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Sustainability is becoming an increasingly important focus in Donegal, with many local initiatives aimed at protecting our natural environment and promoting responsible living. In coastal areas like Killybegs and Greencastle, sustainable fishing practices are supported through regulations that protect fish stocks and marine habitats. Community projects such as beach clean-ups, local farmers’ markets, and renewable energy initiatives highlight the active role Donegal residents are taking to care for their surroundings.
In the classroom, I would engage pupils by first exploring what sustainability means in their own lives—looking at how we use water, energy, and food. Using local examples, such as sustainable fishing in Killybegs or wind farms in Glenties, helps make the concept real and relatable. Activities could include creating posters on sustainable habits, investigating local recycling practices, or even organising a class beach clean-up.
Linking these lessons to the SESE and SPHE curricula allows children to understand their role as active citizens. By seeing sustainability in action locally, students are empowered to make positive environmental choices and appreciate their connection to the wider world.
Living in Donegal, we are fortunate to have access to some of the freshest and highest-quality seafood in Ireland. This provides a unique opportunity to bring the topic of seafood nutrition into the primary classroom in a way that is local, relevant, and engaging. Seafood is an excellent source of lean protein, omega-3 fatty acids, vitamins, and minerals that are essential for brain development, heart health, and overall well-being—important messages to pass on to children from a young age.
By exploring seafood nutrition in class, students can learn about healthy eating habits and how food choices impact their health. Lessons can be linked to the SPHE and SESE curricula, covering topics such as food sources, local industry, and the importance of a balanced diet. Activities might include reading food labels, planning healthy meals, or even meeting a local fishmonger or visiting a seafood market in Killybegs.
By connecting classroom learning to the rich seafood culture of Donegal, students gain a deeper appreciation for local food systems while developing lifelong healthy eating habits.
I agree, the ARC online lessons are engaging and easy to use. I feel motivated to add these lessons to my yearly plan.
Using the online lessons and resources developed by The ARC provides a meaningful way to integrate real-world STEM learning into my primary teaching practice in Donegal. The ARC materials offer engaging, inquiry-based activities that align well with the STEM Education Policy Statement, promoting critical thinking, problem-solving, and collaboration—skills essential for preparing students for future challenges.
Living in Donegal, I can enhance this learning by linking classroom content to local industry, such as organising a visit to Killybegs—one of Ireland’s most important fishing and aquaculture hubs. Students could explore the science behind fish farming, the technology used in modern fisheries, and the environmental considerations around sustainable seafood production. This local connection brings STEM learning to life and strengthens community awareness.
In terms of the School Self-Evaluation (SSE) process, STEM education can be addressed school-wide by identifying it as a focus area. Staff could collaboratively use ARC resources to plan cross-curricular units, gather evidence of student engagement, and reflect on teaching practices. This would support a whole-school approach to embedding STEM, ensuring it is purposeful, context-rich, and connected to students’ local environment and future opportunities.
Aquaculture farms in Ireland are predominantly located along the western seaboard, where clean, nutrient-rich waters and sheltered bays provide ideal conditions for farming species such as salmon, mussels, and oysters. These locations are often in remote or rural coastal areas, where traditional employment opportunities may be limited. Aquaculture can therefore play a vital role in supporting local economies, creating year-round employment and encouraging younger generations to remain in their communities.
The socio-economic benefits extend beyond direct employment. Local businesses such as transport, feed supply, and maintenance services also benefit from the industry. Additionally, aquaculture can contribute to food security and sustainable seafood production, aligning with national goals on environmental responsibility and economic resilience.
However, for aquaculture to gain long-term public support, or Social License, farms must operate transparently, engage with communities, and minimise environmental impact.A strong example is Kush Shellfish in Kenmare Bay, Co. Kerry. This family-run mussel farm has provided local jobs for decades and works closely with environmental agencies to ensure sustainable practices, while also promoting marine education and eco-tourism in the area.
Using tools to explore Aquaculture and Social License in an Irish primary school can make learning highly relevant and engaging. By using digital resources, videos, and interactive maps, pupils can investigate how fish farming operates in Ireland, especially in coastal communities like Bantry Bay. For example, studying a local salmon farm helps students understand where food comes from and the balance needed between industry, the environment, and community interests. Discussing Social License—whether local people accept and support aquaculture—encourages pupils to think critically about sustainability, trust, and communication. These lessons link closely with the SESE (Social, Environmental and Scientific Education) curriculum and help develop skills in inquiry, discussion, and ethical thinking. Learning in this context fosters environmental awareness, active citizenship, and an appreciation of how rural Irish communities interact with industry and nature. It gives pupils a real-world context for understanding how decisions affect both people and the planet.