MODULE 1

Ecosystem

Preparation

Permissions:

• If activities take place on Council, or privately owned ground, contact the relevant authority, and inform your intent, seeking their approval.

• If traps are installed in State or Federal Government land, you will require a Licence to Take Fauna for Education or Public Purposes from the Department of Biodiversity, Conservation & Attractions (DBCA) at www.dbca.wa.gov.au

• Contact the website and follow the prompts. Note that 20 days are required for processing the application. Address queries to: www. wildlifelicensing@dbca.wa.gov.au

• Organise school permits for students to be off-site.

Science Notebooks:

• Each student prepares their notebook accessing Bush Library, (TOOLBOX) with a picture of the trees, plus its leaf and nut, one per page, leaving space to record counts. The number of trees to identify should be between 3 and 5 (i.e. 3 to 5 pages).

• Students will take their prepared notebook and pencil, on site. They may have a good memory, but measurement and recording are the basis of science, and an important part of science communication.

Choose the Sites:

Both sites should have trees (up to 3 species) and sufficient clear ground nearby to insert pit-traps arranged in a grid pattern.

• Site A may be in the school grounds, or nearby, and accessible for Year 3 students.

• Site B may be some distance from the school, perhaps in a local Government Reserve or a natural area on a private property. On Country work may be better suited to Year 4 students.

Reserve wall space for an installation (Ecogram) and for a word wall:

• a large space is required for students to re-create their bush as artwork.

• a small shelf below it is preferable.

On Country Protocol:

Discuss with students the requirements for investigating the bush as a scientist. It is two-fold:

1. For the protection of the student (long pants, covered shoes, hat, and sunscreen)

2. Respect for the environment. Rules to observe are:

• do not pick flowers

• do not disturb animals apart from those you have permission to trap

• stay on tracks where possible

• look where you walk

• restore the holes made for pit-traps

• return all collections (both plant and animal) to the bush

Bookshelf:

• Can you Hear the Trees Talking? (Peter Wohlleben, 2019). A photographic, informative text good for extending interested students. www.booktopia. com.au

• The Big Book of Bugs (Yuval Zommer, 2016). A well-illustrated and informative text for interested students. www.kmart.com.au

• The Forest in the Tree: How fungi shape the Earth, (Ailsa Wild, Aviva Reed, Briony Barr & Gregory Crocetti, 2020). An illustrated story exploring the vital role of fungi. www.Amazon.com.au

• Dingo’s Tree (Gladys and Jill Milroy, 2011). A cautionary tale about the destruction of an ecosystem. www.booktopia.com.au

Additional resources:

• Noongar Bush Tucker – Bush food plants and fungi of the south-west of Western Australia (Vivienne Hansen and John Horsfall, 2019). UWA Publishing.

• Kaartdijin Noongar – Noongar Knowledge at www.noongarculture.com.au

• Ballardong Noongar Waangkiny at https://www. wheatbeltnrm.org.au/our-information/knowledge hub

Collect Pit-traps:

• these are preferably glass (small animals find it difficult to climb out) and must have lids.

• the opening of the jar should be a minimum 100 mm in diameter and the jar should be 100 mm in height.

Trapping Plan:

• Draw up a plan on the class screen (as in the example).

• Assign each student, (or pair) a number in a designated trap-line.

• In the example (if working in pairs), 16 students explore site A, and 16 in Site B.

• If more pits are required, add them as another line, extending the grid. This shape will maximise the catch.

• It is important to have the same number of pits in the 2 sites, as only then can a valid comparison be made – introducing students to a ‘fair test’.

• For the same reason, pits should be inserted in the 2 sites in the same week.

Trapping Grid

Activities

On Country

Collecting Data

In the Classroom

Working with Data
Proving our Hypothesis
Ecosystem as an Ecogram
How does our Ecosystem work?
Keeping Energy in our Ecosystem
Disturbing our Ecosystem
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Module 2 - Invertebrates