4 Natural disasters identify where earthquakes and gather, process are volcanoes are currently likely to and present information occur based on the plate tectonic from secondary sources to associated with tectonic activity model chart the location of and natural disasters describe methods used for the environmental worldwide associated with prediction of volcanic eruptions conditions caused tectonic activity and use and earthquakes available evidence to by this activity may contribute to assess the patterns in terms describe the general physical, the problems of plate tectonics chemical and biotic characteristics experienced by gather information of a volcanic region and explain people from secondary sources to why people would inhabit such identify the technology regions of risk used to measure crustal movements at collision describe hazards associated with boundaries and describe earthquakes, including ground how this is used motion, tsunamis and collapse of structures gather information from secondary sources to describe hazards associated with present a case study of a volcanoes, including poisonous gas natural disaster associated emissions, ash flows, lahars and with tectonic activity that lava flows and examine the impact includes: of these hazards on the an analysis of the – environment, on people and other tectonic movement or living things process involved its distance from – justify continued research into the area of disaster reliable prediction of volcanic predictions on the – activity and earthquakes likely recurrence of the tectonic movement or describe and explain the impacts of process shock waves (earthquakes) on technology – natural and built environments available to assist prediction of future events distinguish between plate margin an investigation of – and intra-plate earthquakes with possible solutions to reference to the origins of specific minimise the disastrous earthquakes recorded on the effects of future events Australian continent
4 Natural disasters are associated with tectonic activity and environmental conditions caused by this activity may contribute to the problems experienced by people identify where earthquakes and volcanoes are currently likely to occur based on the plate tectonic model describe methods used for the prediction of volcanic eruptions and earthquakes describe the general physical, chemical and biotic characteristics of a volcanic region and explain why people would inhabit such regions of risk describe hazards associated with earthquakes, including ground motion, tsunamis and collapse of structures describe hazards associated with volcanoes, including poisonous gas emissions, ash flows, lahars and lava flows and examine the impact of these hazards on the environment, on people and other living things justify continued research into reliable prediction of volcanic activity and earthquakes describe and explain the impacts of shock waves (earthquakes) on natural and built environments distinguish between plate margin and intra-plate earthquakes with reference to the origins of specific earthquakes recorded on the Australian continent gather, process and present information from secondary sources to chart the location of natural disasters worldwide associated with tectonic activity and use available evidence to assess the patterns in terms of plate tectonics gather information from secondary sources to identify the technology used to measure crustal movements at collision boundaries and describe how this is used gather information from secondary sources to present a case study of a natural disaster associated with tectonic activity that includes: – an analysis of the tectonic movement or process involved – its distance from the area of disaster – predictions on the likely recurrence of the tectonic movement or process – technology available to assist prediction of future events – an investigation of possible solutions to minimise the disastrous effects of future events