Food Systems & Sustainable Agriculture Unit | Food Justice, Deserts Grades 7-11
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Quick overview
### About the Resource
The **Food Systems & Sustainable Agriculture Unit** is a structured **Grades 7–11 environmental science, nutrition, and social studies resource** designed to help students understand how food moves from production to consumption—and how environmental, economic, geographic, and social factors shape that system.
Students explore **food production and agriculture, processing and distribution, food access, food justice, food waste, sustainable agriculture, supply chains, composting, local food systems, and food sovereignty** while developing data-analysis, research, systems-thinking, and evidence-based argumentation skills.
Product description
Engage your students in real-world critical thinking with this comprehensive 3-week Food Systems & Sustainable Agriculture Unit!
``` This project-based unit examines how food is grown, processed, distributed, and wasted. Students will contrast industrial agriculture with sustainable farming, analyze real US data on food deserts, explore food justice and sovereignty, simulate global supply chains, and discover local food movements and composting solutions. Designed for grades 7–11 Nutrition Science, Health, Environmental Science, or Social Studies classes, this resource equips students with the analytical tools to evaluate the food systems they participate in every day. ➡️ View the Preview for a detailed look at the activities and layout! 🏷️ What’s Included : This mega-resource contains everything you need for 15 days of rigorous, engaging instruction: 15 Detailed Lesson Plans: Step-by-step procedures, warm-ups, direct instruction, collaborative activities, and exit tickets for 50-minute periods. Week 1: Understanding Food Systems (Lessons 1–5) — Covers the 5 stages of a food system, industrial vs. sustainable agriculture, food mapping, and processing/distribution. Week 2: Food Justice & Access (Lessons 6–10) — Covers USDA food desert criteria, real US data analysis, food sovereignty, and supply chain vulnerabilities. Week 3: Sustainability & Action (Lessons 11–15) — Covers the food waste crisis, composting science, local food movements, and a student research project. Food System Mapping Activity: Students trace the journey of a specific food item (e.g., fast-food hamburger, out-of-season strawberry) from farm to table, identifying stakeholders and waste points. Includes requirements and rubric. Food Desert Data Analysis Lab: Students evaluate 8 realistic census tracts using actual USDA Low-Income and Low-Access (LILA) criteria. Includes data tables, state median calculations, and analysis questions. Supply Chain Simulation Game: A highly interactive game where teams role-play (Farmer, Exporter, Transporter, Retailer, Logistics Manager) to ship strawberries from Mexico to Chicago. Includes game economy, 6 random events matrix, and tracking mat. Local Food Research Project: A complete project guiding students to research a real local food initiative (CSA, food bank, community garden). Includes research questions, presentation guidelines, and a 100-point grading rubric. 2 Documentary Discussion Guides: Ready-to-use viewing guides for A Place at the Table (Food Insecurity) and Kiss the Ground (Regenerative Agriculture). Includes pre-viewing, during viewing, and post-viewing critical thinking questions. Unit Assessment & Key: A comprehensive test featuring 10 multiple-choice, 5 short-answer, and 1 essay question, complete with a detailed answer key and essay scoring rubric. Key Vocabulary List: 18 essential terms with definitions integrated throughout the unit. Teacher Content Notes & Differentiation Tips: Embedded within lessons to support sensitive topics and adapt for grades 7-11. 🧠 Skills Covered: Critical Thinking & Systems Analysis Real-World Data & Statistical Analysis (USDA criteria) Cause & Effect (Industrial vs. Sustainable externalities) Research & Evidence-Based Argumentation Public Speaking & Presentation Collaborative Problem Solving Interpreting Supply Chain Logistics 📖 How to Use: This unit is designed as a complete 3-week sequence (15 days of 50-minute lessons). It can be used consecutively or split into standalone modules (e.g., teaching just the Food Deserts data lab, or the Supply Chain simulation). The documentary guides can be used in full or with the recommended clipped timestamps provided. The research project culminates the unit but can also be assigned independently. 👥 Grade Suitability: Designed for grades 7–11. Scaffolding and differentiation tips are included to support middle school learners, while the data analysis, essay assessment, and sovereignty concepts provide rigorous challenges for high school students. 📐 Standards Alignment: NGSS: MS-ESS3-3, HS-ESS3-4, MS-LS2-1 (Human impacts, ecosystems, sustainability) C3 Framework (Social Studies): D2.Geo.6.9-12, D2.Eco.1.6-8 (Geography of inequality, economic decision-making) National Health Education Standards: Standard 2, Standard 8 (Influences on health, advocacy) Common Core ELA: WHST.6-8.1, RST.9-10.7, SL.9-12.4 (Argumentative writing, data translation, presentations) ```
Frequently Asked Questions
What grade levels is this Food Systems & Sustainable Agriculture Unit designed for?
It is designed specifically for Grades 7–11.
How long does the unit take to teach?
The unit is designed as a 3-week sequence with 15 days of 50-minute lessons.
What topics are covered across the three weeks?
Week 1 focuses on Understanding Food Systems, including the 5 stages of a food system, industrial versus sustainable agriculture, food mapping, and processing/distribution. Week 2 focuses on Food Justice & Access, including USDA food desert criteria, data analysis, food sovereignty, and supply chain vulnerabilities. Week 3 focuses on Sustainability & Action, including food waste, composting science, local food movements, and a student research project.
What is included in the Food Systems & Sustainable Agriculture Unit?
The resource includes 15 detailed lesson plans, a Food System Mapping Activity, Food Desert Data Analysis Lab, Supply Chain Simulation Game, Local Food Research Project, 2 Documentary Discussion Guides, a Unit Assessment with Answer Key, an 18-term Key Vocabulary List, and Teacher Content Notes & Differentiation Tips.
What does the Food System Mapping Activity involve?
Students trace the journey of a specific food item, such as a fast-food hamburger or out-of-season strawberry, from farm to table while identifying stakeholders and waste points. Requirements and a rubric are included.
What is included in the Food Desert Data Analysis Lab?
Students evaluate 8 realistic census tracts using actual USDA Low-Income and Low-Access (LILA) criteria. The lab includes data tables, state median calculations, and analysis questions.
What roles do students take in the Supply Chain Simulation Game?
Students role-play as Farmer, Exporter, Transporter, Retailer, or Logistics Manager while shipping strawberries from Mexico to Chicago. The simulation includes a game economy, 6-event random events matrix, and tracking mat.
Does the unit include a local food research project?
Yes. Students research a real local food initiative, such as a CSA, food bank, or community garden. The project includes research questions, presentation guidelines, and a 100-point grading rubric.
Which documentaries are supported by discussion guides?
The resource includes viewing guides for *A Place at the Table* and *Kiss the Ground*, with pre-viewing, during-viewing, and post-viewing critical-thinking questions.
Does the unit include an assessment and answer key?
Yes. The Unit Assessment includes 10 multiple-choice questions, 5 short-answer questions, and 1 essay question, along with a detailed answer key and essay scoring rubric.
What skills do students develop?
Students develop critical thinking and systems analysis, real-world data and statistical analysis, cause-and-effect reasoning, research and evidence-based argumentation, public speaking and presentation, collaborative problem solving, and supply-chain logistics skills.
Can individual activities be used separately?
Yes. The unit can be taught consecutively or divided into standalone modules, such as the Food Desert Data Analysis Lab or Supply Chain Simulation. The research project can also be assigned independently.
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