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I completely agree that starting with engaging videos like HOME or Paxi is a great way to capture pupils’ attention and emotions. Linking the discussion to hands-on activities like a class weather station makes the learning real, and creative group projects empower children to see themselves as part of the solution.
Activity 3 is an excellent way to introduce pupils to the greenhouse effect and its link to climate change. The Paxi video is colourful, engaging, and pitched perfectly for younger audiences. It breaks down a complex scientific process into a story they can easily follow, making it ideal for sparking curiosity. The temperature prediction tool is a great interactive feature by adjusting emissions and other variables, pupils can instantly see the potential future impacts on global temperatures. This cause-and-effect link makes the science real and encourages critical thinking.In my classroom, I would combine this activity with a follow-up workshop where pupils brainstorm practical actions they can take to reduce emissions. They could then present these ideas in poster form or through short “news report” roleplays.One improvement would be adding a printable reflection sheet with guiding questions, so pupils can connect the simulation results to their own lives and local community.
I think this is a fantastic idea because it connects climate impacts directly to something children care about, sports and play. Linking weather changes to real-life activities will keep pupils engaged, and tracking their feelings adds a valuable personal dimension to the research, making it both relatable and meaningful.
Question: How has the average temperature in our town changed over the last 30 years, and what might this mean for our local wildlife?
To get pupils engaged, I would start by showing them photos of local wildlife from years ago compared to today, asking if they notice differences, and maybe animals they see less often, or plants that bloom earlier. I’d frame it as a mystery to solve: “Are the changes in our weather affecting the animals and plants around us?”
We would collect temperature data from local records and compare it to historic figures. Pupils could interview grandparents or long-time residents about past seasons, and then link this to changes in wildlife sightings. Activities could include making observation charts, drawing animals, or creating a “Then and Now” display. Group projects would allow different talents to shine, some could research, others illustrate, and others present findings. By connecting the science to their own community, pupils would feel their detective work has real value.I agree, Lauren that the poster idea is both creative and meaningful. It not only reinforces learning but also promotes ongoing awareness. To extend it further, pupils could present their campaigns during a school assembly or on an eco-day, helping spread the message beyond the classroom and encouraging the whole school to get involved.
I completely agree too Sharon. It also helps builds pupils’ confidence and communication skills, especially when they present their findings to peers or younger classes.
Absolutely I agree also. The interactive elements of Nose Up High makes learning so much more engaging and memorable for pupils, its such a great way to spark curiosity!
I explored the Satellite Tracker tool also to see which satellites were currently passing over Ireland and found it fascinating to learn about their different purposes and origins. Some are still operational, while others may now be inactive or space debris.
AQUA – This NASA satellite collects data on Earth’s water cycle, including clouds, precipitation, and ocean temperature.
METOP-B – A European weather satellite that helps monitor atmospheric temperature and humidity.
TERRA – Another NASA satellite that studies Earth’s climate and environment by collecting data on vegetation, clouds, and pollution.
NOAA-19 – A weather satellite from the United States that tracks storms and provides important climate data.
FENGYUN 3C – A Chinese satellite used for weather forecasting and environmental monitoring.
This would be an engaging project for students to research satellite names, missions, and launch dates. They could create a class display or timeline to show how satellite technology has advanced and how it helps monitor our planet.The film HOME is a really excellent visual journey that highlights the beauty and complexity of our planet while also showing the damage humans have caused through deforestation, industrialisation, and overconsumption. The breathtaking aerial footage is very impactful it helps children see the Earth as one interconnected system, making the consequences of climate change feel more real and urgent. The calm, narrative style of the film also makes it accessible for older primary pupils, especially when accompanied by guided discussion.
The other videos in the module, such as the Paxi clip on greenhouse gases, offer more age-appropriate, simplified explanations that are great for introducing complex ideas like global warming to younger learners. They use clear visuals and relatable examples that children can connect with easily.
