Agriscience Schedule
This site and materials are subject to change. Please check regularly for updates.
Course Syllabus - Daily Announcements - Behavior Response Form - Bell Ringers Slides - District Website
Course materials: links for additional materials can be found under "Resources" on the first page of each packet.
Fall Semester
1. Crops
1.1 Packet: How can we improve crop productivity? (PDF)
1.2 Packet: How can we explain crop growth using atoms? (PDF; Rsch Slides Template)
1.3 Packet: How do we design plant experiments? (PDF)
1.4 Packet: How can we communicate our findings? (PDF; Rsch Slides Template)
2. Livestock
2.1 Packet: How can we improve livestock productivity? (PDF)
2.2 Packet: How can we explain animal growth using cells? (PDF)
2.3 Packet: How do we design animal experiments? (PDF)
2.4 Packet: Analyzing and presenting our findings. (PDF, Rsch Slides Template; Data)
Additional Resources: Controversial Issues Project;
Final Project & Final Exam (Preview Copy)
Spring Semester
3. Genetics
3.1 Packet: How does DNA impact crop and animal productivity? (PDF)
3.2 Packet: How can we predict genetic inheritance? (PDF)
3.3 Packet: How can DNA be modified to enhance species? (PDF)
3.4 Packet: How do we design genetic & biotech experiments? (PDF)
3.5 Packet: Analyzing and presenting our findings. (PDF; Slides Template; Example; Data)
4. Sustainability
4.1 Packet: What determines if food production is sustainable? (PDF; Summary Video)
4.2 Packet: What methods improve sustainability in agriculture? (PDF)
4.3 Packet: How can we design more sustainable food production? (PDF)
4.4 Packet: Analyzing and presenting our findings. (PDF)
Final Exam (Preview Copy / PDF)
This site and materials are subject to change. Please check regularly for updates.
Course Syllabus - Daily Announcements - Behavior Response Form - Bell Ringers Slides - District Website
Course materials: links for additional materials can be found under "Resources" on the first page of each packet.
Fall Semester
1. Crops
1.1 Packet: How can we improve crop productivity? (PDF)
1.2 Packet: How can we explain crop growth using atoms? (PDF; Rsch Slides Template)
1.3 Packet: How do we design plant experiments? (PDF)
1.4 Packet: How can we communicate our findings? (PDF; Rsch Slides Template)
2. Livestock
2.1 Packet: How can we improve livestock productivity? (PDF)
2.2 Packet: How can we explain animal growth using cells? (PDF)
2.3 Packet: How do we design animal experiments? (PDF)
2.4 Packet: Analyzing and presenting our findings. (PDF, Rsch Slides Template; Data)
Additional Resources: Controversial Issues Project;
Final Project & Final Exam (Preview Copy)
Spring Semester
3. Genetics
3.1 Packet: How does DNA impact crop and animal productivity? (PDF)
3.2 Packet: How can we predict genetic inheritance? (PDF)
3.3 Packet: How can DNA be modified to enhance species? (PDF)
3.4 Packet: How do we design genetic & biotech experiments? (PDF)
3.5 Packet: Analyzing and presenting our findings. (PDF; Slides Template; Example; Data)
4. Sustainability
4.1 Packet: What determines if food production is sustainable? (PDF; Summary Video)
4.2 Packet: What methods improve sustainability in agriculture? (PDF)
4.3 Packet: How can we design more sustainable food production? (PDF)
4.4 Packet: Analyzing and presenting our findings. (PDF)
Final Exam (Preview Copy / PDF)