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Your approach is both thoughtful and engaging! I love how you combine visual resources, hands-on activities, and real-world connections to deepen understanding. Encouraging critical thinking through group discussions and linking deforestation to local initiatives is a great way to foster curiosity. Creating a supportive space where pupils feel heard will definitely inspire meaningful participation and action.
Research Question: How has the increase in local rainfall over the past 10 years affected the biodiversity of our school grounds?
This question was developed using the Climate Detectives planner, focusing on a climate-related issue that is relevant and observable in our own environment. It links well with the SESE (Science and Geography) curriculum and allows pupils to connect global climate change to local impacts.
To encourage pupil participation, I would begin with a walk around the school grounds, prompting students to observe changes they’ve noticed over time—such as waterlogged areas, plant growth, or fewer insects. We would examine historical weather data from Met Éireann and pair this with current observations through a simple biodiversity survey. Pupils could use tablets or notebooks to record their findings, take photographs, and map changes.
Group work and inquiry-based learning would help foster engagement, with roles such as data collector, photographer, or presenter. Finally, pupils would share their conclusions through posters, digital presentations, or a school “climate awareness” day.
That’s a fantastic way to bring real-world environmental issues into the classroom! Using EO Browser not only makes climate change more visible and relatable for students, but also builds key STEM and analytical skills. I love how it encourages critical thinking through interpretation of satellite data—such a powerful and engaging learning tool.
Option 1:
Recently, several satellites have passed over Ireland, visible to the naked eye or tracked through satellite monitoring tools such as Heavens-Above or N2YO. Here are five examples:
International Space Station (ISS) – The most recognisable satellite, the ISS regularly passes over Ireland. It hosts astronauts and conducts experiments in microgravity to benefit science and health on Earth.
Hubble Space Telescope – Though older, it still orbits Earth and provides stunning images of space, helping us understand galaxies, stars, and black holes.
NOAA-20 – A U.S. weather satellite that monitors Earth’s atmosphere, oceans, and land to improve weather forecasting and climate monitoring.
Sentinel-3A (ESA) – Part of the European Union’s Copernicus Programme, it gathers data on sea surface temperature, ocean colour, and land monitoring.
Starlink Satellites – Operated by SpaceX, these satellites aim to provide global high-speed internet, and often appear in groups forming “satellite trains” in the sky.
These satellites support communication, weather prediction, environmental monitoring, and scientific research—enhancing our understanding of both Earth and space.I really like your approach—using visual clips like HOME is such a powerful way to connect emotionally with pupils. Pairing this with hands-on activities like eco-audits and local projects helps make the learning meaningful and actionable. It’s a great way to foster both understanding and responsibility in a school setting.
The film HOME is a powerful and visually stunning documentary that highlights the delicate balance of our planet and the severe consequences of human activity on Earth’s ecosystems. It presents climate change not as a distant problem, but as a current crisis affecting biodiversity, water, forests, and communities worldwide. The use of aerial footage makes the message striking and emotional, which would certainly resonate with older primary pupils.
To introduce these climate change facts to my class (4th–6th), I would begin with shorter, age-appropriate clips from the film and follow them with guided discussions. I would link the content to topics such as weather vs. climate, energy use, and sustainability. Activities might include data collection (e.g. local temperature or rainfall), simple experiments on CO₂ and the greenhouse effect, and project work on ways to reduce our carbon footprint.
I would also connect this learning to real-world action by having the class create climate awareness posters or short video messages, empowering them as changemakers within their school and community.
That’s a lovely and age-appropriate approach! I really like how you plan to use art and discussion to help young learners engage with climate change. The idea of creating a class poster is a fantastic way to reinforce learning. A supporting picture book would definitely deepen understanding and connection.
Activity 3 – Climate Reporters is an engaging way to help pupils understand the concept of climate change and their role in communicating scientific ideas. The inclusion of the Paxi video on greenhouse gases makes the topic accessible and age-appropriate, breaking down complex concepts through animation. Using the future temperature prediction tool adds an interactive, inquiry-based element that allows pupils to visualise the impact of climate change over time, linking well with the maths and science strands of the curriculum.
