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How Erosion Alters the Landscape

When wind and water move, they don’t move alone — they take parts of the land with them. In this activity, students will investigate how water carries sediments from one location to another via erosion and will explore how this natural process can alter the landscape.

Lake scavenger hunt

Lakes can vary in color based on levels of sediment, organic matter and algae. Sometimes though, a lake will stand out – not matching the other lakes in an area. Look for these anomalies by participating in a virtual lake scavenger hunt, and help figure out why these lakes don’t fit in! In this activity, students will learn how climate change influences lake color and will investigate lakes with irregular colors that have been impacted by natural or human-made forces.
A line of wind turbines disappearing into the distance with an out of focus wheat field in the foreground.

The Road to Net-Zero

Human activities pump a lot of greenhouse gases into the atmosphere, and those emissions are driving climate change. In this guide, students will review greenhouse gases and their sources and learn about ways to reduce emissions.

How to make the future climate-friendly

Students will answer questions about the online Science News article “It’s possible to reach net-zero carbon emissions. Here’s how,” which explores various solutions to decrease greenhouse gas emissions. A version of the article, “The road to net-zero,” appears in the January 28, 2023 issue of Science News.

Diagram the way to net-zero greenhouse gas emissions

Students will review, discuss and diagram atmospheric greenhouse gases and their impact on Earth. Then students will analyze a graph to begin thinking about what it will take to achieve net-zero emissions. Learning Outcomes: Reviewing greenhouses gases and their impact on Earth, diagramming human impact, understanding the idea of net-zero emissions.
Castleton Tower, a sandstone formation near Moab, Utah

Climbers Help Scientists Vibe With Utah’s Rocks

In this guide, students will learn about a citizen science project that is helping scientists better understand the physical properties of rock formations. Students will then explore other citizen science projects that they could participate in based on their hobbies and interests.

Joining forces for rock science

Students will answer questions about the online Science News article “How climbers help scientists vibe with Utah’s famous red rock formations,” which describes how researchers teamed up with rock climbers to collect data that can help assess the seismic stability of red rock formations in Utah. A version of the article, “Climbers help scientists vibe with Utah’s rocks,” appears in the April 23, 2022 issue of Science News.
image of wildfire haze over the Golden Gate bridge and the San Francisco skyline

Wildfires May Boost Urban Ozone Levels

In this guide, students will explore chemical interactions within wildfire smoke and how urban air pollution can influence the reactions.

Chemistry of wildfire smoke

Students will answer questions about the online Science News article “Wildfire smoke may ramp up toxic ozone production in cities,” which explores new research into the interactions between wildfire smoke and air pollution in cities. A version of the article, “Wildfires may boost urban ozone levels,” appears in the January 15, 2022 issue of Science News.

Where there’s smoke, there’s science

Students will discuss the composition and properties of air and wildfire smoke, and explore how substances in smoke react to ramp up a certain type of air pollution.

Get to know your local geology

Students will learn about plate tectonics, research the geologic and tectonic history of their region or state and analyze geologic maps to understand how plate tectonics shaped the landscape.

How a scientific theory is born

Students will discuss the development of the theory of plate tectonics to determine how scientific theories are created.