Stage 6 Biology - Ecosystem Dynamics
About this excursion
Students will use an inquiry leaning model to investigate the population dynamics of local ecosystems and determine relationships between biotic and abiotic factors. The future of ecosystems will also be examined with discussions of management options and the perspective of stakeholders.
Learning Intentions and Success Criteria
We are learning to:
- identify impacts of biotic and abiotic factors on the organisms living on the rock platform.
We can:
- identify organisms living in the rock platform and their respective adaptations. (Adaptations to life on a rock platform)
- collect data and create a species area curve to represent species diversity on the rock platform. (Species richness activity)
- describe the impact of both abiotic and biotic factors on the distribution of species on the rock platform. (Abiotic and biotic activity)
- name some traditional uses of this area by Aboriginal Peoples.
- identify some human impacts on this environment and possible solutions.
- create a food web showing the interaction between organisms on the rock platform. (Food web activity)
- identify the distribution of organisms across the intertidal zone on the rock platform and why this occurs. (Species distribution activity)
- identify some sampling techniques to conduct scientific investigations.
Learning Experiences
Field work activities include:
- use of transects and quadrats to measure distribution and abundance of plants and animals
- wildlife observation with reference to field guides and identification APPS
- measurement of physical and chemical abiotic factors
- observations of predation, competition and symbiotic relationships amongst local species
- practical observations and discussion of adaptations of plant and animal species
- discussion of environmental pressures that promote a change in species diversity and abundance
Important information
Biology Stage 6 Syllabus (2025)
❀ BI-11/12WS-01 Working Scientifically Questioning and predicting develops and evaluates questions and hypotheses for scientific investigations
❀ BI-11/12WS-02 Working Scientifically Planning scientific investigations designs and evaluates scientific investigations
❀ BI-11/12WS-03 Working Scientifically Conducting scientific investigations conducts scientific investigations to collect data and information
❀ BI-11/12WS-04 Working Scientifically Processing data and information selects and processes qualitative and quantitative data and information
❀ BI-11/12WS-05 Working Scientifically Analysing data and information analyses and evaluates primary and secondary data and information
❀ BI-11/12WS-06 Working Scientifically Problem-solving uses scientific processes to solve scientific problems
❀ BI-11/12WS-07 Working Scientifically Communicating communicates scientific arguments using evidence, scientific language and terminology for a specific audience
❀ BI-11-03 analyses the relationships between organisms and their environment using the theory of evolution by natural selection
❀ BI-12-03 analyses changes in ecosystems and strategies for biodiversity conservation
Additional Resources
Upon booking, you will receive our full program resources along with the relevant Risk Assessments.
Program Brochure
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