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  • Rights: The University of Waikato Te Whare Wānanga o Waikato and Waikato Regional Council
    Published 17 March 2020 Referencing Hub media
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    Developing students’ skills around reflection and critical evaluation are vital to building resilience. Not every prediction, idea or action will be effective, so building this aspect regularly into the inquiry learning and action cycle is important. Of course, reflecting on what went well and celebrating effective action is just as important.

    It is vital to scaffold the development of skilled reflection. Begin by creating a class vocabulary of words and meanings for student use. Encourage students to work peer to peer and individually on if/how the actions met their prediction or vision, what went well, what they might do differently and what their next steps might be

    Evaluation can be formal or informal. Formal evaluation could include pre-assessment and post-assessment to ascertain changes in science knowledge, content vocabulary or understanding of the nature of science1. Alternatively, students can evaluate the effectiveness of the planning and action and whether it had the desired impact on the issue. Students can also self-evaluate their learning, individual efforts and/or change in attitude2 or perspective.

    Resources

    Questions to consider

    • What do we think/how do we feel about the issue now?
    • Have our attitudes changed?
    • Have the attitudes of people around us changed?
    • Did our actions meet our vision?
    • What have we learned?
    • What went well?
    • What could we change?
    • How can we monitor the effectiveness of our actions?
    • What should our next steps be?
    • Are there new or continuing actions we can take as a result of this project?

    Transcript

    ANNE BARKER

    When students are outside and the opportunities to be in a really beautiful natural environment, it contributes to their hauora. It means that they have that strong sense of connection, particularly when you’re doing that within their own backyard – within their own rohe3 – then they’re getting that connection to that whenua4 there and then.

    STUDENTS

    How stable are the banks of the stream?

    Probably a 2.

    ALEX DANIEL

    As they get to know our natural spaces, they start to have a real appreciation and a deeper understanding for their place and their connection with our environment and the places that we live.

    ANNE BARKER

    That builds them as individuals, it contributes to mana5 enhancement, and I think there’s a huge need for that for all students, it’s not just for our Māori students. It’s about all of us having that sense of connection, of belonging. And part of that goes with a deep understanding and connection with your particular environment, whatever that may be.

    Acknowledgements

    Anne Barker
    Te Whai Toi Tangata Institute of Professional Learning
    Alex Daniel
    Waikato Regional Council
    The Fairfield Project
    Hannah, Jess and Sam, Waikato Diocesan School for Girls
    Jake and Sarah, Bankwood Primary School

    Acknowledgements

    This video has been developed in partnership with the Waikato Regional Council as part of the Rivers and Us resource.

    1. nature of science: The Nature of Science (NoS), is an overarching and unifying strand of the New Zealand science curriculum. Through it, students develop the skills, attitudes and values to build a foundation for understanding the world around them – understanding how science works in order to make links between scientific knowledge and everyday decisions and actions.
    2. attitude: The attitude (or orientation) of a satellite is the angle it makes in relation to some reference direction or point in space. To determine its attitude, a satellite usually uses a special optical sensor to locate a known visible object or pattern and measures its angle to it. Reference objects or patterns are the Sun, the Earth’s horizon or a particular combination of stars.
    3. rohe: A district, region, territory, area or boundary/border of land.
    4. whenua: Land.
    5. mana: A Māori word relating to authority, control, influence, prestige or power.
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      nature of science

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    2. The Nature of Science (NoS), is an overarching and unifying strand of the New Zealand science curriculum. Through it, students develop the skills, attitudes and values to build a foundation for understanding the world around them – understanding how science works in order to make links between scientific knowledge and everyday decisions and actions.

      whenua

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    4. Land.

      attitude

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    6. The attitude (or orientation) of a satellite is the angle it makes in relation to some reference direction or point in space. To determine its attitude, a satellite usually uses a special optical sensor to locate a known visible object or pattern and measures its angle to it. Reference objects or patterns are the Sun, the Earth’s horizon or a particular combination of stars.

      mana

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    8. A Māori word relating to authority, control, influence, prestige or power.

      rohe

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    10. A district, region, territory, area or boundary/border of land.