I would use this activity with 4th–6th class, asking pupils to create their own weather or climate report (written, video, or podcast), integrating literacy, digital skills, and cross-curricular learning. To enhance the activity, it would be useful to include more scaffolding for differentiated needs—such as sentence starters or visual aids for EAL and SEN learners. A collaborative follow-up task, like presenting at a school “climate assembly,” could deepen understanding and foster a whole-school climate awareness initiative.
I really like the ideas about getting the children to make the the rain gauge and the wind vane. This would be a really fun way to get the children actively engaged in the school weather station.
Liston (2018) encourages educators to view STEM not as isolated subjects, but as an integrated, inquiry-based approach that promotes curiosity and problem-solving. In my classroom, STEM education is hands-on and child-led, and the ESA weather resource supports this perfectly. The “Nose Up High in the Sky” and SFI Weather vs Climate activities offer excellent opportunities to set up a simple school weather station using thermometers, anemometers, and rainfall gauges. Pupils can collect and graph data daily, fostering science (observation), technology (data logging), engineering (designing instruments), and maths (data analysis) skills. These activities help pupils explore the difference between short-term weather and long-term climate. To lead this school-wide, I would share the project across classes through a digital display board, encourage cross-curricular links (e.g., Gaeilge weather words), and organise a “Climate Week” to promote collective learning. This aligns with Liston’s call for collaborative, meaningful STEM engagement rooted in real-world contexts.
These are two really good books which I also have used with my class. They really enjoy the books and are great for linking in the topic of aliens. The children were really engaged in the lessons after reading the books.
Rocket Lesson Ideas:
Introduce the lesson by showing the children a video of a rocket take off into space. Set a focus question for the children ‘what does the rocket look like? and what are the rockets features. Discus with the children what they saw in the video, focus on the rocket and it’s space and the direction that it moved. Then invite the children do design a rocket using a plastic bottle and various materials like tin foil, cotton wool, card, newspaper etc. Discuss the materials with the children before distributing them. Once the children have designed their rockets, carry out a test on their rockets. Discuss each of the rocket models and their features. Add baking soda and vinegar to each rocket and close the lid on the rocket. Investigate which rocket moved furthest into the sky. Invite various children to measure the height and various children to record the results. Discuss fair testing before the investigation takes place. Discuss the results with the children.
I love this lesson idea, I really like the linkage with art. This would be a great STEAM activity, where the children are designing and constructing homes using different materials.
Lesson idea for ‘Where do you live?’
Introduction: The children would think pair share about where they live. Invite various children to discuss where they live. Then display a PowerPoint of the different types of homes that people live in (house, hotel, caravan, etc.).
1. Invite the children to draw a map of where they live. On the map invite the children to mark the important places like their home, school, parks and draw roads that they take daily.
2. Invite the children then to focus on their home. Invite the children to draw a picture of their home. Invite the children to label the different parts of their home. Once all of the children have completed this activity, the children can gather in small group and discuss their home to the other children. The children can describe their home and children can ask questions about their home. This will develop the children’s oral language skills.
3. Display all of the children’s homes together on a display board and create a mini village, invite the children to add other things in their area, such as, shops, school, parks, etc.
Lesson based on stars.
Introduction: Star-Gazing Activity: Create a mini planetarium using a darkened room and stick glow-in-the-dark stars on the ceiling. Then, turn off the lights and use a flashlight to mimic different star constellations. Children can share stories about stars and children will be encouraged to make their own constellations.
Star Plough: Display an images of the star plough on the IWB, invite the children to look at the image and discuss what they see. Explain that the constellation looks like a plough in the sky. Invite the children to create their own drawings or 3-D models based on the famous star pattern. Link with maths (shapes) and art (construction). This will be an hands on activity, the children could work independently, in pairs or in small groups when completing this task.
Conclusion: Invite the children to sing the song ‘Twinkle Twinkle Little Star’. This will link with music, the children can sing this in small groups and then as a whole class.
