Energy from The Sun Activity: 8 Hands-On Stations for Teaching How the Sun, Hydrosphere, and Atmosphere Drive Weather and Climate (TEKS 8.10A)

Chris Kesler · 8 min read

If you teach in Texas, your kids already live the answer to TEKS 8.10A. They've sweated through a 100-degree August on the Gulf Coast, watched a Panhandle norther drop the temperature 30 degrees in an afternoon, and felt the Houston humidity that won't quit. The Sun, the Gulf of Mexico, and the atmosphere are running the show every single day.

The standard wants kids to describe how energy from the Sun, the hydrosphere, and the atmosphere interact and influence weather and climate. In plain teacher talk: kids need to understand uneven heating, the water cycle, and atmospheric circulation as one connected system, not three separate vocab words.

The Energy from The Sun Station Lab for TEKS 8.10A closes that gap in one to two class periods. Kids run a convection demo with food coloring, hot water, and blue ice cubes. They compare a year of climate data from Anchorage and Houston. They draw the full Sun-water-atmosphere loop. By the end, they can explain why Anchorage and Houston are different in one connected story.

⏱ 1–2 class periods 📓 8th Grade Science 🧪 TEKS 8.10A 🎯 Built-in differentiation 💻 Print or Digital

8 hands-on stations for teaching how the Sun drives weather and climate

A station lab is a student-led activity where small groups rotate through 8 stations (plus a 9th challenge station for early finishers) at their own pace during one to two class periods. You become a facilitator instead of a lecturer. You walk around, spot-check, and break misconceptions while kids work through the rotation.

The Energy from The Sun Station Lab has four input stations (where students take in new info on solar energy, the water cycle, and atmospheric circulation) and four output stations (where they show what they learned). Here's what's at each one.

4 input stations: how students learn about energy from the Sun

🎬 Watch It! —

A short YouTube video (the first 3:45) walks students through how sea surface temperature, surface winds, and air temperature affect evaporation; how clouds and water vapor act as insulators; and what factors influence storm growth and global climate. Three questions follow. Visual learners come alive at this station.

📖 Read It! —

A one-page passage called "Sun, Sea, and Sky: Understanding Texas Weather and Climate" frames the standard around something Texas kids actually know — the Gulf of Mexico, Panhandle northers, hurricane season, and humid summer days. Three multiple-choice questions follow plus a vocabulary task. Comes in two reading levels (Dependent and Modified) plus a Spanish version.

🔬 Explore It! —

This is the heart of the lab. Students build a convection demo with a clear pan, four plastic cups, red food coloring, hot water in a Styrofoam cup, and blue ice cubes. The pan sits on the cups (so the hot water cup fits underneath). Hot water under one spot makes the red dye rise; the blue ice on each side sinks and pushes cold water across the bottom. Five questions follow about what's happening, what the hot water represents, why it's only under part of the pan, how this models Earth's atmosphere, and how convection affects regional weather and climate. By the end, kids have built a working convection cell.

💻 Research It! —

Students examine 10 reference cards covering uneven heating of Earth (with a clear direct-vs-indirect-sunlight diagram), the water cycle, and a full year of monthly climate data for Houston, Texas (29.7° N) and Anchorage, Alaska (61° N). Four questions ask them to compare angles of sunlight, predict how the water cycle differs between the two cities, connect average temperatures and rainfall to solar energy, and list factors that affect weather and climate. The Houston-vs-Anchorage data is the hook. Kids see the difference in numbers, not just words.

4 output stations: how students show what they learned

📋 Organize It! —

A Fact-vs-Fiction card sort. Kids match 12 statements as either fact or fiction. Facts include "the hydrosphere includes all of Earth's water" and "convection currents in the atmosphere can create thunderstorms." Fiction includes "solar energy heats the Earth's surface evenly," "weather describes the long-term atmospheric conditions," and "the poles of the Earth are colder because they are farther away from the Sun." That last one is the misconception you'll want to catch first.

🎨 Illustrate It! —

Students draw the full Sun-hydrosphere-atmosphere system: the Sun reaching Earth, bodies of water evaporating, water vapor rising, clouds forming through condensation, and precipitation falling back down. They label every part with arrows. The drawing locks in the connection between the three spheres. Even kids who say "I can't draw" surprise themselves here.

