Learning Goals
Students will be able to analyze population data, habitat maps, and species-needs evidence to explain how food, water, shelter, territory, and environmental conditions affect ecosystem carrying capacity at different scales.
Students will be able to construct mathematical or computational representations of population change to support and revise explanations of carrying capacity, biodiversity, and population patterns.
Students will be able to evaluate evidence about environmental change to justify claims concerning population increases, speciation over time, and extinction risk.
Students will be able to investigate the effects of group behavior on individual survival, reproduction, and species persistence using relevant data and species observations.
Students will be able to justify whether a habitat can support a given population by synthesizing evidence, addressing limitations or conflicting findings, and recommending a feasible conservation response.
Students will be able to revise scientific reasoning and collaborative contributions using partner feedback, peer critique, and reflection on persistence, listening, and teamwork.
Products
Carrying Capacity Investigation Notebook and Case-Study Brief
Each student documents the investigation question, methods, source notes, habitat evidence, mathematical or computational representations, analysis of group behavior and environmental change, limitations, revisions, and an individual evidence-based judgment about whether the habitat can support the population.
Species Survival Summit Case-Study Presentation
Teams synthesize individual findings into a revised presentation with annotated habitat maps, population visualizations, a defensible carrying-capacity claim, conflicting or uncertain evidence, and a feasible conservation solution, then present it to peers and community guests and respond to questions.
No rubric has been generated yet.