An evidence tracking worksheet for students acting as the jury during the role-play. It helps them organize witness testimony, evaluate potential fathers, and record a final group verdict.

A set of printable role cards and a structured script for the paternity trial role-play activity. Includes roles for a judge, lawyers, experts, and witnesses, with embedded sentence stems for student dialogue.

A scaffolded DNA analysis worksheet featuring chunked instructions, visual icons, sentence stems, and a more accessible layout designed for students who benefit from extra support and modeling.

A comprehensive DNA analysis worksheet for students to record their observations, compare banding patterns, and justify their paternity findings. Features a forensic case file aesthetic suitable for standard middle or high school levels.

A visual DNA banding chart exhibit for a paternity simulation, featuring gel electrophoresis profiles for a mother, baby, and four potential fathers. This material serves as the primary data source for the lab analysis.

An updated answer key including guidance for the CER Writing Activity, along with the gel analysis, multiple-choice answers, and short answer prompts. Optimized layout to prevent text cutoff and stranded phrases. Guidance included for all 20 questions.

An updated interactive notebook-style worksheet including the narrative, DNA gel analysis, Punnett square practice, 20 comprehension questions, and a new PART 2: CER Writing Activity. Layout optimized for 4 pages with improved visual clarity and scientific accuracy. Darkened text for maximum legibility. Each page is a dedicated case file section. DNA bands are monochrome to provide a genuine matching challenge.

Comprehensive answer keys and teacher facilitation notes for all student materials in the Wild Web Balance lesson.

A data-collection worksheet for the "Resource Runner" simulation, allowing students to track their survival through various environmental scenarios.

A high-engagement graphic organizer where students map an ecosystem food web and perform "What If" impact analysis on human-caused environmental disruptions.