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Carbon Footprint Calculator & Personal Sustainability Plans

Carbon Footprint Calculator & Personal Sustainability Plans preview
Carbon Footprint Calculator & Personal Sustainability Plans preview
Carbon Footprint Calculator & Personal Sustainability Plans preview 2
Carbon Footprint Calculator & Personal Sustainability Plans preview 3
Carbon Footprint Calculator & Personal Sustainability Plans preview 4

Look Inside · 10 pages · answer key included

Unit introduction explains carbon footprints and three methods: comprehension, analysis, and mitigation.
Introduction and the unit's three-part methodology
Unit introduction concludes by framing environmental stewardship as intentional, intelligent design.
Conclusion of the unit introduction
Chapter 1 introduces carbon reservoirs, photosynthesis, decomposition, and the formation of fossil fuels.
Chapter 1 opening: the carbon cycle
Chapter 1 continues with the greenhouse effect, a photosynthesis knowledge check, and permafrost feedback.
Chapter 1 continuation: greenhouse gases and feedback
Chapter 2 introduces the carbon footprint calculator framework, CO2e, household energy, and transportation.
Chapter 2 opening: the calculator framework
Chapter 2 continues with gasoline emissions, diet, a comparison of two lunches, and a CO2e knowledge check.
Chapter 2 continuation: transportation and diet
Chapter 3 introduces life cycle assessment through a cotton T-shirt's agriculture and manufacturing stages.
Chapter 3 opening: consumption and life cycle assessment
Chapter 3 follows a T-shirt through processing, transport, use, and disposal, then checks life cycle vocabulary.
Chapter 3 continuation: the T-shirt's remaining stages
Chapter 4 introduces personal sustainability plans, mitigation versus adaptation, and SMART goal setting.
Chapter 4 opening: personal sustainability planning

Answer key included

Answer key included

About This Product

This fully planned out unit, straying away from Climate Anxiety and allowing students to build agency related to climate action, can be printed right out of this document and used in the classroom immediately. Designed for use in Grades 5–7 (ages 10–14), students will progress through this unit comprehensively by learning about the Carbon Cycle, measuring their actual CO₂e emissions, and creating their own personal plan for sustainability.

The unit provides scientific text, real-world case studies (i.e. The Life of a White Cotton T-shirt), 10 individual audit worksheets related to home energy, transportation, diet, consumption, and water use. There is a Carbon Calculator provided which translates students' daily habits into actual data as well as templates for SMART Goal Setting and Advocacy Letters to promote action from students after completing the project.

The materials align with NGSS (Earth and Human Activity Standard) and are ideal for Earth Day, STEM, or to promote Environmental Literacy throughout the rest of the school year. Not only does this package come with an extensive Teacher's Guide complete with answer keys, grading rubrics, visual aids, and a flexible 5-day pacing guide; the materials have been scaffolded to help mitigate eco-anxiety with both kindness and evidence-based science.

The highlights include:

4 engaging chapters on greenhouse gases, CO₂e, and Life Cycle Assessment

10 student audit worksheets and a Carbon Calculator to synthesize student audit results

SMART Goals Workshop for setting student action plans and evaluating systemic actions

Professional writing activity related to Advocacy Letters

A comprehensive Teacher Key, including Answer Keys, Grading Rubrics, and 5-Day Unit Plan

All materials have been classroom-tested and proved to be effective.

Appreciated by Parents and Educators:

Empowerment Versus Fear – Empowers children and youth to make positive changes by turning their fear of climate change into tangible steps they can take themselves.

Real-World Math/Data Skills – Develops mathematics and data-based skills through the calculation of CO₂e from current activities, reinforcing applied math and unit conversion skills and improving critical thinking.

Systems Thinking – Students develop a deeper understanding of system relationships and the ripple effects of human activity on the ecological system through Life Cycle Assessment (T-shirts) and permafrost feedback loops.

Teacher-friendly, Minimal Prep/Materials Needed – All materials required for implementation are provided (e.g., rubrics, answer keys, visuals, and 5-day pacing guides), so even non-science specialists can implement without difficulty.

Opens Up Conversation at Home/School/Community – The advocacy letter and family audit provide an avenue for discussion beyond the classroom, resulting in actual changes to household sustainability.

Targeted Grade Levels:

The statement in the introduction clearly states that targeted grade levels are ‘5th, 6th, and 7th Grade.’ Therefore, because the math being introduced in this program involves multiplication, metric/unit conversions, basic percentage reasoning and cognitive complexity, I believe students in grades 5 through 7 will best use this resource as follows:

Primary Group: 5th – 7th Grade (10-13 year olds)

Secondary/Extension Group: (4th Grade) Advanced; 8th – 9th Grade as a basic review of what they learned in grades 5 and/or 6.

Copyright/Terms of Use :

The copyright for this book is owned by Syed Hammad Rizvi. This resource is intended for personal use and to be used in a single classroom. This means that you may not repurpose, sell, or give away any part of this resource. In essence, you cannot upload this resource to any public place on the internet and make it available to the world.

If you wish to distribute this resource to other teachers, please purchase additional licenses through Teachsimple. Thank you for respecting these terms of use.

This product is brought to you proudly by Syed Hammad Rizvi.

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