MATSEC SEC Environmental Studies study plan
MATSEC SEC Environmental Studies · Give each week a clear focus.
8 weeks · About 6 hours per week
Environmental Studies
Map the full SEC Environmental Studies syllabus into a one-page checklist of topics and sub-topics
Define and contrast the four spheres (lithosphere, hydrosphere, atmosphere, biosphere) with one Maltese example each
Explain the difference between biotic and abiotic factors and give three examples of each from a local ecosystem
Describe two nutrient cycles (carbon and nitrogen) in flow-diagram form
Identify the main rock types and the rock cycle using a labelled diagram
Your checkpoint
A completed one-page syllabus checklist plus a hand-drawn diagram pack covering the four spheres, one nutrient cycle and the rock cycle
Environmental Studies
Trace energy flow through a food chain and explain the 10% rule with a worked calculation
Construct food webs for two Maltese habitats and predict the effect of removing one species
Compare primary and secondary succession using a local example
Explain population growth curves and carrying capacity with a graph
List three factors that affect biodiversity in small island states
Your checkpoint
Two annotated food webs (one terrestrial, one marine) with a written prediction of the impact of removing a named species
Environmental Studies
Explain the greenhouse effect and distinguish it from global warming and climate change
List the main greenhouse gases and their relative contributions
Describe three projected impacts of climate change on Malta (sea level, water resources, agriculture)
Outline two mitigation strategies and two adaptation strategies relevant to Malta
Interpret a simple climate graph and describe the trend shown
Your checkpoint
A 300-word structured answer to a past-paper-style question on climate change causes and impacts, marked against a self-made checklist
Environmental Studies
Classify renewable and non-renewable energy sources and give one advantage and one limitation of each
Explain how a photovoltaic system and a wind turbine convert energy
Calculate simple energy efficiency and payback-time problems
Describe Malta's energy mix and one policy driving the shift to renewables
Evaluate one local renewable energy project using a cost-benefit framework
Your checkpoint
A completed set of 10 calculation and short-answer questions on energy, with a written evaluation of one local renewable project
Environmental Studies
Describe the water cycle and explain why Malta's freshwater resources are limited
Outline two water-management measures (e.g. reverse osmosis, rainwater harvesting) and their trade-offs
Explain the causes and effects of eutrophication in a local coastal context
Describe primary, secondary and tertiary wastewater treatment
Interpret a water-quality data set and identify a likely pollution source
Your checkpoint
A one-page water resource case study on Malta including a labelled diagram of the water cycle and a data interpretation paragraph
Environmental Studies
List the main categories of waste and describe the waste hierarchy
Explain the difference between recycling, reuse and recovery with local examples
Describe two impacts of marine litter on Maltese coastal ecosystems
Outline the roles of regulators, local councils and households in waste management
Propose a waste-reduction plan for a school or household and justify each step
Your checkpoint
A 400-word waste management proposal for a named local setting, including a waste hierarchy diagram and three justified actions
Environmental Studies
Define sustainable development and apply it to a Maltese land-use conflict
Explain the purpose of Environmental Impact Assessments and list the stages
Compare two approaches to protecting a Natura 2000 site
Describe how tourism pressures environmental resources in Malta
Evaluate one national environmental policy using criteria of effectiveness and fairness
Your checkpoint
A structured evaluation (350 words) of one Maltese environmental policy or land-use decision, with explicit criteria and a conclusion
Environmental Studies
Complete two full past papers under timed conditions
Mark both papers against the official mark scheme and log every lost mark by topic
Re-teach the three weakest topics using summary sheets
Practise data-response and extended-writing questions using a paragraph structure
Build a one-page formula and definitions sheet for final revision
Your checkpoint
Two marked past papers with a topic-by-topic error log and a completed one-page formula and definitions sheet
Milestones
Week 2: Can draw and explain a food web, the carbon cycle and energy flow without notes, and score at least 70% on a self-made 20-question quiz covering weeks 1-2
Week 4: Can answer a full climate-change and energy question in 20 minutes and correctly solve 8 out of 10 energy calculation problems
Week 6: Can describe the water cycle, wastewater treatment and the waste hierarchy from memory, and have completed the water and waste case studies to the required length
Week 8: Achieve at least 65% on both timed past papers, with no single topic losing more than 20% of its available marks