Studio Aletheia · World Builders
Grade 6
Quarter Three Integrated Learning Blueprint
Evidence · Courage · Revolution · Earth History · Functions · 35 Instructional Days
Quarter Three Architecture · Visual Planning DraftQuarter Three Design Thesis
Quarter Three asks students to study what happens when evidence challenges fear, authority, habit, or inherited assumptions. Explorers connect worlds, colonizers build systems of extraction, enslaved and Indigenous peoples resist, scientists use evidence to revise old beliefs, Enlightenment thinkers argue for rights, geologists read Earth history from rocks, mathematicians model rules and locations, and readers examine how people find courage when fear becomes real.
Quarter Three Cross-Curricular Anchor
Evidence Against Fear
Students are not simply studying exploration, rocks, equations, and courage as separate topics. They are studying the disciplined act of making meaning when the world is uncertain. Evidence can reveal hidden histories, expose injustice, explain natural processes, model relationships, and help people act with courage even when systems resist change.
How do people use evidence, courage, and reasoning to challenge fear, explain change, and reshape the world?
Ideas Challenge Power
Students examine Atlantic exchange, colonization, slavery, Indigenous resistance, Renaissance inquiry, scientific reasoning, Enlightenment rights, and political revolutions.
Earth Holds Evidence
Students use rock strata, weathering, erosion, deposition, the rock cycle, fossils, plate evidence, and geologic time to explain Earth changes.
Rules Can Be Modeled
Students represent functions, solve equations and inequalities, compare rational numbers, use absolute value, and plot ordered pairs across four quadrants.
Courage Can Be Explained
Students read literary, informational, poetic, and multimedia texts about fear and courage, then write an informative essay using multiple sources.
Social Studies
Quarter Three Focus · Atlantic World, Inquiry, Enlightenment, and RevolutionStudent Learning Summary: Students learn that the Atlantic World was created through exploration, conquest, exchange, forced labor, resistance, and new ideas. They examine how European exploration connected continents, how the Columbian Exchange transformed daily life, how slavery and colonization created long-term inequality, and how scientific and Enlightenment ideas helped people question authority and imagine political change.
From Contact to Revolution
The quarter begins with European motivations for Atlantic exploration: access to trade, competition among kingdoms, religious conflict, new navigational technologies, and the search for wealth and power. Students then examine the Columbian Exchange and Atlantic trade networks as examples of connected systems with unequal consequences.
The second movement studies the Transatlantic Slave Trade, plantation economies, Indigenous displacement, disease, cultural survival, and resistance. The final movement follows the intellectual chain from the Renaissance and Reformation into the Scientific Revolution and Enlightenment, then into the American, French, Haitian, and Latin American revolutions.
- 6.3.COEuropean motivations for Atlantic exploration: trade disruption, Reconquista, competition, religion, and navigation
- 6.3.CEColumbian Exchange and Atlantic trade networks: foods, animals, disease, labor, wealth, and global consequences
- 6.3.PTransatlantic Slave Trade: origins, plantation labor systems, racial ideology, systematic oppression, and resistance
- 6.3.CXIndigenous peoples: displacement, disease, cultural disruption, adaptation, survival, and resistance
- 6.3.CCRenaissance, Reformation, Scientific Revolution, and Enlightenment as idea systems that challenged authority
- 6.4.COPolitical revolutions: American, French, Haitian, and Latin American independence movements
Open Social Studies essential question
Essential Question
How did Atlantic exchange, exploitation, resistance, scientific inquiry, Enlightenment ideas, and revolution reshape global power?
Atlantic Evidence Set
Where It Connects
Science
Quarter Three Focus · Earth History, Geologic Processes, Rock Evidence, and Plate MotionStudent Learning Summary: Students learn that Earth has a deep history that can be explained through evidence. They construct explanations from rock strata, model the rock cycle, analyze weathering, erosion, and deposition, interpret plate tectonic evidence, and use fossils, rocks, continental shapes, and seafloor structures to understand how Earth has changed across time and space.
From Surface Change to Deep Time
The quarter begins with observable processes: weathering, erosion, deposition, and Earth surface change. Students identify constructive and destructive forces, then connect small-scale changes to long-term geoscience processes.
The second movement turns to the rock cycle and plate tectonics. Students use models, maps, fossil distribution, rock evidence, continental shapes, and seafloor structures to support claims about past plate motion. The quarter closes with geologic time and rock strata as evidence for Earth history.
- 6-ESS2-2Weathering, erosion, and deposition: explain how geoscience processes change Earth surface at different time and spatial scales
- 6-ESS2-2Earth changing surface: catastrophic events, gradual processes, constructive forces, and destructive forces
- 6-ESS2-1Rock cycle and rock classification: model the cycling of Earth materials and the energy flow that drives it
- 6-ESS2-3Plate tectonics and boundaries: analyze fossils, rocks, continental shapes, and seafloor structures as evidence of past motion
- 6-ESS1-4Age of Earth and geologic time: use rock strata to organize Earth 4.6-billion-year history
- SEPConstruct evidence-based explanations using models, maps, data, and scientific vocabulary
Open Science essential question
Essential Question
How can evidence from rocks, fossils, landforms, and plate patterns help us explain Earth history?
