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Exactly, introducing manageable habits to make a more sustainable school community alone is a wonderful place to start!
Reflecting in sustainability in County Clare, I am struck by how closely it is connected to the county’s natural environment, particularly its coastline, agricultural land, rivers and protected habitats. Clare has many opportunities to promote sustainable practices, including renewable energy, biodiversity conservation, responsible tourism, waste reduction and sustainable agriculture. Coastal communities also have an important role to play in protecting marine environments through activities such as responsible fishing, aquaculture and habitat conservation.
I would like to use the local environment as a starting point for helping pupils explore sustainability in a meaningful way. Rather than teaching sustainability only as a theory, pupils could investigate issues within their own community. For example, they could carry out a local biodiversity survey, examine waste and recycling practices in the school, investigate water quality, or explore how local food is produced. They could then identify a sustainability challenge and work collaboratively to propose practical solutions.
I really enjoyed your reflection on seafood nutrition and its potential for classroom learning. I particularly like the idea of comparing different seafood products and examining their nutritional content. This could encourage students to develop critical-thinking skills while also making more informed choices about their diets. I also think linking nutrition with sustainability would add another valuable dimension and help students understand that healthy food choices can also have wider environmental considerations.
Reflecting on the nutritional value of seafood has highlighted for me how useful this topic could be as a practical and engaging classroom resource. Seafood can provide important nutrients, including high-quality protein, omega-3 fatty acids, vitamins and minerals such as vitamin D. Exploring these nutrients could help students understand the relationship between diet, nutrition and overall health, while also encouraging them to think critically about food choices.
In the classroom, I could incorporate seafood nutrition into lessons in SPHE on healthy eating, food science, biology or home economics. Students could compare the nutritional profiles of different types of seafood with other protein sources and investigate how preparation and cooking methods can affect food. Activities could include analysing food labels, researching recommended dietary guidelines, or designing a balanced meal that includes seafood.
I agree, children really enjoy this topic and it would make a wonderful project that would cover so many areas of STEM.
The ARC online lessons and resources gives an opportunity to make STEM learning more practical, relevant and connected to real world issues. I could apply the concepts and skills from these resources by using marine and seafood-related topics as contexts for learning. For example, students could investigate aquaculture, sustainability, marine ecosystems or seafood production while developing skills in data collection, analysis, problem-solving, collaboration and critical thinking. This would help demonstrate that STEM is not simply about individual subjects, but about applying knowledge and skills to authentic challenges.
The resources also align well with the aims of the STEM Education Policy Statement by supporting active, student-centred learning and encouraging curiosity, creativity and problem-solving. From a school-wide perspective, STEM could also form part of the SSE process by identifying strengths and areas for development in STEM provision. Staff could collaborate to review existing STEM opportunities, identify gaps, share effective practice and develop common goals. Progress could then be monitored through student feedback, engagement and examples of STEM learning across different subjects. This approach could help create a consistent school-wide STEM culture rather than treating STEM as the responsibility of individual teachers or subjects.
Reflecting on the location of aquaculture farms in Ireland has helped me appreciate how closely aquaculture is connected to coastal communities. Ireland’s coastline provides suitable environments for shellfish and finfish farming, particularly in sheltered bays, sea loughs and other coastal areas. Many farms are located in rural and remote coastal regions where employment opportunities can be limited. This means aquaculture can make an important socio-economic contribution by providing direct employment in farming, harvesting and processing, as well as supporting local businesses such as boat operators, equipment suppliers, transport companies and hospitality services.
I also think aquaculture can help maintain the connection between coastal communities and the sea, supporting local knowledge and traditions while creating opportunities for younger people to remain in their communities. However, the location of farms also needs careful management to balance economic benefits with environmental protection and the interests of other coastal users.
Overall, I see aquaculture as having the potential to support resilient coastal communities when it is developed responsibly, with local communities involved in decision-making and environmental impacts carefully considered.
The BIM online lessons and resources, along with the Native Oyster Network and Native Oyster Restoration Alliance, provide fantastic opportunities to bring real-world environmental issues into the classroom. I really like how these resources can connect aquaculture with science, sustainability, biodiversity, and local community issues. Students could investigate oyster farming and restoration, explore the ecological role of oysters, and consider how aquaculture can contribute to healthy coastal environments and sustainable food production.
Learning about social license is especially important because it encourages students to recognise that successful aquaculture is not based solely on scientific or economic evidence. Communities need to understand, trust, and support developments that may affect their environment and livelihoods. Classroom activities could involve students taking on different stakeholder roles, such as oyster farmers, local residents, environmental groups, scientists, or policymakers, and debating a proposed oyster-farming project. This would develop critical thinking, communication, collaboration, and an appreciation of different perspectives.
Overall, these resources could make learning more engaging by showing students how classroom knowledge can be applied to genuine environmental and societal challenges.
I really enjoyed reading your research question and I think it is a great way of making climate change relevant to pupils. It is age appropriate and would also be a lovely way to involve the whole school in their thinking.
How does the amount of rainfall affect the local environment around our school?
I chose this question because rainfall is something pupils can observe and measure themselves, making climate change and environmental issues more meaningful and relevant to them. I would encourage pupils to take an active role in the investigation rather than simply giving them information. As a class, we could begin by discussing what pupils already know about rainfall and how they think it affects the school environment. Pupils could then make predictions and decide what information they need to collect.
We could use a rain gauge to record rainfall over several weeks and compare this with observations of areas around the school, such as muddy ground, puddles, plants and drains. Pupils could record their results in tables and graphs and discuss any patterns they notice. We could also use weather data to compare our findings.
I would encourage teamwork by giving pupils different roles, such as recording data, taking photographs, measuring rainfall and presenting results. At the end, pupils could discuss whether our findings suggest any changes we could make around the school to better manage heavy rainfall. This would make the activity practical, collaborative and connected to real-life climate issues.
I really enjoyed reading your post and I agree that researching satellites makes us realise how much is happening above us that we don’t normally think about. I particularly liked your point about Sentinel-1A being able to collect information through cloud cover, as this is especially relevant to Ireland’s weather! I also think satellites would be a fantastic topic for children because it combines their natural interest in space with real-world applications of Science, Geography and STEM. Exploring how satellites can monitor flooding, farming and climate change could help pupils understand how technology is used to solve real problems. It would also be interesting to have pupils investigate satellite images of Ireland and compare how different areas have changed over time.
EO Browser is a handy, user-friendly online tool that allows you to explore our planet from space. You can choose a location, search satellite images from different dates and satellites, and compare how places on Earth have changed over time. It is a great resource for learning about our environment and would be amazing for the SESE subject areas. For example, pupils could investigate how a local area has changed over time, examine vegetation, explore the effects of flooding or wildfires, or investigate climate and environmental issues. I particularly like the Education Mode because it provides simplified themes and selected datasets that make the tool more manageable for pupils!
I would begin with a whole-class demonstration before allowing pupils to work in pairs. Pupils could make predictions about what they expect to see and then compare satellite images to test their ideas. This would develop observation, questioning, data interpretation and digital skills while making STEM learning much more connected to the real world which would be very handy for my SEN students.