In my classroom, I would introduce climate change through short, engaging videos followed by group discussions. We would explore our local environment, conduct weather observations, and link these to global patterns. I’d also include creative projects like eco-story writing, digital presentations, or climate-themed art to help children express their understanding.Activity 3 offers a clear and engaging introduction to the greenhouse effect and how it contributes to global warming. The Paxi video is a very good resource as it’s colourful, animated, and pitched at a level that younger pupils can easily grasp. It manages to break down a complex scientific process into something relatable and easy to follow, making it a great springboard for deeper discussion or follow-up activities.
The temperature prediction tool is a standout feature. It allows pupils to manipulate variables and visually see the potential long-term impact of human behaviour on global temperatures. This interactivity not only makes the learning more memorable but also empowers pupils to understand the importance of sustainability and informed decision-making.
In my class, I would extend this activity into a practical investigation—pupils could examine their own carbon footprints and come up with realistic changes they could make in their daily lives. We could also track class progress over time using a ‘climate action’ chart. To further improve the activity, it would be useful to have a printable student worksheet or journal page where pupils could record their predictions, reflections, and pledges. Adding links to real-world examples of climate initiatives (like school eco-clubs or local community efforts) would also help ground the lesson in real-life action.Both activities offered engaging and hands-on approaches that I found incredibly valuable and inspiring for classroom use. They promote curiosity and encourage students to take an investigative role in learning about the environment. One initiative I wish we could have participated in as a class is the Climate Detectives project. It would have given students a meaningful chance to feel empowered and actively involved in addressing climate issues. Even though the original link is no longer active, the activities remain highly relevant and adaptable. I plan to use them to help students understand the impact of human activity on global warming in a practical and relatable way.
I especially liked the idea of a virtual gallery and there’s great potential to collaborate with schools in different climates. This could allow students to compare weather conditions, observe trends, and develop a global perspective on climate change.
The second activity is highly accessible and adaptable across age groups. Setting up a school weather station would be a fantastic project. I’d like to begin with a STEM challenge where students design simple tools to measure rainfall, temperature, or wind. Once they’ve built and tested their instruments, they could present their methods and findings to younger students, promoting peer learning. We could also turn their collected data into a math project by graphing results and analazing trends. To take it further, I’d involve the class in making weekly weather forecasts and creating short video updates for the school community.
New idea:
In addition to these, I’d love to introduce a “Climate Action Innovation Fair.” Students would work in small teams to design and prototype solutions to local environmental issues—like reducing food waste in the cafeteria or creating upcycled art from classroom waste. They’d pitch their projects to classmates and possibly local experts. This would encourage problem-solving, creativity, and civic responsibility while tying in science, technology, and sustainability education.Both activities offered engaging and hands-on approaches that I found incredibly valuable and inspiring for classroom use. They promote curiosity and encourage students to take an investigative role in learning about the environment. One initiative I wish we could have participated in as a class is the Climate Detectives project. It would have given students a meaningful chance to feel empowered and actively involved in addressing climate issues. Even though the original link is no longer active, the activities remain highly relevant and adaptable. I plan to use them to help students understand the impact of human activity on global warming in a practical and relatable way.
I especially liked the idea of a virtual gallery and there’s great potential to collaborate with schools in different climates. This could allow students to compare weather conditions, observe trends, and develop a global perspective on climate change.
The second activity is highly accessible and adaptable across age groups. Setting up a school weather station would be a fantastic project. I’d like to begin with a STEM challenge where students design simple tools to measure rainfall, temperature, or wind. Once they’ve built and tested their instruments, they could present their methods and findings to younger students, promoting peer learning. We could also turn their collected data into a math project by graphing results and analazing trends. To take it further, I’d involve the class in making weekly weather forecasts and creating short video updates for the school community.
New idea:
In addition to these, I’d love to introduce a “Climate Action Innovation Fair.” Students would work in small teams to design and prototype solutions to local environmental issues—like reducing food waste in the cafeteria or creating upcycled art from classroom waste. They’d pitch their projects to classmates and possibly local experts. This would encourage problem-solving, creativity, and civic responsibility while tying in science, technology, and sustainability education.