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Hi Adrian, I really like the possibility of allowing children to investigate rivers in the local area and how our habits can influence our waterways. I think this is a great way for children to learn about sustainability
Stoneybatter, Co. Dublin as a community has really come together especially in the last few years to build on work that was started many years ago by the tidy towns community. Working and living close by has allowed me to recognise how the local community provides valuable opportunities for children to explore sustainable living. The area has a strong community identity, with local businesses, green spaces, recycling initiatives throughout the area. There are many walking and cycling opportunities in the phoenix park, located just five minutes away from the school I work in. Community-led projects such as the Stoneybatter festival encourages people to think about their environmental impact and to engage within the community. These examples demonstrate that sustainability is not only a global issue but something that can be practised within our own neighbourhoods. In my classroom, I would encourage pupils to discuss and investigate sustainability within the school inline with our green school’s initiative. In the past, I’ve conducted sustainability quests within the school, allowing students to examine our energy use, water consumption and transport to and from school. This allowed my class to work in small groups to identify improvements and create solutions that we put in place. A local walking survey could also allow pupils to photograph examples of sustainable and unsustainable practices within our community. Inviting local community groups such as our tidy towns community to speak with the pupils would further strengthen learning. I feel this approach would make sustainability meaningful, practical and connected to pupils’ everyday lives.
Hi Kathy, I really like this activity to engage with the children and their thoughts behind their decisions. I think this would work great within my classroom!
Reflecting on the nutritional value of seafood has highlighted the important relationship between healthy eating, sustainability and food production. Seafood is a valuable source of high-quality protein, omega-3 fatty acids, vitamin B12, vitamin D, iodine and selenium. Oily fish such as salmon, trout and mackerel are particularly beneficial because of their omega-3 content. Aquaculture provides an interesting context for exploring these nutritional benefits while also considering how seafood is produced. In Ireland, farmed salmon, mussels and oysters can provide relevant, local examples. In the classroom, I can see great connections between aquaculture and the local area as a topic to encourage inquiry-based learning. Students could compare the nutritional profiles of fresh seafood vs processed, investigate sustainability, and explore Irish aquaculture locations when appropriate. This could connect Science, Geography and Mathematics. Overall, seafood and aquaculture provide a meaningful way to develop students’ nutritional knowledge, critical thinking and awareness of sustainable food choices.
I agree with the hook and also really like the geographical focus on locality. Using a topic such as this can highlight different areas along the process of food production and how they apply within your schools community.
The ARC online lessons and resources supply a detailed step by step guide in teaching the topic of aquaculture while also opening the door to showing how Stem can be engaging and meaningful within the classroom. The topics of Aquaculture, Nutrition, Community and Sustainability encourages children to ask questions, investigate problems, and work together to come up with their own solutions. This links well with the STEM Education Policy Statement, which highlights creativity, curiosity, problem-solving, teamwork and critical thinking. The ARC resources highlights STEM and the big shift in practice from isolated subjects to a more integrated approach. For example, a topic such as aquaculture could be explored through Science, Geography, Maths and SPHE. Using the resources as a template for furthermore investigation and learning allows children a clearer and more practical learning within STEM. At a whole-school level, STEM could be included in the SSE process by looking at what STEM activities are already happening, identifying areas for improvement and collaboratively setting SMART goals. Using topics such as Aquaculture Teachers could work together, share ideas and plan cross-curricular STEM activities creating a bank of class appropriate topics. This would help create a more consistent and enjoyable STEM experience for all pupils.
Reflecting on the location of aquaculture farms in Ireland, I was struck by how closely they are connected to the country’s coastal geography as Farms are mainly located along sheltered bays, estuaries and coastal waters, particularly around the west and south-west, where conditions are very suitable for farming species such as Atlantic salmon, Pacific rock oysters and Blue mussels. This also helped me recognise how Ireland’s existing maritime resources can support communities beyond traditional fishing and leisure activities. I found the socio-economic role of aquaculture particularly interesting. Aquaculture can provide direct full time employment while also supporting local suppliers, transport, processing, tourism and other indirect businesses. In many coastal areas located in the west and south west, this can help maintain farming livelihoods in locations where traditional land farming would be challenged due to physical factors such as soil quality, bogs and terrain. Hopefully encouraging younger people to remain in their communities and contribute to local economic sustainability.
