The AICE Environmental Management Paper 2: Management in Context is a written exam that lasts 1 hour 45 minutes and is worth 80 marks. It includes 4–6 structured questions designed to test student’s ability to apply investigative and analytical skills in real-world environmental scenarios.
This guide provides teachers and home-school students with key content areas, exam strategies, tips and exam prep resources to succeed on Paper 2.
- ⏳ Suggested time allocation for Paper 2 Exam:
- ✅ Structured questions (80 marks): ~ 1 minute per mark
- ✅ Five minutes to review answers.
Exam Structure
- This exam includes a variety of question types, such as:
- ✅ Structured, short-answer questions requiring precise responses – questions from any unit
- ✅ Graphing data (line, bar, pie)
- ✅ Calculations, including mean, median, mode, range of values, using Lincoln’s index and Simpson’s index of diversity (D)
- ✅ Percentage and percentage change calculations related to environmental data.
- ✅ Describe different methods of field data collection.
- ✅ Plan and evaluate controlled experiments/investigations.
- ✅ Identify limitations and suggest practical improvements
- ✅ Apply your knowledge in both familiar and unfamiliar situations
Unit 1: Introduction to Environmental Management
✅ Continents and oceans – Identify and name on a map
✅ Country classification – Low, middle, and high-income countries
✅ Sustainability – Definition, importance, and resource management
✅ Water cycle – Stages, diagrams, and human impacts
✅ Structure and composition of the atmosphere
✅ Ecosystems – Biotic/abiotic factors, trophic levels, food chains, energy transfer
✅ Biotic interactions – Competition, grazing, predation, parasitism, mutualism
✅ Carbon cycle – Biotic/abiotic stages, human impacts
🚀 Need extra help? Check out this Study Guide/Outline for Unit 1.
Unit 2: Environmental Research and Data Collection
✅ Data analysis, graphing data (line, bar, pie) and graph analysis, label diagrams
✅ Math questions including percent, percent change, average/mean, median, mode, using Lincoln’s index and Simpson’s index of diversity (D) ✅ Plan and evaluate controlled experiments/investigations. ✅ Describe different methods of field data collection. ✅ Identify limitations and suggest practical improvements
Plan an Investigation Question – Include the following:
- Independent variable + describe how is manipulated [2]
- Dependent variable + describe how will be measured [2]
- Controlled variables/standardized (at least two) and describe how will they be controlled [2]
- Control group + explain how will be used to verify that it is the independent variable that is affecting the dependent variable and not some other factor.[1]
- Identify the number of replicates/trials (3 minimum) + state how the data is used to identify anomalous results. [2]
- Explain safety precautions;[1]
- Explain ethical measures. [1]
Guidelines for Constructing Data Tables
•Use Proper Tools – Always use a pencil and ruler to ensure neatness and accuracy.
•Structure & Borders – Data tables should have straight lines and a clear border for readability.
•Column Headings – Each column must have a descriptive heading that includes the variable name and its unit of measurement (if applicable).
•No Units in Data Cells – Do not include units inside the data table; they should only appear in the column headings.
•Organized Layout: The first column should list the independent variable. The second column and subsequent columns should contain the dependent variable results.
•Trials should be listed under the dependent variable column(s).
•Include an Average Column – If calculating an average, dedicate a separate column for it in the table.
•Maintain Consistency in Precision – Use the same number of decimal places for all recorded values (e.g., if one value is recorded as 43.3, another should be written as 29.0, not just 29).
Graphing data – general rules
•use a pencil and ruler
•independent variable goes on the X-axis (horizontal)
•dependent variable goes on the Y-axis (vertical).
•both axes must be fully labeled with description and units.
Graphing data Q’s are 4 marks:
•Label both axis and include units [1]
•Suitable linear scale [1]
•Points, plotted correctly [1]
•Suitable line, use 75% of space provided [1]
Line graphs
•points are marked on the graph using an “X” or

