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Preview of Eutrophication Lab Write-Up –– Environmental Science

Eutrophication Lab Write-Up –– Environmental Science

Bring water-pollution science to life with this hands-on Eutrophication Lab! Ideal for AP Environmental Science or any general environmental science class, this week-long investigation helps students explore how excess nitrogen and phosphorus fuel runaway algae growth — the same chain reaction that creates hypoxic dead zones in the Gulf of Mexico, Lake Erie, and the Chesapeake Bay. Using just a few simple materials (clear jars, pond water, liquid fertilizer, and a sunny window), students set u
Preview of Acid Rain/ Radish Lab Write-Up –– Environmental Science

Acid Rain/ Radish Lab Write-Up –– Environmental Science

Bring atmospheric chemistry to life with this hands-on Acid Rain Lab! Ideal for AP Environmental Science or any general environmental science class, this five-day investigation helps students explore how sulfuric and nitric acids — formed from fossil fuel emissions — disrupt seed germination and plant health, the same chain reaction that has degraded forests in the Adirondacks, lakes in Scandinavia, and stone monuments worldwide. Using just a few simple materials (radish seeds, petri dishes, pa
Preview of Ocean Acidification Lab Write-Up –– Environmental Science

Ocean Acidification Lab Write-Up –– Environmental Science

Bring marine chemistry to life with this hands-on Ocean Acidification Lab! Ideal for AP Environmental Science or any general environmental science class, this three-day investigation helps students explore how rising atmospheric CO₂ lowers the pH of seawater and dissolves calcium carbonate structures—a foundational concept in climate change and ocean health. Using just a few simple materials (eggshells, white vinegar, distilled water, and a scale), students model marine shell dissolution by sub
Preview of Bottle Flipping Mini-Lab (little prep and fun)  end-of year, scientific method

Bottle Flipping Mini-Lab (little prep and fun) end-of year, scientific method

This is a great short lab for when your kids need a break. I use it at the end of the year, when students are getting rowdy. Individually or in groups, students flip a water bottle and record their results for 1/4, 1/2, 3/4, and full. They create a hypothesis, compile their results, class results, and then analyze their data in a few follow-up questions.
Preview of Bubble Gum Lab | Percent Composition of Sugar | Fun Year 10–11 Chemistry

Bubble Gum Lab | Percent Composition of Sugar | Fun Year 10–11 Chemistry

Make chemistry hands-on and engaging with this fun and interactive “Bubble Gum Lab”! Perfect for Year 10–11 science students, this experiment guides students through calculating the percent composition of sugar in different brands of bubble gum using real-world data collection and mass-based calculations. Students will love chewing gum in class ( with a scientific purpose!) while learning about chemical composition, experimental design, and data analysis. This resource is designed with Austral
Preview of Albedo & Surface Heat Lab Write-Up –– Environmental Science

Albedo & Surface Heat Lab Write-Up –– Environmental Science

Bring climate science to life with this hands-on Albedo Lab! Ideal for AP Environmental Science or any general environmental science class, this three-day investigation helps students explore how different surfaces reflect sunlight and how that reflection (albedo) affects surface temperature—a key concept in climate feedback loops. Using just a few simple materials (thermometers, a ruler, and everyday surfaces like grass, dirt, and concrete), students collect temperature data and analyze how ma
Preview of Impact of Light Intensity on Photosynthesis Lab Write-Up - Environmental Science

Impact of Light Intensity on Photosynthesis Lab Write-Up - Environmental Science

This hands-on, multi-day lab is perfect for AP Environmental Science, Biology, or general science classes investigating the fundamentals of photosynthesis. Students will examine how varying light intensity influences the rate of photosynthesis by measuring oxygen bubble production in aquatic plants like Elodea. With simple materials and clear instructions, students collect data, analyze results, and deepen their understanding of photosynthesis, plant biology, and environmental factors affecting
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