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How has the increase in local average temperatures over the past 20 years affected the frequency of heatwaves in our region, and what impact might this have on human health and the environment?
To encourage pupils to participate in this research, I would begin by linking the issue to their everyday experiences—such as hotter summers, difficulty sleeping during heatwaves, or changes in local wildlife. I would guide pupils to collect data from reliable sources like ESA’s Climate from Space or national meteorological records, and compare this with their own observations. Small group discussions and inquiry-based tasks would help them feel ownership of the project. Using hands-on activities—like creating temperature charts, interviewing family members, or mapping shaded areas around the school—would engage pupils actively. Encouraging them to present findings through posters, short videos, or digital storytelling would help them see the value of their contributions and connect local actions to global climate challenges.
The satelite resource is brilliant as you have shown in this assignment. The children would love using this resource.
I chose activity three as my task. This resource is highly engaging, hands-on, and practical, offering an excellent way to integrate STEM into everyday classroom learning. The activity sheets are clear, well-structured, and easy for children to follow, making them very suitable for my 4th class. I particularly value how the activities encourage pupils to observe, discuss, question, and interpret data, while also leaving plenty of room for curiosity, creativity, and fun.
One of the most enjoyable aspects is the use of weather proverbs. This approach feels both clever and memorable, giving children an insight into how people in the past used sayings to make sense of the natural world. In Ireland—where the weather is such a common topic of conversation—this strategy feels especially relevant. It shows children that understanding weather isn’t just about technology and science; it’s also about observing patterns in nature and recognising the wisdom passed down through generations. Exploring the meanings behind these proverbs adds a cultural and historical dimension to science, making learning richer and more enjoyable.
A Sensing the Weather activity stood out for its simplicity and accessibility. By using their own senses—sight, touch, hearing, even smell—children are encouraged to directly engage with their environment. This makes weather observation immediate and personal. It also builds awareness of how humans rely on sensory information every day, linking science to children’s real-world experiences. This kind of activity could also lead to interesting discussions about how weather impacts daily life, mood, and even decision-making.
A Build Your Weather Station activity provides endless opportunities for hands-on exploration and problem-solving. Pupils get to design, construct, and test simple weather instruments, transforming abstract concepts into tangible experiences. Not only does this promote creativity, but it also develops practical skills such as measuring, recording, and analysing results. The sense of ownership pupils gain from testing instruments they have built themselves is particularly rewarding.
This activity also opens doors for cross-curricular learning. Pupils can record their weather data over time, present findings in graphs or charts (Maths), and even write weather reports or forecasts (English/Drama). The classroom weather station could become a long-term project, encouraging teamwork and responsibility while reinforcing scientific thinking.
Overall, this resource blends scientific inquiry, creativity, and cultural context in a way that feels engaging and meaningful. It promotes active learning, critical thinking, and collaboration, while also showing pupils that science is not just confined to textbooks—it is all around them, waiting to be observed, tested, and understood.
Excellent points, Aaron. I agree with the Greta thunberg point as she is a great speaker and it would resonate with the children.
The film HOME by Yann Arthus-Bertrand is a visually stunning yet deeply unsettling documentary that highlights the interconnectedness of Earth’s ecosystems and the impact of human activity on the planet. Through breathtaking aerial shots, the film emphasizes both the beauty of nature and the fragility of our environment. It makes clear that climate change, deforestation, overconsumption, and pollution are not isolated issues, but global challenges with long-term consequences. The additional video clips in this module complement HOME by breaking down climate change concepts into accessible explanations, showing both the scientific background and the human dimensions of the crisis.
If I were to introduce these facts to my pupils, I would begin with visual materials like short clips or images from HOME to spark curiosity and emotional engagement. I would then guide them to reflect critically by asking questions such as: “How does this affect us?” and “What can we do in our community?” Finally, I would connect the global issues to local examples—such as waste management, energy use, or biodiversity in their own surroundings—so they understand that climate change is not distant, but relevant to their daily lives. This combination of visuals, discussion, and practical links can empower pupils to see themselves as agents of positive change.
I wholehearterdly agree Patrick. I think the use of the KWL chart is an excellent idea also. Some great ideas in your writing.
Activity 3 provides an excellent introduction to the greenhouse effect and its role in driving global temperature increases. The Paxi video is particularly engaging; it presents a scientific concept that can often feel abstract in a way that is age-appropriate and accessible for younger learners. Its animated style captures pupils’ attention, while the simplified explanation makes the science memorable. Because of its clarity, the video could easily be revisited in later lessons as a point of reference when exploring related topics such as weather, ecosystems, or sustainability.
The temperature prediction tool offers a valuable interactive component, allowing pupils to actively test ideas rather than passively receive information. By adjusting factors such as greenhouse gas emissions, deforestation, or energy use, students can see how different human behaviors directly affect climate patterns. This interactivity not only develops scientific reasoning and problem-solving skills but also helps children understand the link between everyday actions and long-term environmental outcomes. It frames climate change not as a distant problem but as a challenge influenced by human choices.
In practice, I would expand this activity into a broader project on reducing carbon footprints. Pupils could research examples of sustainable habits—such as using less plastic, walking or cycling instead of driving, or saving energy at home—and then design posters, presentations, or campaigns that advocate for these changes. This would encourage creativity while reinforcing the idea that even small individual actions can contribute to global solutions.
To strengthen the activity further, I would add a structured reflection stage. This could take the form of a worksheet with guiding questions (e.g., “Which human activities have the biggest impact on temperature rise?” or “What could we do in our school to lower our carbon footprint?”), followed by group discussions. Such reflection would help pupils move from the abstract simulation to tangible, everyday actions. Additionally, group presentations of their posters would foster collaboration, peer learning, and a sense of agency.
Overall, this activity blends visual, interactive, and creative elements in a way that makes climate science engaging and meaningful for younger learners. With a few enhancements, it could become a powerful foundation for cross-curricular projects on environmental responsibility and sustainability.
I enjoy how you can relate this workshop and these ideas to your own classroom and the students that are within it. Impressive stuff!
I just checked out the ESA activities “Nose Up High in the Sky” (observing and measuring weather conditions) and “Weather vs Climate” (understanding their differences). I love how “Nose Up High in the Sky” could get our students actually building or using a simple weather station—measuring temperature, wind or rainfall—and then comparing that real data with longer-term climate patterns. The “Weather vs Climate” activities make that difference super clear: weather is what happens day‑to‑day, while climate is about averages over years.
In class, this could spark tons of STEM skills—kids practicing measuring, graphing their own data, doing math to calculate averages, spotting trends, and even designing their own mini-weather station (engineering in action!). To bring the school community in, we could share weekly weather insights in assemblies, digital displays or newsletters—getting everyone curious about how weather and climate connect. That way, we create a shared practice of watching, learning and talking about our changing world together.