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To engage my learners, I would begin by exploring the biodiversity in our local school grounds and surrounding area. My school is located in Buttevant, North Cork and the town has a trail from the back of the school to the local castle. We have participated in nature walks previously to the castle, where students had to identify birds, insects, plants, and other wildlife, recording their observations in pre-prepared trail documents. Going forward, we could compare areas with bright artificial lighting to darker areas and discuss how light pollution may affect nocturnal animals such as bats, moths, hedgehogs, and owls. Pupils could investigate ways to reduce unnecessary lighting and consider how protecting dark skies benefits both wildlife and people. We would also create posters and presentations to raise awareness within the school community. These activities would encourage curiosity, teamwork, and scientific inquiry while developing environmental responsibility. By linking biodiversity with light pollution, pupils would gain a deeper understanding of how their local environment can be protected and how small actions can make a positive difference for nature.
How many songs/poems/ art can you think of to connect us to the night sky?
The night sky has inspired people for thousands of years, and it is reflected in many songs, poems, and works of art. In primary school, exploring these creative works can help children develop curiosity about nature, science, and imagination.
There are many well-known songs about the night sky, many suitable for infants, such as “Twinkle, Twinkle, Little Star,” “Star Light, Star Bright,” “When You Wish Upon a Star,” and “Catch a Falling Star.” These songs encourage children to look up at the stars and wonder about the universe.
Poems also celebrate the beauty of the night sky. Robert Louis Stevenson wrote the poem “The Moon,” which describes the moon watching over the world. Walter de la Mare’s poem “Silver” paints a magical picture of moonlight shining over the countryside. Many traditional nursery rhymes also mention the moon and stars, helping young children enjoy rhythm and language while learning about the sky.
Artists have also been inspired by the night sky. As discussed in Module 5, one of the most famous paintings is “The Starry Night” by Vincent van Gogh, which shows a swirling sky full of bright stars. Children can create their own starry sky paintings using paint, chalk, or collage, inspired by this artwork. Aboriginal dot paintings, constellation drawings, and space-themed crafts are also wonderful ways to connect art with the night sky.Hi Irene,
You are so lucky to have such fabulous outdoor learning opportunities in close proximity to your school. Your long term plan to reduce outdoor lighting through the use of motion sensor lighting is also a great sustainable idea.The bat walks and moth recordings also sound like great ways to allow the children to understand the importance of dark skies for local species.
Light pollution is becoming increasingly noticeable in my local area, particularly as new housing developments, street lighting and commercial buildings continue to expand. While artificial lighting improves safety and convenience, it also reduces our ability to observe the night sky and can disrupt local wildlife, including nocturnal animals and insects. It can also affect people’s sleep patterns by interfering with natural day-night cycles.
To help learners explore this issue, I would use an inquiry-based approach. I would begin by asking pupils to observe and record the amount of artificial light they notice around their homes or school. They could compare photographs of the night sky taken from different locations and discuss why some places appear brighter than others. We could also investigate how light pollution affects animals and people through age-appropriate videos, books and class discussions.
As a practical activity, learners could design posters or create presentations suggesting simple ways to reduce unnecessary lighting, such as using motion sensors, directing lights downward and switching off lights when they are not needed. This would encourage them to think critically about balancing human needs with environmental responsibility. By connecting the topic to their own community, pupils would develop a greater appreciation of the night environment while recognising that small individual actions can contribute to reducing light pollution.
Hi Monica
I like your ideas regarding comparing the night sky in rural and urban areas. It’s great to relate each lesson to a child’s prior knowledge and personal experiences.
Hi Martin,
including a book in your lesson is a great way to engage the children from the beginning. Children love to listen to a story.Create an observing plan for autumn that shows which planets are visible in the evening sky
I would elicit prior knowledge on the topic from the class after first displaying my stimulus- an image of the eight different planets in our solar system.
I would use KWL as a method of continually assessing the students as the lesson progresses.
I would encourage the children to then observe the moon- its shape, texture, colour etc, we would discuss all of these in detail.
We would also examine the different phases of the moon and if time allowed, we would engage in a fun hands on activity- using Oreo biscuits to display different phases of the moon.
To conclude, the children would display their work to the class and explain what they have created.
I would engage my students in this activity by encouraging them to become “Sun Detectives” over the course of a week. We would begin with a discussion about where students think the Sun rises and sets and whether they believe it stays in the same place throughout the day. Students would make predictions before collecting any observations.
Each day, at the same times (morning, midday, and afternoon), students would observe the Sun’s position from the same location in the school grounds. For safety, we would never look directly at the Sun. Instead, students would use landmarks, shadows, and simple observation sheets to record the Sun’s position and the length and direction of shadows cast by a pole or a stick placed in the ground.
Back in the classroom, students would compare their observations, identify patterns, and discuss how the Earth’s rotation causes the Sun to appear to move across the sky. They could create simple diagrams, graphs, or a class display showing how the Sun’s position changes throughout the day. To extend the activity, students could compare their observations with those made on another day or in a different season and consider how daylight hours change over the year.
This hands-on investigation develops observation, recording, and scientific enquiry skills while linking directly to the primary science curriculum. It also integrates mathematics through measuring and graphing, geography through understanding direction and place, and literacy through discussion and reflective writing. The activity encourages curiosity, collaborative learning, and evidence-based reasoning as students use real-world observations to explain everyday phenomena.