ATARMAxxing · Earth and Environmental Science
HSC Earth and Environmental Science Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the HSC Earth and Environmental Science Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- Module 5: origin of organic molecules and stromatolites
- Module 6: island-arc volcano hazards and hazard mapping
- Module 7: dendrochronology with constructed rainfall data
- Module 8: school waste audit method and recycling bin placement
- Integrated 8-mark: interactions between spheres and humans
- Module 5: supercycle periodicity calculation
- Module 6: focus depth across a subduction zone
- Module 7: Milankovitch cycles versus volcanic forcing
- Module 8: reclamation of a closed open-pit mine
- Integrated 8-mark: evaluate revegetation across modules
- Module 7: ice-core evidence and isotopes
- Module 6: east coast low causes, impact and forecasting
- Module 8: human activities and water-resource sustainability
- Module 5: banded iron formations and oxygenation
- Skills: graph construction and trend description
- Module 5: relative and absolute dating of a rock sequence
- Module 6: liquefaction and building codes
- Module 7: urban design as mitigation and adaptation
- Module 8: open-pit versus underground mining impacts
- Integrated 8-mark: natural processes and human influence on a landscape
- Module 7: ocean acidification investigation design
- Module 6: human contribution to bushfire frequency
- Module 8: cultural burning and caring for Country
- Module 5: Ediacaran and Cambrian ecosystems
- Skills: percentage change and conclusion
- Module 6: tsunami hazard and early-warning systems
- Module 6: eruption aerosols and short-term cooling
- Module 7: Deccan Traps versus a historical eruption
- Module 8: waste hierarchy flow chart
- Module 5: supercycle effects on evolution
- Module 7: pollen and microfossil evidence
- Module 7: coral bleaching and flow-on effects
- Module 8: resource case study (present and future use)
- Module 6: hazard to disaster threshold
- Integrated 8-mark: Earth’s spheres and the Industrial Revolution
- Module 5: modelling the origin of organic molecules
- Module 6: seismic data and strain meters in prediction
- Module 8: landfill design and leachate
- Module 7: anthropogenic versus natural greenhouse effect
- Skills: evaluating a model against criteria
- Module 7: ocean–atmosphere circulation and regional climate
- Module 6: hailstorm causes and local ecosystem impact
- Module 8: offshore drilling impacts and decommissioning
- Module 5: fossil formation in marine sediments
- Integrated 8-mark: adaptation to climate-driven hazards
- Module 6: Doppler radar and hazard warnings
- Module 8: sustainability of natural gas as an Australian resource
- Module 7: speleothem and coral isotope evidence
- Module 6: building design and ground type in earthquake damage
- Module 8: community sustainability initiative
- Module 5: conquest of land by plants and animals
- Skills: valid method writing
- Module 5: land plants, carbon burial and the formation of coal
- Integrated 8-mark: hazard-resilient and sustainable town planning
- Module 5: mass extinctions and the geological timescale
- Module 6: effusive versus explosive eruptions
- Module 8: traditional owners in planning, operation and restoration
- Module 7: geo-engineering advantages and disadvantages
- Integrated 8-mark: supercycle, climate and life
- Module 7: cryosphere change and sea-level rise
- Module 6: drought causes and human contributions
- Module 8: water resources and overharvesting
- Module 5: cyanobacteria and the atmosphere
- Skills: interpreting uncertainty in data
- Module 5: black smokers and chemosynthesis
- Module 6: multi-parameter volcano monitoring
- Module 8: managing e-waste and recovery of metals
- Module 7: individual emission-reduction actions
- Integrated 8-mark: technology across the four modules
- Module 5: Australia’s northward drift, climate and evolution
- Module 6: land clearing and flood magnitude
- Module 8: Australian renewable energy resources
- Module 7: alternative energy as mitigation
- Skills: graph reading and prediction
- Module 5: trace fossils and dating suitability
- Module 6: meteorological forecasting accuracy
- Module 8: overharvesting and sustainable yield
- Module 7: changing weather patterns
- Integrated 8-mark: sustainability across Earth systems
- Skills: calculation from scaled photographs, track errors and catch per unit effort
- Module 7: deep-sea sediment isotopes and glacial cycles
- Module 6: lahar hazards and zoning
- Module 8: habitat destruction and coastal resources
- Module 5: index fossils and correlation
- Skills: identifying variables and controls
- Module 7: ocean acidification and calcifying organisms
- Module 8: overharvesting of a coastal fishery
- Module 6: volcano monitoring and evacuation decisions
- Integrated 8-mark: hazard versus disaster
- Module 7: Aboriginal art sites and instrumental records
- Module 6: landslides and human activity
- Module 8: water management and pollution
- Module 5: Cambrian explosion evidence
- Integrated 8-mark: evidence and uncertainty in Earth science
- Module 7: dendrochronology, speleothems and ice-core gas records
- Module 8: Aboriginal water management and the Murray–Darling Basin
- Module 5: Neoproterozoic environmental change and the Cambrian
- Integrated 8-mark: climate change and landscape hazards
- Module 7: ocean circulation change and regional climate
- Module 6: intensity, ground motion and site effects
- Module 8: acid mine drainage and reclamation
- Module 5: oxygen, ozone and the conquest of land
- Skills: flow chart construction
- Module 7: the East Australian Current and Tasman Sea warming
- Module 6: earthquake prediction technologies and tsunami generation
- Module 8: case study of gold as an Australian resource
- Module 5: land plants, soils and the Carboniferous atmosphere
- Module 7: agricultural practices as mitigation
- Module 6: case study eruption impact on biosphere and atmosphere
- Module 8: recycling demand and contamination
- Module 5: plate tectonic supercycle modelling
- Integrated 8-mark: human responses to natural change
- Module 7: soil carbon, livestock methane and Aboriginal fire management
- Module 6: Mount Pinatubo 1991 and stratospheric aerosol
- Module 8: kerbside contamination and glass recovery
- Module 5: Pangaea, sea level and the end-Permian extinction
- Skills: designing a household waste audit
- Module 7: instrumental records and anthropogenic attribution
- Module 5: cross-cutting relationships and absolute ages
- Module 8: joint management of Country with land councils and parks
- Module 6: disaster warning systems and education
- Skills: justified conclusion from data
- Module 7: isotopic and atmospheric fingerprints of human influence
- Module 5: U–Pb dating and the end-Permian extinction
- Module 8: Uluru-Kata Tjuta and NSW lease-back parks
- Module 6: tsunami warning and earthquake early warning
- Module 7: ocean acidification from atmospheric CO2
Included in the HSC Earth and Environmental Science Mastery Pack
20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.
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