Patterns of Climate Complete Unit Climate Factors, Graphing, Lab & CER Grade 6-8
Teach an entire Patterns of Climate mini-unit without piecing together activities from multiple sources. This 7–8 day middle school science unit gives students multiple opportunities to read, investigate, graph, analyze data, write from evidence, and demonstrate understanding as they answer the essential question:
Why do different locations have different climates?
Students begin by distinguishing weather from climate and learning how scientists use long-term data to identify climate patterns. They then investigate how latitude, elevation, topography, and distance from large bodies of water influence regional and local climates. Throughout the unit, students apply these concepts to real-world examples from Colorado, including Glenwood Springs, Aspen, Grand Junction, Alamosa, Denver, and Pueblo. The graphing activity uses 1991–2020 climate-normal data to help students identify relationships between geography, temperature, and precipitation.
Students also complete a hands-on Land vs. Water Climate Investigation to model why coastal areas often experience smaller temperature extremes than inland locations. They finish the unit by using scientific evidence in a Claim-Evidence-Reasoning response and completing a 100-point unit assessment.
WHAT’S INCLUDED:
Patterns of Climate Presentation
Classroom presentation covering weather vs. climate, long-term data, latitude, solar energy, elevation, topography, distance from water, climate zones, and climate graphs.
Patterns of Climate Guided Notes + Answer Key
Six student note pages designed to follow the presentation, plus a complete teacher key.
One Valley, Different Climates Reading & Comprehension + Answer Key
A Colorado-based informational reading centered on the Roaring Fork Valley with multiple-choice, short-answer, data-analysis, vocabulary, extended-response, and reflection questions.
Graphing Colorado’s Climate + Answer Key
Students create and analyze bar and line graphs using Colorado temperature and precipitation data and compare climate patterns across multiple locations.
Land vs. Water: Why Coastal Climates Are Different Investigation + Teacher Materials
A hands-on investigation in which students collect heating and cooling data, create double-line graphs, analyze evidence, and connect their model to real coastal and inland climates.
Can Nearby Towns Have Different Climates? CER Writing Activity + Key
Students use scientific evidence to explain why Glenwood Springs and Aspen can experience different climates despite their proximity.
Patterns of Climate Vocabulary Reference Sheet
A one-page reference covering essential and supporting unit vocabulary.
Patterns of Climate Unit Quiz + Teacher Answer Key
100-point assessment containing 16 multiple-choice questions and four written/application questions.
STUDENTS WILL PRACTICE
Distinguishing weather from climate; analyzing long-term data; explaining how latitude, elevation, topography, and water influence climate; interpreting climate graphs; constructing bar and line graphs; analyzing temperature and precipitation data; conducting a controlled investigation; and supporting scientific claims with evidence and reasoning.
PERFECT FOR
Middle school Earth science, weather and climate units, NGSS-aligned instruction, data-analysis practice, science literacy, CER writing, classroom labs, sub plans, and complete 1–1.5 week climate instruction.
Answer keys and teacher support materials are included.