✍️ Write It! —

Three open-ended questions: explain to a friend why Anchorage is colder and drier than Houston even during summer, describe how the water cycle connects the hydrosphere, atmosphere, and Sun, and explain how those three systems influence extreme weather and long-term climate trends. The Anchorage-vs-Houston question forces kids to use the Research It! data in their own words.

📝 Assess It! —

Eight multiple-choice and fill-in-the-paragraph questions tied to TEKS 8.10A vocabulary (weather, climate, solar energy, hydrosphere, atmosphere). Includes a primary-energy-source question, an atmosphere-role question, and a hydrosphere-role question. The fill-in paragraph weaves all five vocabulary words into one connected story. If you're grading the lab, this is the easiest station to grade.

Bonus Challenge It! station for early finishers

🏆 Challenge It! —

Four optional extensions: build a 10-word vocabulary crossword (paper or digital), conduct an imagined interview with a meteorologist or climatologist about local weather, design an album cover representing the Sun-hydrosphere-atmosphere interactions, or research and present an extreme weather event (hurricane, tornado, blizzard) focused on the role of the atmosphere and hydrosphere. Requires teacher approval before they start.

How this fits into a complete energy from the Sun unit

This Station Lab is the Explore day of our full Energy from The Sun Complete 5E Lesson for TEKS 8.10A. The complete two-week unit follows the 5E method of instruction and includes an Engage hook, the Energy from The Sun Station Lab for Explore, PowerPoint slides and interactive notebook pages for Explain, student choice projects to Elaborate, and an Evaluate assessment.

Most teachers grab the full 5E because the Station Lab lands hardest with the days around it. But if you just need a strong hands-on day on how the Sun, hydrosphere, and atmosphere drive weather and climate, the Station Lab on its own does the job.

Two options

Full 5E Lesson $13.20 Get the 5E Lesson

Just the Station Lab $7.20 Get the Station Lab

Materials needed to teach energy from the Sun

Materials beyond what's in the download:

Clear, shallow rectangular pan — 1 per Explore It! station. Glass casserole dish or clear plastic storage bin works fine.
4 plastic cups per group — to hold the pan up off the table so the hot water cup fits underneath.
1 Styrofoam cup per group — to hold hot water under the pan. Insulates so the heat lasts.
Hot water — straight from the tap is fine, or use an electric kettle. Refill between rotations.
Blue ice cubes — make these the night before by adding blue food coloring to a tray of water. 4 per group rotation.
Red food coloring — for the bottom-center of the pan.
Colored pencils or markers for the Illustrate It! station.
Pencils and the printed answer sheets (included)
A device with internet for the Watch It! station

Standard covered: Texas TEKS 8.10A —

Describe how energy from the Sun, hydrosphere, and atmosphere interact and influence weather and climate. Readiness Standard.

See the full standard breakdown →

Grade level: 8th grade Earth and space science

Time: One to two class periods (45–110 minutes total). Plan for two periods the first time you run a station lab.

Common student misconceptions this lab fixes

"The poles are colder because they're farther from the Sun."
This one feels right but is dead wrong. The Sun is 93 million miles away. The few thousand miles of difference between the equator and the poles is meaningless at that scale. What matters is the angle of the sunlight. Direct sunlight at the equator concentrates the Sun's energy on a small area. Indirect sunlight at the poles spreads the same amount of energy over a much bigger area. The Research It! "Uneven Heating of the Earth" reference card has the exact diagram for this. The Organize It! Fact-vs-Fiction sort puts "the poles of the Earth are colder because they are farther away from the Sun" right in the Fiction column. If a kid puts that one in Fact, you've found the misconception.
"Land and water heat up the same way."
Water has a much higher specific heat capacity than land. It takes more energy to warm water and water holds onto that warmth far longer. That's why the Gulf of Mexico keeps Houston warm into the fall while inland Texas cools off faster, and it's why Anchorage's coastal location moderates its winter. The Read It! Gulf of Mexico passage and the Research It! Houston-vs-Anchorage data both make this visible. Kids who think land and water heat identically can't explain why coastal climates are milder.
"The Sun warms the air directly."
The atmosphere is mostly transparent to visible sunlight. The light passes through and warms Earth's surface first. The surface then radiates heat upward, which warms the air from below. That's why the lowest layer of the atmosphere is warmer than the upper layers, and it's why the Explore It! convection demo works the way it does. The hot water sits under the pan, the water above it warms first, then the warm water rises and pulls cold water in from the sides. Same pattern in the atmosphere.

