Colouring sheets: Diving beetle, Dragonfly larvae, Freshwater snail, Mayfly, Sensitive waterbugs, Wetlands waterbugs

Join us on an exhilarating journey to the Edithvale-Seaford Wetlands, ecosystems

Explore the link between turbidity, a measure of water clarity, and erosion. It also highlights the effect of high levels of turbidity on the survival of living things in freshwater environments.  

Series of lessons where students investigate recycled water and its reuse. They explore the impacts of the Millennium drought and alternate water stories. While using the Western Treatment Plant Virtual Tour.

During this excursion, discover how water travels through the water cycle and recognise how water is used and can be conserved. Explore the Edithvale-Seaford wetlands and use observations to identify flora and fauna.

Dive into the future of Melbourne’s water! In this interactive-digital challenge, students team up to uncover real evidence of climate change’s impact on Melbourne's water supply. Using the World of Water interactive map and resources from the BOM, they’ll use data to investigate, debate and brainstorm solutions to one of the biggest challenges our world’s cities are currently facing.

Tour at ESWEC, VCE Environmental Science, VCE - Unit 1 & 2, Unit 3&4 Explore the Edithvale-Seaford Wetlands and develop knowledge and understanding of wetland environments. Discover how wetlands systems and connected and sustain life.

Tour at ESWEC, VCE Outdoor and Environmental Studies, VCE - Unit 3 & 4, Explore the Edithvale-Seaford Wetlands and develop learn how humans have understood and interacted with wetland environments. Then, explore the sustainable use and management of Edithvale-Seaford wetlands.

Water is finite and all the water on Earth is all that we have. It is an essential resource which we use every day in all aspects of our lives. In this four-part video series, you will learn all about water, the water cycle and waterways and more.

The Story of Water: Episode 1. The water cycle, or the hydrologic cycle, describes the continuous movement of water around the Earth