Great Prizes up for grabs. Check out the Science Fair topics and start your project today!
Whakatauki;
Kia whakatōmuri te haere whakamua
I walk backwards into the future with my eyes fixed on my past.
This whakataukī or 'proverb' speaks to Māori perspectives of time, where the past, the present and the future are viewed as intertwined, and life as a continuous process.
1. Watch the video below.
2. Under the heading 'Our Future' in your books discuss, then answer the following questions;
a) Why are humans exploring the possibilities of living in space, on Mars or other planets?
b) What is wrong with Earth? why?
c) Ranginui (sky father), Papatuanuku (earth mother), Tangaroa (god of the sea & waterways), Tāwhirimātea (God of weather), Tāne Māhuta (God of the forest) - In what ways have humans impacted on the realms of these atua?
d) How can Science be involved in dealing with issues we may face on earth in the future?
3. Copy the whakatauki above, and explain in your own words the importance of this whakatauki to learning about how to cope with the problems we have created on Earth that may impact our future.
4. Complete the Worksheets - What will life be like in 2100?
a) read the predictions
b) For each prediction - Identify which type/area of Science might be involved in this prediction, and give your own likelihood score out of 10.
c) Give your own probability and comments on the other predictions.
d) Write down 3 of your own predictions for the future of Earth in 2100.
Issues of the now & in our future
Complete the task below about some current issues we are faced with on earth.
Explore environmental conditions on Mars and compare them to Earth, and why there is a difference.
Understand what humans need to survive (on earth & elsewhere)
Apply knowledge of environmental science to design sustainable living systems.
Think critically about the environmental impact of human colonization of another planet.
1) Our Place in the Universe - Where does Earth fit?
Using the images below and the information to give a summary of the important things about Earth's position in the Solar System, and draw a labelled diagram to illustrate this.
2) Living on Mars in the future?
> Watch the videos above about living on mars.
Questions to Answer;
What makes Earth habitable?
What’s different about Mars’ atmosphere, temperature, and water availability? Compare distance from Sun, and other factors in a summary table.
What’s needed to support human life on Mars?
How can robots help humans explore Mars?
What could we learn from going to Mars?
Why are humans wanting to find out if we can live on mars?
Think, Pair, Share - If you were dropped on Mars right now, what would kill you first? Why?
Have a korero about this with your classmates, share your whakaaro about it, you will write an answer later.
3) Comparing Earth & Mars
Copy and complete the table below by finding the information (statistics & numbers) to help figure out some major differences between Earth and Mars.
4) Survival on Mars
Copy down this question and write your answer. If you were dropped on Mars right now, what would kill you first? Why?
5) Survival systems needed on Mars;
Identify the problem faced in terms of each survival system below and what we might be able to do to overcome it.
Copy down each survival system, then next to it record your answers.
🌬️ Air & Atmosphere - How could we make breathable air? (link to photosynthesis and oxygen generation)
💧 Water Supply - Where could we find or recycle water on Mars?
🌾 Food Production - Could plants grow in Martian soil?
🏠 Shelter & Protection - What materials protect from radiation and cold?
☀️ Energy & Power - What power sources could we use (solar, nuclear, wind)?
What can Earth’s ecosystems teach us about designing habitats on Mars?
How do sustainability principles (recycling, renewable energy, closed systems) apply?
6) Biosphere 2 - An Experiment
Research - Find out about Biosphere 2.
> Answer the following questions;
a) What is Biosphere 2?
b) Where was it built?
c) What were the scientists trying to find out?
d) What was found out?
e) What went wrong?
f) How does this relate to our learning about surviving on Mars?
You could use the article or video below;
7) 'Mars Base' Group challenge
Design & build a model “Mars Base” that sustains human life.
It must have labels & explanations for the following;
How oxygen is made?
How food and water are supplied?
How waste is recycled?
What materials protect from Mars’ environment?
How energy is generated?
Go to the site below to get information about how to build the lego models of things needed to get to and survive on mars.
https://education.lego.com/en-us/lessons/ev3-space-challenge/1-get-ready-to-go-to-mars/#lesson-plan
A) Video Questions
Select 3 questions to answer from the video you watched, write the questions & answers in your books.
What was the main message or theme of the video?
How did the video make you feel?
Did you agree with the actions or decisions of the video?
Was there anything you didn’t like about the video? Why?
What part of the video was most interesting to you? Why?
Did the video change your opinion on anything? What?
Was there a scene that made you happy, sad, angry, or excited? Why?
Did your emotions change throughout the video? If so, how?
Are there any careers or professions related to the content of the video? Are any of these jobs you could see yourself doing?
How can you apply what you learned from the video in your daily life?
B) Prior Knowledge
Copy and complete the summary sentence below about what you know about the pressures humans have put on our taiao.
Our taiao and whenua have been negatively impacted by human activities such as .....
Read the statement below - explain in your own words what you think it means?
C) Getting some ideas
The Ministry for the environment (the government department who look after our environment) have used Pōhutukawa - one of the Matariki stars as a starting point in looking into climate change and it's impacts on te taiao.
Looking at the image, can you come up with an idea of why they have used Pōhutukawa as this starting point?
We will highlight, annotate with definitions and then summarise the key ideas in the following two images.
d) Introducing some key vocabulary
> Watch the video below about Climate change.
> Complete the questions on the paper copy of the Climate change introduction sheet.
> Finish up by finding definitions for Climate change and Greenhouse effect and adding them to the sheet.
e) Experiment time
> Complete the greenhouse effect, melting ice caps and absorbing radiation experiments.
1) Greenhouse Effect Experiment
a) Use the hard copy or digital copy of the doc below to record the outcomes of your experiment,
b) Process your data into a graph using google sheets - use the image below as a guide for how to place your data.
c) Think about what the results show - did they support your hypothesis or not? Write this in your conclusion.
d) Some other questions;
Why did we put vinegar in all 3 flasks?
What did the lamp in the experiment represent/model?
What gas was created in flask 2? What is the chemical equation for this reaction?
How could these results show us what impact this effect might have on earth?
A) What is the issue?
Using the infographic on the left answer the following questions to help you understand the issue of our climate change and human impact on the moana.
What are the 3 major pressure impacting our marine environment?
What impact do these 3 pressure have on our maine environment?
What practices or activities that we do could be affected long term if these problems persist?
B) Ocean acidification - acidic oceans
Looking at the 4 images below write a short paragraph to explain how our oceans are becoming more acidic.
Include the following key words:
Acid, pH, Carbon Dioxide, emissions, carbonic acid, absorb/absorption,
C) Impacts of Ocean acidification
Using the information from the images below, answer the following questions;
1) What types of marine organisms are mostly impacted by ocean acidification? (identify a minimum of 4 organisms)
2) How does more acidic oceans cause problems for shellfish?
3) Why does this result in shellfish being smaller?
4) How can this effect a marine food web/ ecosystem?