docx, 13.63 KB
docx, 13.63 KB
mp4, 10.19 MB
mp4, 10.19 MB
pptx, 16.81 MB
pptx, 16.81 MB
docx, 50.96 KB
docx, 50.96 KB
docx, 1.03 MB
docx, 1.03 MB

This dynamic lesson introduces students to the interconnected roles of biology, chemistry, and economics in agricultural science. Through engaging discussions, hands-on activities, and real-world examples, students explore how these core disciplines work together to drive innovation and sustainability in agriculture. Perfect for helping students recognize agriculture as a multidisciplinary field, this lesson provides a holistic view of how science supports farming practices.

Learning Objectives:

Recognize the interdisciplinary nature of agricultural science.
Understand biology’s role in plant growth, animal health, and pest management.
Explore how chemistry aids soil fertility, pesticide formulation, and food preservation.
Discuss economic principles like supply and demand and their impact on farming decisions.
Lesson Highlights:

Starter Activity: A visual guessing game prompts students to identify biology, chemistry, and economics as the three pillars of agricultural science.

Video Case Study: Students watch a video on the Australian farming environment and identify examples of innovation in agriculture.

Interactive Poster Activity: Students visit information stations on each discipline, filling out worksheets to deepen their understanding.

**Timed Activities and Complete Answers Provided: **Built-in timers help pace each activity, keeping students engaged and on track, while all answers are provided within the slides for easy facilitation.

**Reflection & Review: **Students summarize their learning in short responses, reflecting on areas they found easy, challenging, or interesting.

Included Materials:

PowerPoint Presentation with visual aids and timers
Worksheet for video observation and station activities
Complete answer key for all activities
Review and reflection prompts

This lesson is ideal for creating a comprehensive and practical understanding of agricultural science, highlighting how interdisciplinary knowledge enhances sustainable farming practices.

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