Forum Replies Created
-
Posts
-
The film ‘Home’ is lovely to watch. It shows beautiful pictures of our world and also the harm people are doing to it. The clear voice and amazing views help explain climate change in a way that is easy to follow. The other videos in the module also help explain ideas like the greenhouse effect, global warming, and how people’s actions affect the Earth. In the classroom, I would start with short, easy clips to engage them. After each one, we could talk about what they saw and how we can help the planet. I would use examples from our own area, like changes in the weather or animals we see, so they can understand how these problems affect us too. This would help them see that we can all do something to help.
I really like your plan to connect the temperature prediction tool with your Green Schools Committee work. I’ll definitely think about including this in my classroom next year. I agree that using the video to support visual and auditory learners is a good idea especially for a topic that can be tricky to explain. I also love your idea of comparing temperatures from other countries to Ireland; it’s a fantastic way to give pupils a global perspective.
I think that activity 3, with the Paxi video on greenhouse gases and the temperature prediction tool, are effective ways to introduce pupils to climate change. The video breaks down the role of greenhouse gases clearly and simply, making a hard topic more understandable for children. The interactive prediction tool is great for engaging pupils, letting them see how different emission levels can affect future temperatures. This approach encourages critical thinking. In my classroom, I would use this activity to start conversations about human impact on the environment and the importance of reducing emissions. An extension activity could be to ask pupils to write or draw their predictions and thoughts, helping them process what they’ve learned. Including local climate examples would also make the activity more relevant and relatable. Overall, this is a strong, interactive resource that supports learning about climate change in an accessible way.
I like how you’ve highlighted the strengths of both activities. Using familiar examples like birthday weather memories is a great way to make weather or climate relatable and memorable for pupils. The categorisation task and climate zone map are useful for cementing the concepts and pairing them with group discussion would enhance the learning.
Having read the above article I was reminded that STEM education is not just about teaching separate subjects but about fostering curiosity, problem-solving, and real world connections. In my classroom, STEM happens through integrated projects linking observation, data gathering, and creative solutions, so as pupils see how the disciplines support each other. I run a stem club in my school weekly and see the benefit of STEM for the children and how it enhances their problem-solving skills.
The Weather and Climate activities fit perfectly into this approach.
• Activity 1: Is it Weather or Climate? clearly distinguishes between short-term conditions and long-term patterns. Pupils enjoyed sorting examples and debating tricky ones.
• Activity 2: Weather Detectives was engaging and hands-on, encouraging careful observation and data recording. It promoted both science skills and critical thinking.
I’d enhance these by incorporating live local weather data, linking observations to climate change discussions, and adding follow up tasks comparing results over several weeks. Overall, they’re accessible, adaptable, and ideal for fostering STEM thinking in primary classrooms.These are useful examples of sustainability within your school and local community. I like how your school engages students through practical initiatives like the uniform swap and creative reuse in art projects. These activities help children develop and share sustainable habits beyond the classroom. Your description of community efforts such as farmers’ markets and electric vehicle charging points highlights a strong collective commitment to sustainability. These real-world examples offer valuable opportunities to make sustainability meaningful and relevant for pupils.
Phibsborough, Dublin, actively practises sustainability through community initiatives like the Phibsborough Village Climate Club, which focuses on biodiversity, waste reduction, and energy efficiency. Local businesses, such as Noms, promote organic and refillable products, supporting waste reduction and sustainable living.
As an educator, I see great potential in connecting these local efforts to classroom learning. To engage pupils, I would involve them in projects like conducting waste audits in school, creating a garden with native plants or vegetables, and organising a clothing swap to promote reuse. These activities reflect the community’s sustainable practices and help pupils understand the importance of environmental responsibility.
By linking lessons to local sustainability actions, students can develop a real-world understanding of how their choices impact the environment and build a strong sense of responsibility.I really liked how you connected seafood nutrition to multiple subjects, especially science and geography. The idea of using creative activities like storytelling and menu planning is a great way to make the topic engaging for younger students. I also appreciated your focus on inclusivity and recognising different dietary needs. It’s such an important aspect of classroom discussions around food. You’ve given me some great ideas to bring into my own teaching.
