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FWD: Can you check our Grade 7 Earth Science unit against NGSS before Thursday?
On Mon, Jun 9, 2025, Priya Hollenbeck <p.hollenbeck@ridgecrest-unified.edu> wrote:
Hey,
We have our curriculum review meeting Thursday afternoon and I promised the department I'd have an alignment report ready. I've been staring at this unit plan for two days and I honestly can't tell anymore if we're hitting all the NGSS middle school Earth and Space Science standards or just the same three over and over.
Can you run this against NGSS MS-ESS? The unit is Grade 7, roughly 6 weeks. I've pasted the full plan below.
---
Grade 7 Earth Science Unit: Weather, Climate, and Human Impact
Unit Overview: Students investigate the relationship between atmospheric conditions, long-term climate patterns, and human activity. The unit spans 24 instructional days across 6 weeks.
Lesson 1 — What Is Weather vs. Climate? (3 days)
Objective: Students distinguish between weather and climate using local and global data sets.
Activities: Compare 30-year NOAA temperature averages with daily forecasts. Analyze graphs of precipitation data from three geographic regions.
Lesson 2 — Energy in Earth's Atmosphere (4 days)
Objective: Students explain how solar energy drives atmospheric circulation.
Activities: Build a convection model using food coloring and water. Diagram the greenhouse effect. Read and annotate a primary source excerpt on radiative forcing.
Lesson 3 — Severe Weather Events (4 days)
Objective: Students analyze the conditions that produce hurricanes, tornadoes, and blizzards.
Activities: Case study on the 2003 tornado outbreak in the Midwest. Map pressure systems. Compare storm data across decades.
Lesson 4 — Climate Patterns and Biomes (3 days)
Objective: Students connect climate data to biome distribution worldwide.
Activities: Match climate graphs to biomes. Research project on a chosen biome's climate history.
Lesson 5 — Human Impact on Climate (5 days)
Objective: Students evaluate evidence for human-caused climate change and propose mitigation strategies.
Activities: Analyze CO2 concentration data from 1750 to present. Debate: carbon tax vs. cap-and-trade. Design a school-level carbon reduction plan.
Lesson 6 — Engineering Solutions (3 days)
Objective: Students apply engineering design principles to a climate adaptation challenge.
Activities: Design a flood-resilient neighborhood for a coastal city. Peer review using a provided rubric.
Lesson 7 — Unit Culminating Project (2 days)
Objective: Students synthesize unit learning in a multimedia presentation connecting weather, climate, and human systems.
---
Let me know what you find. Especially if we're missing anything obvious — I'd rather know now than hear it from the district coordinator on Thursday.
Priya
Hey,
We have our curriculum review meeting Thursday afternoon and I promised the department I'd have an alignment report ready. I've been staring at this unit plan for two days and I honestly can't tell anymore if we're hitting all the NGSS middle school Earth and Space Science standards or just the same three over and over.
Can you run this against NGSS MS-ESS? The unit is Grade 7, roughly 6 weeks. I've pasted the full plan below.
---
Grade 7 Earth Science Unit: Weather, Climate, and Human Impact
Unit Overview: Students investigate the relationship between atmospheric conditions, long-term climate patterns, and human activity. The unit spans 24 instructional days across 6 weeks.
Lesson 1 — What Is Weather vs. Climate? (3 days)
Objective: Students distinguish between weather and climate using local and global data sets.
Activities: Compare 30-year NOAA temperature averages with daily forecasts. Analyze graphs of precipitation data from three geographic regions.
Lesson 2 — Energy in Earth's Atmosphere (4 days)
Objective: Students explain how solar energy drives atmospheric circulation.
Activities: Build a convection model using food coloring and water. Diagram the greenhouse effect. Read and annotate a primary source excerpt on radiative forcing.
Lesson 3 — Severe Weather Events (4 days)
Objective: Students analyze the conditions that produce hurricanes, tornadoes, and blizzards.
Activities: Case study on the 2003 tornado outbreak in the Midwest. Map pressure systems. Compare storm data across decades.
Lesson 4 — Climate Patterns and Biomes (3 days)
Objective: Students connect climate data to biome distribution worldwide.
Activities: Match climate graphs to biomes. Research project on a chosen biome's climate history.
Lesson 5 — Human Impact on Climate (5 days)
Objective: Students evaluate evidence for human-caused climate change and propose mitigation strategies.
Activities: Analyze CO2 concentration data from 1750 to present. Debate: carbon tax vs. cap-and-trade. Design a school-level carbon reduction plan.
Lesson 6 — Engineering Solutions (3 days)
Objective: Students apply engineering design principles to a climate adaptation challenge.
Activities: Design a flood-resilient neighborhood for a coastal city. Peer review using a provided rubric.
Lesson 7 — Unit Culminating Project (2 days)
Objective: Students synthesize unit learning in a multimedia presentation connecting weather, climate, and human systems.
---
Let me know what you find. Especially if we're missing anything obvious — I'd rather know now than hear it from the district coordinator on Thursday.
Priya
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