Lesson content to follow.
Concepts
biotic components of aquatic environments, including organisms, communities and populations
relationships between biotic and abiotic components
interdependent relationships between aquatic organisms
ecosystems and habitats of aquatic organisms
aquatic organisms' behavioural, structural and functional adaptations suited to their habitat.
definitions of conservation, sustainability and environmental remediation
different values, beliefs, perspectives and behaviours in relation to conservation strategies
Procedures and skills
risk management plans
identification and classification of common local aquatic organisms
identification of aquatic threats, injuries and emergencies, e.g. hypothermia, hyperthermia, marine stings, drowning
gathering of primary information relating to the ecology of the chosen environment, e.g. measuring of water quality parameters, e.g. pH, dissolved oxygen, nitrates
survey techniques, e.g. transect sampling, quadrats, random sampling
library and/or online research - participation in a citizen science project.
Evaluate
survey techniques for aquatic environments
the importance of aquatic environments to society, culture, industry and the wider environment
how aquatic industries affect their environment, e.g. overfishing, aquatic runoff, human erosion activities
management strategies used to conserve and sustain aquatic ecosystems, e.g. marine parks, native titles, fishing rules and regulations
Plan
management of risks and hazards
projects in aquatic ecosystems, e.g. contribute to a citizen science project
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