormones, artificial insemination, embryo transfer, heat synchronization, and cloning to improve efficient livestock production. Hands-on laboratories activities will be included. Meets the life science requirements for graduation AND for admission into the University of Wisconsin System. Students can expect to take part in FFA activities. 
Grades: 9, 10, 11, 12 Credit: 0.5 Length: 1st Semester Prerequisites: None - Suggested as introductory course Content: In this course the students will learn how trees, shrubs, and other plant materials are grown and cared for. They will draw and price complete landscape plans using the principles of landscape architecture. They will understand the skills and practices needed to grow flowers, vegetables and other plants in a greenhouse. Lawns, turf management, and other horticulture related occupations and careers will be discussed. Computer aided designs will be generated to reflect complete landscape design, cost estimates and materials. Students will take part in FFA activities. .jpg)
Grades: 11& 12 Credit: 0.5 Length: Semester Prerequisites: None Content: This course examines how 
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Grades: 11&12 Credit:1 Length: Year
Prerequisites: Must be enrolled in Agriculture classes.
Content: The student who has an agribusiness career objective in mind, or who would like to explore an agribusiness career and enter the work force upon graduation from high school, may be interested in this program. Students will be placed on a job site based upon their interest. For this work experience, students will receive one hour of school released time for job training, at a minimum hourly wage, plus one school credit for approximately 15 hours per week. Students will take part in FFA career development activities.

Grades: 11&12 Credit : 1 Length: Year
Prerequisites: Must have completed Agriculture Coop
Content: Youth Apprenticeship is an intensive two-year educational program for high school juniors and seniors combining school-based learning with work-based learning in a business or industry. Students in youth apprentice programs receive school-based credit and work-based credit toward graduation upon successful completion of each course. A Certificate of Proficiency in the specific program area will be earned if the identified business/industry competencies are completed to the proficiency level identified by the Governor’s Work-based Learning Board (GWBLB). Youth Apprenticeship programs available in
Alternate Year Class - offered in 2013-14
Grade: 9, 10, 11, 12 Credit: 0.5
Length: Semester (2nd Semester Only)
Prerequisites: Introduction to Agriculture or Small Animal Care
Content: This course is designed to give students advanced knowledge of large farm animals. The production animals that will be covered will include diary, beef, swine, poultry, sheep, and goats. This course will provide an understanding of breeds, animal health, nutrition, anatomy and physiology, training, and judging of each animal. Students will learn information, knowledge, and skills associated with careers in animal production and animal science. This curriculum provides laboratory, lecture, and hand on activities. Students will learn through classroom discussions, demonstrations, notes, lectures, and experiments. Student self-guided learning using technology will be incorporated into the course. Guest speakers and field trips to businesses will be utilized when appropriate for the lessons. Laboratory activities relating to each of the species will be incorporated into the course work. Students can expect to take part in FFA activities.
*Alternate Year Course - Offered in 2013-14*
Grades: 11 & 12 Credit: 0.5 Length: Semester
Content: Want to learn more about your food? This class will track agricultural products from the farmer to the consumer. We will be working with dairy products, cereals, grains, fruits, vegetables, meat, poultry, eggs, fish, beverages and more! Students will also gain an understanding of food safety and careers in food science industry. Students will learn through classroom discussions, demonstrations, lectures and experiments. Laboratory activities relating to each unit will be incorporated when appropriate.