I strongly agree! this topic offers many great learning opportunities for classrooms all around Ireland especially located close to source
I completely agree, as it can lead to great discussion within the classroom and can have many different avenues for the teacher to explore.
I really enjoyed learning more about aquaculture and the concept of Social License throughout this course. It highlighted in great detail how aquaculture is a great asset and the important role it is playing in order to protect the environment while also building trust and relationships within communities. I think there are many ways these ideas could be linked into the classroom, particularly within SESE and SPHE. Teaching in Dublin this gives an insight into how we can explore where our seafood comes from, how fish farming operates and why sustainability is important. It could also give students the chance to look at different viewpoints and engage discussion around environmental issues. I also found the practical resources and digital tools very useful, as they are highly informative and can be easily adapted to suit different age groups and class levels. I would love to get my school involved with the Arc mobile classroom but the size may be a problem for our small urban school.
Hi Marian, excellent topic to use as deforestation very topical issue especially with urban sprawl taking place! I can see this working very well within my class
Yes I fully agree the Paxi video is more geared towards younger classes and definitely breaks down the information in great ways for children to understand
Assignment 5
Research Question:
How does urban green space in our community impact local temperatures and air quality compared to areas with less vegetation?
Encouraging Student Participation:
Introduction through Storytelling: I would begin with an engaging story about a “heat island” effect in cities and the role of parks and trees in cooling and cleaning the air. Using visuals and anecdotes to make the concept relatable and exciting.
Interactive Brainstorming: I would conduct a brainstorming session where I would encourage the children to share their observations about local parks, playgrounds, and streets. Facilitating the discussion by asking questions like, “Do you feel cooler when you’re near trees?” to spark curiosity and personal connection.
Hands-On Exploration: I would organize a field trip to nearby green spaces and urban areas. Providing simple tools for students to measure temperature and observe air quality, such as digital thermometers and homemade air quality sensors using cotton pads.
Small group Projects: I would split the class into small mixed ability groupings allowing them to pick roles such as data collectors, photographers, reporters. With the aim to foster teamwork and ownership. Encourage them to document their findings with photos, drawings, and notes which could be used to encourage other classes in the school to follow suit.
Data Analysis and Discussion: Back in the classroom, I would guide students in analyzing the collected data and discussing their findings. Developing charts and graphs to visualize the impact of green spaces on temperature and air quality, making it easier for students to understand.
Presentations: I would then have students present their findings creatively, such as through posters, skits, or digital presentations. This allows them to share their insights with peers and the school community, boosting confidence and communication skills.
Action Plan: Finally I would encourage students to brainstorm small actions they can take to improve urban green spaces, such as planting trees or starting a school garden, emphasizing their role as climate detectives and change-makers.
By integrating storytelling, hands-on activities, teamwork, and creative expression, students are more likely to engage with the project enthusiastically and develop a deeper understanding of climate issues.Assignment 4:
Several satellites have recently passed over Ireland, each serving different purposes related to earth observation, climate monitoring, and navigation. Here are five satellites that have done so in the last two months:
1. Sentinel-3A
Purpose: Part of the European Space Agency’s Copernicus program, Sentinel-3A monitors sea surface temperatures, ocean and land color, and vegetation health. It provides data essential for climate research and environmental monitoring, aiding in understanding and mitigating the impacts of climate change.
2. Aqua (EOS PM-1)
Purpose: Operated by NASA, Aqua is a key Earth-observing satellite that collects data on the Earth’s water cycle. It measures variables like sea surface temperature, soil moisture, and atmospheric conditions, contributing to weather forecasting and climate research.
3. Landsat 8
Purpose: Managed by NASA and the US Geological Survey, Landsat 8 provides high-resolution images of the Earth’s surface. It helps monitor agricultural activities, deforestation, urban expansion, and natural disasters, supporting land management and environmental conservation efforts.
4. Terra (EOS AM-1)
Purpose: Another NASA satellite, Terra monitors Earth’s land, atmosphere, and oceans. It collects data on cloud cover, solar radiation, and surface temperature, aiding in climate change research and ecosystem analysis.
5. MetOp-B
Purpose: Part of EUMETSAT’s Meteorological Operational satellite program, MetOp-B provides detailed weather data. It assists in weather forecasting, climate monitoring, and environmental research by capturing atmospheric profiles and tracking storm patterns.
These satellites play crucial roles in understanding our planet’s dynamics and supporting sustainable development and climate resilience strategies.