[Marguerite Cleary]

The idea of getting a visit from a local beekeeper is a lovely idea. The children would love it.

[Marguerite Cleary]

Sustainability is becoming increasingly visible in my local area through community gardens, coastal clean-up events, recycling initiatives, and support for local produce at farmers’ markets. There is a growing emphasis on reducing plastic use, conserving energy, and promoting biodiversity through rewilding projects. These practices offer rich, real-world contexts for learning in the classroom. To engage pupils, I would begin by exploring local environmental issues and successes through walks, guest speakers, and project-based learning. Pupils could map sustainable features in our community or interview local business owners about eco-friendly practices. We could set up a school garden, compost food waste, and monitor energy use in class, giving pupils hands-on responsibility. I would encourage inquiry by posing open-ended questions like, “How can we help our community be more sustainable?” This approach promotes environmental stewardship and empowers pupils to see themselves as changemakers within their local environment.

[Marguerite Cleary]

The food pyramid is a nice way to start the lesson especially with the younger classes. I would use read food to create a real food pyramid to really engage the children.

[Marguerite Cleary]

Learning about the nutritional benefits of seafood offers a valuable opportunity to engage primary students in discussions about healthy eating and sustainability. Seafood is rich in essential nutrients such as omega-3 fatty acids, protein, iodine, and vitamin D, all of which contribute to brain development, heart health, and overall growth—key concepts in both science and SPHE curricula. Teaching children about these benefits encourages informed food choices from a young age and supports the development of lifelong healthy habits. This knowledge can be explored through cross-curricular activities like investigating food groups, examining marine life, or even integrating seafood-themed cooking demonstrations or tasting sessions where appropriate. It also opens discussions on food origins, environmental responsibility, and the importance of supporting local fishing and aquaculture industries. Bringing seafood nutrition into the classroom creates a meaningful link between personal well-being and the wider world, fostering curiosity, responsibility, and respect for natural resources.

[Marguerite Cleary]

I like the idea of using the ‘Salmon of Knowledge’ story when teaching this lesson. I would use this story as a way to grasp the children’s attention at the beginning of the lesson.

[Marguerite Cleary]

Engaging with this course has given me a greater understanding of how aquaculture can be used as a rich and meaningful context for STEM education. The ARC’s interdisciplinary approach—bringing together marine biology, sustainability, innovation, and technology—closely supports the aims of the STEM Education Policy Statement. It encourages learning that is relevant, engaging, and grounded in real-world issues, while also promoting curiosity, critical thinking, and care for the environment.

I see strong potential in using the ARC’s online resources to enhance STEM learning in the classroom. Topics such as fish farming, ocean health, and food security lend themselves well to integration across multiple subject areas, including science, geography, maths, and SPHE. These also support the development of key skills such as communication, teamwork, and active citizenship, in line with the Primary Curriculum Framework.

From a School Self-Evaluation (SSE) perspective, the ARC offers a clear and practical route for improving STEM provision across the school. Introducing marine-themed projects could help engage a wider range of learners, especially those who may be less drawn to STEM through traditional approaches. A visit to ARC could also serve as a valuable action step or piece of evidence within an SSE focus on STEM, sustainability, or environmental awareness.

Overall, the ARC experience provides a powerful opportunity to make STEM education more hands-on, locally relevant, and forward-thinking.

[Marguerite Cleary]

I agree with Lisa that aquaculture farming reduces the number of people who are forced to emigrate which is a huge positive.

[Marguerite Cleary]

Aquaculture farms in Ireland are predominantly located along the western and southern coasts, taking advantage of the pristine waters, sheltered bays, and ideal tidal conditions. These farms, which cultivate species such as salmon, mussels, and oysters, are strategically placed to minimise environmental impact while maximising growth potential. Their presence brings significant socio-economic benefits to coastal communities. Firstly, aquaculture creates local employment in areas where job opportunities may be limited, supporting both direct roles in farming and indirect jobs in processing, transport, and equipment maintenance. It also fosters community development through increased demand for services and infrastructure. Additionally, it encourages younger generations to remain in or return to rural areas, counteracting population decline. Local economies benefit from exports and domestic sales, while some regions also enjoy tourism spin-offs, such as seafood festivals and farm tours. Overall, aquaculture offers a sustainable opportunity for economic revitalisation and long-term resilience in Ireland’s coastal communities

[Marguerite Cleary]

Learning about aquaculture in primary school fosters environmental awareness, scientific curiosity, and responsible citizenship. It introduces students to how fish and other aquatic organisms are farmed, highlighting sustainable food production and the importance of protecting marine ecosystems. Through hands-on activities, such as observing aquatic life or creating simple aquaponics models, students develop inquiry and problem-solving skills. Aquaculture education also connects with key subjects like science, geography, and SPHE, encouraging cross-curricular learning. It helps children understand global challenges such as overfishing and climate change, while offering solutions through innovation and sustainable practices. Importantly, it nurtures empathy and respect for nature, empowering students to make informed choices that support the environment. By learning where their food comes from and the impact of human actions on aquatic habitats, students become more engaged in caring for the planet. Overall, aquaculture education inspires a sense of stewardship and curiosity about the natural world.

[Marguerite Cleary]

As Niamh has mentioned it is so important to recognise the route of seafood from farm to fork. The lifecycle of the salmon was very interesting.

[Marguerite Cleary]

I agree with Susan, it’s important for children to learn how and where their food comes from. Seafood is a food that some children don’t get to experience especially in an inland county.

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