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• TLF-IDM015726

How much water does it take to produce a large packet of M&Ms? Watch as the 'water footprint' of some household products is presented and hear the concerns expressed about the methods used to calculate these footprints. Discover how an examination of the water used by the components of some manufactured foods has led to ...

• TLF-IDM016422

This brief video segment from Catalyst demonstrates how scientists have developed probes to measure the water content of soils and therefore monitor the effectiveness of irrigation and the efficiency of water usage.

• TLF-IDM021049

This unit of work introduces students to the potential of digital technologies to manage and conserve water resources in Australian agriculture. It assumes that students and teachers have little or no prior programming experience and provides a series of introductory activities to build students' understanding of the basic ...

• TLF-IDM018171

This set of three short videos shows the treatment processes for wastewater in a first world community. Process engineers talk about wastewater and how they treat it.

• TLF-IDA002798

Making and planting a small wicking bed is a fulfilling activity. It upcycles materials, building awareness of waste and reuse. The completed wicking bed can suit small spaces – such as a balcony – demonstrating that even small spaces can be used to produce food. Its small size allows children to take ownership of its maintenance. ...

• TLF-IDA003806

In this lesson sequence, students conduct a school water audit and devise an evidence-based action plan to reduce water wastage in the school. They then write a report to the school environment committee recommending three actions that the committee could take to reduce water use in the school.

• TLF-IDA003820

In this activity, students discuss why access to clean drinking water is important and discover ways to save water at school and at home. These ideas can be supplemented with additional learning experiences negotiated with students and decided according to interest and need.

• TLF-IDA005170

In this activity, students are engineers tasked with developing an innovative solution that will reduce the rate of evaporation experienced by a local dam, reservoir or weir. Following the completion of the design challenge, students may explore how people in design and technologies fields have responded to similar issues.

• TLF-IDA002797

Wicking beds are a fantastic invention, allowing crops to be watered more efficiently. Making a large wicking bed does involve a few steps and some preparation, however the benefits of this extra effort are water conservation, improved plant growth and better crops. The design of the wicking bed also provides opportunities ...

• TLF-IDA002845

We have the power to help keep our coastlines, rivers, lakes, swamps, creeks, floodplains, billabongs and estuaries clean by diverting rubbish from our waterways. We can all be change makers. By altering our everyday habits such as limiting our use of single-use plastic items, we can also inspire others to do the same. This ...