AICE Environmental Management AS – Environmental Research and Data Collection Day 8

coral reef and fish

2. Environmental Research and Data Collection Day#8. Lesson plan

Boost AICE Environmental Management Exam Success with Effective Biodiversity Calculations

One crucial topic that often challenges students is calculating biodiversity using the Simpson’s Index of Diversity. Here, we’ll explore strategies to effectively teach this concept and improve exam passing rates.

Objectives

  • 2.4 Data collection techniques and data analysis
    • calculate estimated biodiversity using the Simpson’s index of diversity
  • Review

Vocabulary

  • Percentage cover: a measure of how much space and organism is taking up as a proportion of a specified area.
  • Abundance: calculating abundance means counting the number of a specific organism present. Abundance can be low, with a few individuals present. Where abundance is high many of the identified organisms are present.

Bellringer

  • Bell ringer #8
  • Alternative: Explain how data is collected using the ACFOR scale.

Lesson Outline

Hook

  • Start your lesson by capturing your students’ attention with a real-world example. Show a short video or present images of two different ecosystems – a bustling coral reef teeming with life and a monoculture plantation. Ask your students which ecosystem they believe is more biodiverse and why. This hook will spark curiosity and set the stage for a deeper understanding of biodiversity and its measurement.

Instruction

  • Bell ringer #8
  • Lecture/Notes Lecture (Chapter 2.3, 2.4, 2.5 PPT – slides 27 – 34)
    • The Simpson’s Index of Diversity (D) is a critical formula in understanding biodiversity. It measures the probability that two individuals randomly selected from a sample will belong to different species.
    • Students often struggle with mathematical concepts, so it’s essential to break down the formula step-by-step. Use visual aids and real data from the ecosystems discussed in the hook. For example, calculate the diversity index for a sample from the coral reef and the plantation. This tangible application will make the abstract formula more relatable.
    • use Exploring Biodiversity with Simpson’s Index of Diversity and Sampling strategies simulation handout to help students visualize how data is collected and Simpson’s index of diversity applied to estimate biodiversity of different ecosystems.
Calculating biodiversity using Simpson’s index of diversity (D)
Calculating biodiversity using Simpson’s index of diversity (D)
  • Use Student Guided Notes – This year, I’m using Version B Guided Notes with my students, as I’ve noticed they benefit from having more structured support during class.
    • It features fill-in-the-blank prompts for key vocabulary and concepts, making notetaking faster and more accessible, especially for English language learners or those with processing difficulties.
  • Small group activity Practice questions sampling strategies and data analysis
    • Regularly assess your students’ understanding through quizzes and practice exams modeled after the AICE format. Provide feedback and conduct review sessions to address any misconceptions. Reinforcement through repetition and feedback is crucial for mastering complex concepts.
  • Exit ticket
    • If you opt to have students complete their notes using the Student Guided Notes format during your lecture, then use the bellringer as the exit ticket activity in class.
    • If you opt to have students complete their notes using the Student Guided Notes format at home (homework), then use the following exit ticket activity:
      • Have students share answers to the practice/review.

By employing these strategies, you can enhance your teaching methods and improve your students’ grasp of the Simpson’s Index of Diversity. Engaging hooks, clear explanations, varied practice, interactive tools, and real-world connections can transform how students perceive and master this essential concept. Ultimately, these approaches will contribute to higher exam passing rates and a deeper appreciation for environmental management.

Homework – high level/flipped classroom

  • Version A – For High-Level Students:
    Ideal for independent or advanced learners, this version requires students to copy all notes by hand as homework before class. This flipped-learning approach helps students come to class prepared, freeing up time for application activities, discussions, and AICE-style practice questions.

A well-prepared teacher can inspire students to achieve their best. Let’s make biodiversity calculations not just understandable but also exciting, paving the way for academic success in AICE Environmental Management.

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