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Great White Dive Adventure: US Year 10-12

Advanced shark biology and marine research scenarios for high school students.

United States Years 10–12 FREE Great White Dive Adventure
Scenario #1: Great White Shark Research Methods
Students explore the methods marine biologists use to study great white sharks, from satellite tagging to photo-ID and eDNA analysis.
Learning Outcomes
  • Describe at least 4 research methods used to study great white sharks
  • Evaluate the advantages and limitations of each method
  • Analyse real tagging and tracking data from Fins Attached
  • Design a research methodology for a specific research question
Resources

Duration: 3–4 lessons (50 min each)

Engagement Strategy: Virtual tagging quest on the research vessel, methodology comparison workshop, data analysis

Required:
  • Access to Salty Sharks Great White Dive Adventure virtual world
  • Research methodology cards (satellite tags, photo-ID, eDNA, acoustic tags)
  • Sample tracking data from Fins Attached
  • Research design template
  • Ethics in animal research guidelines
Micro PBL

Driving Question

How do scientists study one of the ocean’s most elusive apex predators, and what can their data tell us?

Project

Students design a research study proposal for investigating a specific aspect of great white shark behaviour or ecology.

Curriculum Standard

AP Biology: Scientific inquiry and experimental design; NGSS HS-LS4-5: Evidence for natural selection; Research methodology.

Teacher's Role

  1. 1 Introduce research methods through the virtual tagging experience
  2. 2 Provide methodology comparison framework
  3. 3 Guide research proposal development
  4. 4 Facilitate peer review of study designs

Student's Role

  1. 1 Complete the virtual shark tagging quest
  2. 2 Compare research methods and evaluate each
  3. 3 Develop a specific research question
  4. 4 Write a complete research proposal including methods, ethics, and analysis plan
Assessment
Research Proposal Assessment

Evaluate understanding of research methodology and experimental design.

  1. 1 Clear, testable research question
  2. 2 Appropriate methodology chosen with justified reasoning
  3. 3 Detailed experimental/observational design
  4. 4 Ethical considerations addressed
  5. 5 Data analysis plan is feasible and appropriate
  6. 6 Peer review feedback incorporated in final version
Extension Activity

Contact a real marine researcher and interview them about their methodology, then share the interview with the class.