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Using Starry Night and The Scream as contrasting representations of the sky is such a creative way to spark discussion about emotion, atmosphere, and visual storytelling. I hadn’t thought of linking The Scream with night sky themes before, but it would definitely lead to interesting interpretations from the children.
The night sky has inspired countless songs, poems, and works of art across cultures and generations. In Irish culture, the stars and moon often appear in traditional songs and poetry, connecting us to nature, time, and wonder. President Michael D. Higgins’ poem “Stardust” beautifully captures the sense of awe and belonging we feel when we look up at the night sky. It reminds us that we are part of something vast and shared.
Songs like “Twinkle, Twinkle, Little Star”, “Moondance” by Van Morrison, and “Yellow” by Coldplay all express the magic and mystery of the sky above. Poets like W.B. Yeats often wrote about stars and night as symbols of dreams or fate. In the classroom, we can explore these creative works alongside science topics. Children could paint starry skies like Van Gogh’s Starry Night, write their own night poems, or create lullabies, all while learning about pace and light pollution.
I really like your idea of starting with the children’s interest in nocturnal animals, it’s such a natural way to get them engaged. The night vision glasses activity sounds like great fun and a brilliant way to spark discussion about how animals see in the dark. Using the nearby disused buildings as part of the biodiversity conversation is a great idea too. I can’t wait to try these ideas with my own class.
How you would engage your learners to explore biodiversity in your local area and the possible impacts of light pollution on local biodiversity.
To engage my learners in exploring local biodiversity, I would begin with a nature walk around the school grounds or nearby green spaces. I would get the children to use simple biodiversity checklists to record plants, insects, birds, and any signs of mammals. This hands-on activity fosters curiosity and helps pupils connect with the nature around them.
We would then introduce the idea of light pollution and how artificial lighting affects local wildlife, especially nocturnal animals like bats, moths, and hedgehogs. Through videos, experiments, and discussions, the children would learn how bright lights can disrupt animal behaviours such as feeding, nesting, and pollination.
Using data from night-time observations or resources like Globe at Night, children could compare areas with more or less artificial light. They would then create posters or presentations to raise awareness in the school community. This approach combines science and geography, empowering children to protect biodiversity in their own locality.
In my local area in County Cavan, light pollution is becoming more noticeable each year, especially as more housing developments and industrial units introduce stronger outdoor lighting. On clear nights, only a handful of stars are visible with the naked eye, and even bright constellations like Orion can be hard for children to spot. This disconnect from the natural night sky is something I’d like to explore with my class through hands-on learning and local observation.
To engage learners, I would begin with a simple “Night Sky Journal” activity where the children record what stars they can see from their back gardens or windows over a few nights. We would compare results and map out areas where visibility is better or worse. I’d also use resources from the “Globe at Night” citizen science project to introduce the idea of measuring light pollution using their Sky Brightness Meter tool, helping pupils contribute real data. This project would naturally lead into discussions about energy waste, wildlife, and the importance of preserving our dark skies.
By connecting local experience with global issues, I hope to make the topic meaningful and empowering, showing children they can be active participants in science and environmental change.
Plan to Observe the Moon – Morning Visibility and Phases (2024–2025)
Best Moon Phase for Morning Observations from School:
For early morning moon watching, the waning gibbous and last quarter phases of the Moon are the best. During these phases, the Moon is visible in the early hours of the morning and remains high in the sky at school arrival time. This makes it ideal for observation before or during the start of the school day.
Using Stellarium or a Moon phase calendar teachers can select mornings with good visibility, ideally with clear skies and a safe view of the southern or western sky.
To engage children in observing the Moon from school, I would link this activity to the SESE strand Earth and Space. We would begin with a class discussion on the Moon’s phases and use visual aids. We would also use the Stellarium app to show how the Moon changes over a month. Pupils would then help create a “Moon Watch” calendar showing when the Moon will be visible during the school morning in phases like the waning gibbous and last quarter.
On an agreed morning, children would come in a bit early or use the first part of the school day to observe the Moon from the yard or a classroom window, using binoculars and observation sheets. They’d draw what they see and note any interesting features.
To conclude the lesson, the class would write Moon diaries or create posters explaining what they learned. This activity makes astronomy tangible, exciting, and fully accessible for all children.
Plan how your students could “observe and record the positions of the sun when rising and setting and at different times of the day”.
For this activity, I would chose to build sundials with my students. It’s a simple, hands-on way to explore Earth’s rotation and how the sun moves across the sky during the day. We start by learning how sundials work, and then each student creates their own using cardboard, paper plates, and a straw or stick for the gnomon. We set them up in a sunny area of the school yard and mark the shadow’s position every hour. It’s amazing how quickly they start noticing patterns and asking questions for example ‘Why does the shadow move this way?’ ‘Why is it shorter at noon?’ etc.
This activity brings together science (Earth and space), math (measuring angles, telling time), and design (building and testing their sundials). It’s a great way for students to see how these areas overlap. It also gets them outside, observing and connecting with the natural world. And honestly, they love it, it’s the kind of learning that sticks with them.