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

  • Add a short summary or a list of helpful resources here.