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Hi Laura, I really like this idea, especially the combination of designing a plan and then creating a physical model. I think this would be a great way to make the concept of light pollution more concrete and understandable for 4th class. Asking the children to think about the placement of streetlights, buildings and trees also encourages them to consider practical solutions rather than just identifying the problem. The group work and presentations would also develop teamwork and communication skills. I think the connection to Drogheda makes it even more meaningful, as the children can relate the activity to their own local area.
Describe how you could implement a version of “Design Your own Dark Sky place” in your school/classroom?
I would use “Design Your Own Dark Sky Place” as a STEM project where 6th class pupils investigate light pollution and design a dark-sky-friendly area for the school.
1. Introduce:
We would discuss light pollution, its causes and its effects on humans, wildlife and our ability to observe the night sky. Pupils could compare images of urban and dark-sky areas.
2. Investigate:
In groups, pupils would carry out a light audit of the school grounds, recording different light sources and considering their purpose, brightness and direction. They could identify areas where lighting could be reduced.
3. Design:
Using a map of the school, pupils would design their own “Dark Sky School”. They could include downward-facing lights, timers, motion sensors and wildlife-friendly areas. They would need to balance safety, practical needs and biodiversity.
4. Present and evaluate:
Groups would present their designs, explaining how their choices would reduce light pollution. The class could evaluate the ideas and agree on realistic changes that could be shared with the Green Schools Committee or school management.Hi Bébhinn, I really like how you have made this suitable for Junior and Senior Infants. Starting with a simple biodiversity survey is a great way to get the children observing and talking about the wildlife around them. I also like how you introduce nocturnal animals by encouraging them to think about what happens after dark. The final part is particularly effective as the children are given the opportunity to come up with their own ideas for making the school more wildlife-friendly. The wildflowers, native planting and reducing unnecessary lighting are all simple, practical actions that children can understand and get involved with.
How you would incorporate the needs of nocturnal species, especially those that rely on dark skies into school biodiversity plans
From what I have learned throughout this course, I would include the needs of nocturnal animals in the school’s biodiversity policy. We could look at the lighting around the school and identify where lights are needed and where they could be reduced or switched off. We could use timers, motion sensors and make sure lights point downwards rather than into trees or other habitats. It is important to teach the children and wider school about the importance of our wildlife and the role they play in our community and environment.
As a school, we could also create wildlife-friendly areas with native plants and safe spaces for animals. Pupils could learn about different nocturnal species, such as bats, moths, hedgehogs and owls, and investigate how artificial light can affect them. This could be included in our Green Schools work and biodiversity projects. This would help children understand that small changes in how we use light can make a difference to local wildlife.Hi Cristina! I really enjoyed reading your idea. The Naas Night Sky Audit is a creative and engaging way to help pupils understand light pollution through real-life investigation. The star count challenge encourages children to observe the night sky and collect meaningful data, while plotting the results on a map helps them visualise the impact of artificial light across the town. I also like how you included a practical STEM element by designing cardboard night shields. This gives pupils the opportunity to think like engineers and develop solutions to environmental problems. It is a hands-on, cross-curricular approach that would really motivate learners.
Detail how light pollution is impacting your local area and how you would engage your learners to explore this.
Light pollution is having an increasing impact on Galway City. The growth of street lighting, illuminated buildings, shop signs and housing developments has made it more difficult to observe the night sky. As a result, many stars and constellations are no longer visible from the city centre, reducing opportunities for people to connect with astronomy and the natural environment. Excessive artificial light can also affect wildlife, particularly nocturnal animals and birds.
To engage learners in exploring this issue, I would begin by discussing what light pollution is and how it affects our ability to see the stars. Pupils could compare photographs of the night sky taken in Galway City with images from darker rural locations in Connemara. They could then carry out a local investigation by observing and recording light sources around the school and community. This inquiry-based approach would help pupils understand the causes and effects of light pollution while developing their observation and scientific investigation skills.<p class=”isSelectedEnd”>I really like the idea of turning the autumn observation into a Skywatching Diary. It gives the children a reason to keep coming back to the investigation and allows them to see changes and patterns over time. I also think using Stellarium is a great way of supporting the children before they go outside, particularly as it can be difficult to identify objects in the night sky at first.</p>
The questions you have included would also encourage genuine curiosity and investigation. I particularly like “Where in the sky should we look?” as it gives the children a practical problem to solve. I think combining the technology with actual observations of the night sky makes this a really engaging STEM activity and gives children the opportunity to develop their observation and recording skills in a meaningful way.I really like this approach, particularly because the sundial challenge gives the children a genuine problem to solve rather than teaching each STEM area separately. I think 6th class pupils would enjoy having a real purpose for their learning and being able to see the results of their own investigations. The fact that they would have to test, evaluate and modify their designs makes it feel much more authentic.
Plan to observe the Moon – which phase of the Moon is best for observing in the morning from school?
For this lesson, I would focus on the Third/Last Quarter Moon, as this is a good phase for observing the Moon in the morning. During the 2026/2027 school year, suitable dates include 24 September and 24 October 2026. I would bring the children outside in the morning and see if we can spot the Moon from the school grounds. Before going outside, we could use the ESERO Ireland Moon and Solar System resources to research the different phases and make predictions about what we expect to see. I would ask questions such as, “If we usually see the Moon at night, why can we see it in the morning?” and “Will the Moon look the same tomorrow?”
I would also give the children a simple Moon diary to complete at home over a week or month. They could record the date, time, shape and position of the Moon and make a quick sketch of what they observe. We could then bring our findings back to class and compare them, looking for patterns and discussing why the Moon appears to change shape. I think this would make the learning much more meaningful because the children are actively questioning, observing, researching and discovering rather than simply learning the phases from a textbook.
- Plan how your students could “observe and record the positions of the sun when rising and setting and at different times of the day”
As a sixth class teacher, I have found that the children are incredibly engaged with lessons that are new, exciting and fun. Children are naturally curious and I want to allow that to flourish in my classroom. I would begin this lesson by showing the Paxi – Day, Night and the Seasons YouTube video to spark the children’s interest and encourage discussion. After watching, I would ask questions such as “Does the Sun always rise in the same place?”, “Why do our shadows change during the day?” and “Where do you think the Sun goes at night?” These questions would encourage the children to be curious and share their own ideas.
The class would then make predictions before carrying out observations over a week. We would observe the Sun at different times of the day and record its position using sketches, notes and compass directions. Pupils would compare their findings and look for patterns in the data they collect.
This lesson reflects the Science and Technology area of the new Primary Curriculum Framework, particularly the emphasis on inquiry-based learning. The children would be actively questioning, observing, predicting and interpreting evidence rather than simply being given information. From my own classroom experience, pupils are far more engaged when they are investigating a real question and discovering patterns for themselves. By combining the Paxi video with outdoor observations, the concept of the Sun’s apparent movement becomes much more meaningful and memorable.