Looking for a more RIGOROUS water cycle CER activity? Spark critical thinking with DATA ANALYSIS and CER stations!
⭐ Get this activity at a HUGE DISCOUNT in my complete WATER CYCLE UNIT! ⭐
This Water Cycle Activity gets students analyzing REAL DATA while applying their understanding of key water cycle processes such as evaporation, condensation, runoff, infiltration, transpiration, and precipitation.
Students rotate through 12 data analysis stations, reading short scientific explanations and interpreting graphs, tables, and diagrams to construct Claim-Evidence-Reasoning (CER) responses.
Topics include evaporation rates, dew formation, aquifer depletion, soil infiltration, transpiration, freshwater distribution, precipitation types, and human impacts on runoff.
This NGSS-aligned middle school Earth science activity is perfect for review, test prep, or reinforcing MS-ESS2 Earth systems and the water cycle, while building students’ ability to interpret scientific data and support claims with evidence.
Includes both paper-based and digital Google Slides options to assign.
HOW IT WORKS: Students visit 12 NO PREP stations. At each, students will:
- READ a brief passage on each station card. The station card describes a real-world, interesting example of a topic related to the water cycle. Each station card also includes a DATA TABLE, GRAPH, or DIAGRAM related to the information.
- Answer the given question to make a CLAIM based on EVIDENCE. Students use the information in the brief text and the data table to make their claim. Students do not have to make a claim “out of nowhere.” They are asked a pointed question that they answer in the CER format.
12 NO PREP Stations Cover the Following Topics:
- Surface water temperature and evaporation rate
- Relative humidity and its effect on evaporation rate
- Dew point, air temperature, and conditions for condensation
- Slope angle and how gravity affects water runoff
- Aquifer recharge vs. withdrawal and groundwater depletion
- Ocean vs. land contributions to global evaporation
- Leaf surface area and transpiration rate in plants
- Cloud altitude, temperature, and precipitation type
- Atmospheric temperature layers and precipitation formation
- Soil particle size and infiltration rate
- Global freshwater distribution (glaciers, groundwater, surface water)
- Impervious vs. permeable surfaces and their effect on runoff and flooding
Related Standard:
- NGSS MS-ESS2-4: Develop a model to describe the cycling of water through Earth’s systems driven by energy from the sun and the force of gravity.
Teacher Notes:
- Check out my complete WATER CYCLE UNIT!
- Includes an answer key.
- Please note that this water cycle CER activity is not editable.
- GO PAPERLESS! Use the included digital Google Slides option to assign!
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