Earth Evidence Portfolio
Where It Connects
Mathematics
Quarter Three Focus · Expressions, Equations, Functions, Rational Numbers, Inequalities, and CoordinatesStudent Learning Summary: Students use mathematical language to describe relationships, unknown values, constraints, and locations. They write and solve one-step equations and inequalities, evaluate expressions, identify independent and dependent variables, compare rational numbers, interpret absolute value, represent solutions on number lines, and plot ordered pairs across all four quadrants.
From Unknowns to Mapped Relationships
The quarter begins with equations, expressions, variables, coefficients, constants, equivalent expressions, order of operations, exponents, and functions. Students learn that mathematical notation can represent a situation, describe an unknown value, and model a relationship between quantities.
The second movement develops rational number reasoning. Students use positive and negative numbers to describe temperature, elevation, opposition, absolute value, inequality constraints, solution sets, and location on a coordinate plane. The quarter closes with plotting ordered pairs and graphing polygons using vertex coordinates.
- 6.PAFR.2.1Identify parts of algebraic expressions: sum, difference, term, variable, product, factor, quotient, coefficient, and constant
- 6.PAFR.2.4-2.5Write, evaluate, and solve expressions, equations, and inequalities in mathematical and real-world situations
- 6.PAFR.1.1-1.2Use tables, graphs, verbal descriptions, and equations to represent functions and identify independent and dependent variables
- 6.NR.2.1-2.4Compare, order, represent, and interpret positive and negative rational numbers, integers, opposites, and absolute value
- 6.MGSR.3.1Plot ordered pairs in all four quadrants and identify points by writing ordered pairs
- 6.MGSR.3.2Graph polygons on the coordinate plane from given vertex coordinates
Open Math essential question
Essential Question
How can variables, inequalities, functions, rational numbers, and coordinates help us model change, limits, and location?
Rules and Coordinates Portfolio
Where It Connects
English Language Arts
Quarter Three Focus · Finding Courage, Informative Writing, Research, Multimedia, and VocabularyStudent Learning Summary: Students analyze how characters, speakers, authors, and multimedia sources represent fear and courage. They study plot, structure, point of view, central idea, supporting details, summarizing, paraphrasing, context clues, reference materials, figurative language, technical language, and multimedia choices so they can write an informative essay explaining how people find the courage to face their fears.
From Fear to Explanation
The quarter opens with The Breadwinner, giving students a narrative context for courage under pressure. It then moves through poetry, informational text, multimedia, brain science, short fiction, research, and informative writing.
Students compare literary and informational portrayals of fear, determine central ideas, analyze text structure, interpret figurative and technical language, summarize and paraphrase sources, evaluate how media affects an audience, and organize evidence for a public-facing informative essay.
- AOR.1.1 / AOR.5.1Analyze how events, descriptive details, and text structure develop plot, character, setting, theme, and meaning
- AOR.2.2 / AOR.5.2Analyze central idea, supporting details, and informational text sections across the unit
- AOR.3.1 / AOR.10.1Explain point of view, perspective shifts, and how print or multimedia portrayal impacts an audience
- AOR.6.1Summarize and paraphrase grade-level texts to support comprehension and source-based writing
- AOR.7.1 / AOR.8.1 / AOR.9.1Use context, reference materials, affixes, roots, figurative language, connotation, and technical language to determine precise meaning
- C.2.1 / C.9.1Write an informative essay and give a presentation using clear organization, relevant facts, precise language, multimedia, and conclusion
Open ELA essential question
Essential Question
How do people find courage in the face of fear, and how can we explain that courage using evidence from multiple texts?
Finding Courage Evidence Folder
Where It Connects
Integrated Alignment Rationale
The Quarter Holds Together Through Four Shared Ideas
Quarter Three should not force every class to teach the same topic at the same time. The alignment works best when each subject keeps its standards intact while students repeatedly encounter the same visual and conceptual language: evidence, courage, change, and explanation.
Evidence
Social Studies uses sources to examine exploration, exploitation, resistance, inquiry, and revolution. Science uses rock layers, fossils, plate evidence, and geologic patterns. Math uses equations, functions, inequalities, and coordinate models. ELA uses textual, visual, and multimedia evidence to explain courage and fear.
Change
Students study change across human history, Earth history, mathematical relationships, and personal decision-making. Change becomes visible through cause-and-effect chains, geologic processes, function rules, and character or speaker development.
Courage
Historical actors challenge systems of power, scientists revise inherited assumptions, mathematicians test models against rules, and readers examine how people act when fear becomes real. Courage is treated as disciplined action supported by evidence and reasoning.
Explanation
The quarter repeatedly asks students to explain how they know what they know. Students move from observation to claim, from data to model, from source to interpretation, and from reading to written synthesis.
Suggested Culminating Task
The Courage of Evidence Exhibit
Students create a museum-style portfolio or digital exhibit that answers the question: How do people use evidence, courage, and reasoning to challenge fear, explain change, and reshape the world?
Portfolio Components
This culminating product lets each subject contribute to one coherent artifact while preserving the visual rhythm of the Studio Aletheia blueprint system.
- Social Studies historical evidence panel about change, power, or resistance
- Science Earth-history explanation using geologic evidence
- Math model using a function, equation, inequality, coordinate plane, or rational number context
- ELA informative writing panel explaining courage through text evidence
Final Explanation
Students write a concise evidence-based explanation that connects at least two subjects. The goal is to make the quarter’s learning visible as a single system of evidence, reasoning, courage, and change.
How do people use evidence, courage, and reasoning to challenge fear, explain change, and reshape the world?