Field of Mars Environmental Education Centre

Experience Engage Enable

Telephone02 9816 1298

Emailfieldofmar-e.school@det.nsw.edu.au

Teacher checklist

One day workshops - Stage 2 and 3

Maximum 8 students per school (DoE schools only)

Term 2 - Week 4

Monday 19th May - capacity 60 students (0 spots remaining - full)

Wednesday 21st May - capacity 60 students (5 spots remaining)

Term 4 - Date coming soon

Location

Field of Mars Reserve, Pittwater Road, East Ryde

Wallumedegal Country

Google maps - Apple maps

Westminster Road alternate entrance

This entrance or exit offers access during severe high tides and heavy rainfall events that cause flooding on the main Pittwater Road entrance. 

Schools are required to organise transport for students to and from the location. No vehicles are permitted into Field of Mars Reserve.

Parking is available in the car park on Pittwater Road.

Field of Mars Reserve risk management plan
Cost

$60 per student - GST free

This will be processed through the student's home school.

This program is only available to NSW Department of Education school students.

Tracks

View the YouTube track overview videos.

Buffalo Creek Track

Doyle and Warada loop track

Welfare

Participants will bushwalk along a wheelchair accessible boardwalk.

This excursion may not be suitable for people who have recently been unwell.

Bring

Backpack, medication, low-waste food, water bottle, sunblock, raincoat, hat, sturdy shoes.

Students wear reusable name tag and sports uniform. 

View

Preparing for an excursion

Supporting resources

Invertebrate Explorer - available free from Apple Books.

Fact sheets

Bin access

All student waste to be taken home by students.

Medical or special needs

Notify EEC staff prior to excursion. 

Students, staff and visitors must not attend if unwell, even with mild symptoms. 

Extreme or wet weather

Entomolgist will operate in and around the Field of Mars EEC building. In the event of poor weather we will not enter the bush. Visitors may be required to use the Westminster Road entrance.

Days predicted to be above 35ºC, high winds, extreme bush fire danger and dust storms may result in the excursion being modified, postponed or cancelled.

Cancellations

Cancellations with less than four school weeks' notice will be charged the full fee. This does not apply to cancellations due to weather or fire danger.

How to book Teachers are to complete the booking form for participating students.


Suggested timetable

Time

Students

9.15 Arrival
9.30 - 10.00 Invertebrate walk - This activity is weather dependant.  In high rainfall situations the walk will not proceed and more time will be allocated to the other sessions.
10.00 - 10.15 Recess
10.15 - 12.00

Group 1

Invertebrate investigation with entomologist

Group 2

Invertebrate anatomy and model construction

12.00 - 12.30 Lunch
12.30 - 2.15

Group 1 

Invertebrate anatomy and model construction

Group 2

Invertebrate investigation with entomologist

2.15 Depart


Learning activities 

Students will conduct a hands-on investigation by collecting invertebrates in the Field of Mars Reserve to observe their features and their environment.

They will learn how to observe the structure of invertebrates by creating scientific and observational drawings culminating in the creation of an invertebrate model that will be mounted in a box frame to take home.  

Key questions

What types of invertebrates are found in the Field of Mars Reserve and what are their structural features?

How can we represent the details of living things in artworks?

Fieldwork

Invertbrate walk

The focus of this short walk is for students to observe invertebrates in their natural habitats. The needs of invertebrates and their role in a bushland environment will be emphasised. 

Invertebrate investigation

Students will work as entomologists to conduct an investigation of different habitats in the Field of Mars Reserve. 

They will examine their collected specimens using a range of magnifying devices. 

Participants will work with an entomologist to explore invertebrate anatomy, taxonomy, and conservation. They will meet a range of invertebrates including stick insects, burrowing cockroaches, beetle larvae, scorpions, huntsmans, Australian tarantula, centipedes, isopods, and crayfish.

Invertebrate anatomy and models

Students will collect invertebrates using a range of fieldwork techniques including pitfall traps, leaf litter digs, and arboreal vegetation shakes.

Students will examine their collected specimens using magnifying devices and record their findings in a nature journal.

Based on their observations, students will construct an anatomically correct model of a real or imaginary invertebrate. Students will use a range of materials such as modelling clay, plasticine, or other materials to construct their models.

Upon completion, students will mount their model in a box frame to take home.

This program is only available to NSW Department of Education school students.



Syllabus outcomes and content 

Science and Technology K-6 Syllabus (2024) - Stage 2

Physical and living systems depend on energy

Outcomes

  • Uses information to investigate the solar system and the effects of energy on living, physical and geological systems ST2-SCI-01
  • Uses and interprets data to describe patterns and relationships ST2-DAT-01

Content

Living things depend on energy and materials to survive

  • Observe and describe living and non-living things in a habitat
  • Describe the transfer of energy between plants and animals using food chains, Tier 2 and Tier 3 vocabulary

Science and Technology K-6 Syllabus © NSW Education Standards Authority (NESA) for and on behalf of the Crown in right of the State of New South Wales, 2024

Syllabus outcomes and content 

Science and Technology K-6 Syllabus (2024) - Stage 3

Knowledge of our world and beyond inspires sustainable solutions

Outcomes

  • Uses evidence to explain how scientific knowledge can be used to develop sustainable practices ST3-SCI-01
  • Interprets data to support explanations and arguments ST3-DAT-01

Content

Living things may change over millions of years, in response to their environments

  • Observe behavioural and structural adaptations of plants and animals, and suggest how these may help them survive in their environments

Science and Technology K-6 Syllabus © NSW Education Standards Authority (NESA) for and on behalf of the Crown in right of the State of New South Wales, 2024