•points are joined with a straight line, using a ruler.
•if best fit line is required, line connecting the points could be curve, drawn by hand.
•no extrapolation of graph lines unless this can be assumed from the data.
Bar graphs
- Bars do not touch—there must be spaces between them.
- Bars should have straight edges, drawn using a ruler.
- Do not shade the bars; they should remain unfilled.
- All bars must be of the same width for consistency.
- The space between bars should also be uniform.
Pie charts
- Start at 12 o’clock (top of the circle) with the largest value and others follow in order.
- Differentiate sections using patterns (//, xx, ||)
- Label each section with the category name/ percentage.
- Add a legend to show which pattern/shade represents each category.
Other Types of Bar Graphs
Histograms
- used when independent variable (IV) is continuous but shows a range: Data is collected at 0-5m, 5-10m, 10-15m away from the low water mark.
- Bars must touch—there should be no spaces between them.
- All bars must be of equal width for accurate representation.
Stacked Bar Graph
- The x-axis should represent the categories (e.g., countries, years, or groups).
- The y-axis should represent the values (e.g., energy production, population).
- Stack data in the correct order: Start at the bottom with the first dataset and stack additional datasets on top.
- Use different shades/patterns for each category
- Include a legend/key to show what each color/pattern represents.
Divided Bar Graph
- Ensure Each Bar Represents 100%: The entire length of each bar should equal 100%, with each section showing a proportion of the total.
- Use different shades/patterns for each category
- Include a legend/key to show what each pattern represents.
- Make bars the same width and evenly spaced
Math


Calculating Biodiversity using Simpson’s Index formula
One of the key skills students need to master for the AICE Environmental Management exam is calculating biodiversity using Simpson’s Index of Diversity.
Simpson’s Index gives us a number between 0 and 1 that tells us how diverse an ecosystem is. The closer the value is to 1, the more diverse the community. High biodiversity means greater ecosystem stability — a concept that shows up often in Cambridge-style exam questions! Here is an example:


What Does This Number Mean?
A biodiversity index of 0.779 is relatively high — this means the insect population in the forest is quite diverse, with no single species dominating the community. This kind of result is often associated with healthy ecosystems that can better withstand environmental changes.
🚀 Need extra help? Check out this Math Practice and Study Guide/Outline for Unit 2.
Unit 3: Managing Human Population
✅ Population density and dependency ratio calculations
✅ Population dynamics – Factors affecting density, distribution, and age structure
✅ Population change impacts – Aging vs. youthful populations
✅ Strategies for managing population change
🚀 Need extra help? Check out this Study Guide/Outline for Unit 3.
Unit 4: Managing Ecosystems and Biodiversity
✅ Biomes, ecological succession, and energy transfer
✅ Biodiversity conservation – Native vs. invasive species, conservation laws
✅ Human impacts – Deforestation, pollution, and case studies (Tropical Rainforests & Antarctica)
🚀 Need extra help? Check out this Study Guide/Outline for Unit 4.
Unit 5: Managing Resources
✅ Food security – Definition, causes, impacts, and solutions for food insecurity
✅ Energy resources – Renewable vs. non-renewable, managing energy insecurity
✅ Waste management – Disposal methods, impacts, and management strategies
🚀 Need extra help? Check out this Study Guide/Outline for Unit 5.
Unit 6: Managing Water Supplies
✅ Global water distribution and security
✅ Causes, impacts, and strategies for managing water insecurity
🚀 Need extra help? Check out this Study Guide/Outline for Unit 6.
Unit 7: Managing Air Pollution
✅ Acid deposition – Types, formation, impacts, and management
✅ Photochemical smog – Causes, impacts, and solutions
✅ Ozone depletion – Causes, impacts, international agreements (Montreal Protocol)
🚀 Need extra help? Check out this Study Guide/Outline for Unit 7.
Unit 8: Managing Climate Change
✅ Climate change – Greenhouse gases, global warming, monitoring challenges
✅ Impacts on environment and human populations
✅ Strategies – Reducing emissions, geo-engineering solutions
🚀 Need extra help? Check out this Study Guide/Outline for Unit 8.
Conclusion
To succeed, students should:
✅ Understand Command Words -Many students lose marks because they misinterpret command words.
✔ Describe – State the key characteristics or details.
✔ Explain – Give reasons why something happens.
✔ Compare – Highlight similarities and differences.
✔ Calculate – Show step-by-step calculations with the correct units.
✔ Evaluate – Discuss strengths, weaknesses, and draw a conclusion.
✅ Practice Drawing and Interpreting Graphs
Bar, line, pie– know how to describe what you see and what it means. ✅ Practice data analysis – Regular practice with different data sets improves speed and accuracy. ✅ Practice data collection in a controlled environment (lab-based experiment). ✅ Practice methods of field data collection – mark-release-recapture, pitfall traps, light trap, kick sampling, random sampling using a quadrat, systematic sampling using transects, and more.
✅ Identify limitations of each method and suggest improvements. ✅ Practice Math
Take Your AICE Environmental Management Exam Prep to the Next Level!
Now that you have the key strategies to pass Paper 2, it’s time to put them into action! Start practicing today
Prepare your child/students for success on the AICE Environmental Management Exam with this comprehensive review package!

Need more exam-style practice? Check out our practice questions, and exam resources designed specifically for AICE Environmental Management students.

