What you get with this energy from the Sun activity

📷 Inside-the-product — add screenshot of Read It passage or sample answer sheet

When you buy the Station Lab, you get a single download with everything you need:

Print version at two reading levels (Dependent for on-grade, Modified for additional support) plus a Spanish Read It! passage
Digital version as PowerPoint files (works in Google Slides too) at both levels — for 1:1 classrooms or Google Classroom
Teacher Directions and Answer Key for both versions, all keys included
Station task cards ready to print, laminate, and drop in baskets at each station
Reference cards for the Research It! station (uneven heating diagram, water cycle, Houston and Anchorage climate data tables, North America map)
Sort cards for the Organize It! station (12 Fact-vs-Fiction statements)
Student answer sheets for each level

No login required. Download once, use forever. Reprint as many times as you want.

Tips for teaching energy from the Sun in your 8th grade classroom

Two things make this lab go smoother the first time:

1. Make the blue ice cubes the night before.

The Explore It! demo only works if the ice is dyed blue. Mix water and blue food coloring in a tray, freeze overnight, pop them out before class. You need about 8 per class period (4 per group rotation, with refills). If you've got a freezer at school, set them up there. Otherwise bring them in a cooler that morning.

2. Stand near Explore It! during the first rotation.

The convection demo only works if kids don't disturb the water after the food coloring goes in. The first instinct of a middle schooler is to stir. Catch them before they stir. The whole demo unfolds in about 60 seconds once the hot water cup goes underneath, so kids who are watching closely see the convection cell form. Kids who are talking miss it. Refill the hot water between rotations because it cools fast.

Get this energy from the Sun activity

Energy from The Sun Station Lab for 8th grade weather science — TEKS 8.10A

Buy the Station Lab — $7.20

Or if you want the full two-week experience with the Engage hook, Explain day, Elaborate extension, and Evaluate assessment all included:

Buy the full 5E Complete Lesson — $13.20

(Station Lab is included)

Frequently asked questions

What does TEKS 8.10A cover?

Texas TEKS 8.10A is a Readiness Standard that asks 8th grade students to describe how energy from the Sun, hydrosphere, and atmosphere interact and influence weather and climate. Students should be able to explain uneven heating of Earth, how the Sun drives the water cycle, how the atmosphere circulates heat and moisture, and how all three systems work together to create the weather and climate we experience.

What's the difference between weather and climate?

Weather is what's happening in the atmosphere right now or this week — today's high, tomorrow's chance of rain, this weekend's cold front. Climate is the long-term pattern in a region — Houston averages 30°C in July, Anchorage averages -6.5°C in January. The Read It! passage frames it as "day-to-day" vs. "long-term atmospheric conditions." Kids mix these two up constantly. Catch it early.

How long does this energy from the Sun activity take?

One to two class periods (45 to 110 minutes total). Plan for two periods the first time you run a station lab. Once your class has the routine down, most groups can finish all 8 stations in one period.

Do I need to provide my own materials?

The Explore It! convection demo needs a clear pan, plastic cups, a Styrofoam cup, hot water, blue ice cubes (made ahead with food coloring), and red food coloring. Total cost for a class of 30: under $15 if you don't already have the pan. Make the blue ice cubes the night before.

Can I use this in a 1:1 digital classroom?

Yes. The full digital version (PowerPoint or Google Slides) works in 1:1 classrooms and Google Classroom. The convection Explore It! demo can be replaced with a video of a convection-current demo or a digital simulation. The Houston-vs-Anchorage climate data, the uneven heating diagram, and the water cycle all live in the digital slides.