Learning about the nutrition of seafood would deepen one’s understanding of its vital role in a healthy, balanced diet. Seafood is a rich source of essential nutrients such as omega 3 fatty acids, high quality protein, vitamins (like D and B12), and minerals such as iodine and selenium. These nutrients are crucial for brain development, heart health, and overall wellbeing, especially in growing children.
In a primary classroom, this knowledge presents meaningful cross curricular learning opportunities. Through SPHE and Science, pupils can explore the benefits of healthy eating and food origins, while linking to Geography through the study of fishing communities and coastal environments. Practical activities could include designing a balanced meal plan, investigating different types of fish, or even simple food preparation where appropriate.
Bringing in local knowledge, such as inviting a fishmonger or dietitian, can make lessons more engaging. It also helps children build a connection between food, health, and their local environment, promoting lifelong healthy habits.Hi Lisa,
I felt this reflection clearly shows how the ARC resources can enrich primary teaching. I really liked your integration of aquaculture across SESE and Maths, making STEM both hands on and relevant. The idea of a STEM fair and involving the local community, like an oyster farmer, is an excellent way to bring learning to life. It not only engages pupils but also strengthens school community links. You’ve given me some great ideas to consider for our own STEM planning.
The ARC’s Online Lessons & Resources provide excellent support for embedding STEM education in the primary classroom. Their focus on inquiry based, hands on learning aligns well with the STEM Education Policy Statement, which promotes early engagement and the development of key skills such as problem solving, collaboration, and creativity. I found the cross curricular approach particularly useful, as it allows STEM to be integrated meaningfully into subjects like SESE and Maths. For example, using simple design and make tasks or digital tools like coding apps can encourage critical thinking even in younger classes.
From an SSE perspective, these resources can support teachers in reflecting on current practice and identifying areas for improvement. They offer practical ideas that can be used for whole school planning and CPD, helping to ensure a consistent and engaging approach to STEM. Overall, the ARC resources are a valuable asset in developing a school culture where STEM learning is active, accessible, and fun.Absolutely agree, your comment highlights the often overlooked but vital role aquaculture plays in sustaining coastal communities. While the dramatic scenery draws our attention, it’s industries like aquaculture that keep these regions economically viable.
Aquaculture farms in Ireland are primarily located along the western and coastal areas where the clean, sheltered waters and rich marine ecosystems offer ideal conditions for cultivating species like Atlantic salmon, mussels, and oysters. The placement of these farms is not random but rather a careful balancing of environmental suitability, access to infrastructure, and community engagement.
From a socio-economic perspective, aquaculture plays a vital role in revitalising rural coastal communities that often struggle with depopulation and limited employment opportunities. These farms provide steady, local employment across a range of skill levels. These range from hatchery technicians and farm workers to logistics and quality control specialists. They also create indirect jobs in processing, transportation, and tourism.
Moreover, aquaculture encourages younger generations to remain in or return to their hometowns, preserving cultural heritage and strengthening social cohesion. With appropriate environmental safeguards, aquaculture can support both economic growth and marine sustainability in Ireland’s coastal regions.
Hi Cathriona,
I agree, the resources introduced in module 1 are brilliant for the children. More important they can relate them to the world around them and gain a better understanding of aquaculture in a meaningful way. You could do so much with these in the classroom.
Marie
Exploring aquaculture and the concept of social license in the classroom presents a valuable opportunity to deepen students’ understanding of sustainability, environmental responsibility, and the role of community perspectives in industry. Integrating digital tools such as interactive maps, videos, simulations, and stakeholder role-play activities allows students to engage more critically and creatively with the topic. These tools promote inquiry-based learning, enabling students to analyse real world issues, debate differing viewpoints, and understand the complexities of balancing economic growth with environmental and social accountability.
By learning about aquaculture, students can explore how food production affects ocean ecosystems and local communities. Introducing the concept of social license encourages them to consider the importance of earning public trust and the role of ethics in decision-making. This reflection fosters critical thinking and empathy, skills essential for active, informed citizenship. Overall, these tools and themes equip students to participate thoughtfully in discussions about sustainability and the future of our planet.
