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I really enjoyed reading your response, particularly the way you have shown that the night sky can be explored through more than just science. I like the idea of bringing poetry, music and art into the topic because it gives children different ways to connect with the night sky and express their own feelings and ideas. I particularly liked your reference to Van Gogh’s The Starry Night, as I think this could be a fantastic starting point for a classroom art activity where children create their own interpretation of the night sky. The selection of songs also gives great opportunities for listening and discussion, especially asking children how the music makes them feel when they imagine looking at the stars. I think this approach would work well in a primary classroom because it encourages creativity while making meaningful links across subjects. It also reminds children that science can inspire imagination, emotion and artistic expression.
Question 1 ; I would implement a version of “Design Your Own Dark Sky Place” as a practical STEM project within my multi-grade classroom, linking it directly to the children’s own school environment. I would begin by asking the children what they think makes a good place to observe the night sky and whether our school could be improved for both people and wildlife. We would first investigate our school grounds, identifying sources of artificial light and areas that are naturally darker.
Working in mixed-age groups, the children would then design their own “Dark Sky School”. Infants could draw their ideas and identify light and dark areas, while older pupils could create labelled plans, measure distances and consider how lighting could be changed. We could explore simple solutions such as switching off unnecessary lights, using downward-facing lighting and protecting darker areas for nocturnal wildlife.
This would provide a strong connection to the **Primary School Curriculum Framework**, particularly the emphasis on children as active, curious and creative learners. It would also support the **STEM curriculum** through science, technology, engineering and mathematics. Children would investigate a real environmental issue, collect and interpret data, design solutions, test ideas and work collaboratively.
I would finish by having each group present their “Dark Sky School” design and explain why their choices would benefit both the school community and local biodiversity. This would make the project purposeful and give the children a genuine opportunity to influence their school environment.
I really like how you have highlighted that biodiversity is not just about the animals and plants we see during the day. I think this is an important point for children to understand, particularly when considering nocturnal species such as bats, moths and beetles. The biodiversity survey is a strong starting point because it allows the children to investigate their own school environment and gather real evidence. I also like how you have included tally charts, tables and graphs, as this brings mathematics and STEM into the investigation in a meaningful way. The idea of comparing areas with more and less artificial light is particularly effective because the children can use their findings to suggest genuine improvements. I think the practical actions, such as protecting darker areas and reducing unnecessary lighting, would give the children a real sense of ownership and responsibility for their school environment.
For my multi-grade classroom, I would explore biodiversity by encouraging the children to investigate the wildlife and habitats around our school and local area. I would begin with a nature walk, asking the children to observe and record the different plants, insects, birds and other animals they find. Younger children could draw or photograph their findings, while older pupils could classify species and record where they were found.
I would then introduce the link between light pollution and biodiversity, asking the children to consider what happens to animals that are active at night. We could investigate how artificial light may affect nocturnal insects, bats and birds, and discuss how this could impact food chains and local ecosystems.
This would connect strongly with the Primary School Curriculum Framework, particularly the emphasis on children being active learners, investigating their environment and developing problem-solving skills. I would also incorporate the new STEM approach by challenging groups to design a “wildlife-friendly” lighting solution for our school, using observation, creativity, teamwork, technology and engineering. This would make the learning practical, meaningful and connected to our local environment.I really like how you have made light pollution something the children can investigate within their own school environment rather than treating it as an abstract topic. Starting with a discussion about what they can see from their homes is a great way of connecting the learning to their own experiences and prior knowledge. I particularly like the idea of the children identifying and recording different light sources around the school, as this gives them an opportunity to observe, compare and draw their own conclusions. The group discussion about how light pollution affects wildlife, people and our ability to see the night sky is also very meaningful. I think the problem-solving element is especially effective because the children are encouraged to suggest realistic solutions themselves. This would work well because it promotes curiosity, teamwork and environmental awareness while developing important STEM skills.
I really like your approach to exploring light pollution because you have made the investigation very practical and connected it to the children’s own experiences. I particularly like the idea of asking the children to observe the night sky from their own gardens, as this gives them an opportunity to become real investigators rather than simply learning about light pollution from a textbook. Comparing their observations in class would be very interesting, especially when children discover differences between more rural and built-up areas. I also think using photographs and a light-pollution map on the Chromebooks is a great way of incorporating technology and developing STEM skills. The activity encourages children to observe, record, compare and discuss their findings. I think it would work really well because it promotes curiosity while helping children understand how their local environment can be affected by human activity.
Question 1 response ; In my multi-grade classroom, I would use the West of Ireland as a real-life context for exploring light pollution. Although many rural areas have darker skies than cities, artificial lighting from towns, roads, farms, businesses and houses can still affect how many stars and celestial objects we can see. I would begin by asking the children what they notice about the night sky and whether they think it looks the same in a town as it does in the countryside.
Using STEM, I would challenge the children to investigate this for themselves. We could compare photographs of the night sky from a rural location and a more built-up area, then use simple observations to record the number of visible stars. Older children could explore light sources and measure brightness, while younger pupils could sort pictures of natural and artificial light. As part of the new Primary School Curriculum, this would support questioning, investigation, problem-solving, collaboration and communication. I would finish by asking the children to design a “dark-sky friendly” community, considering how lighting could be reduced while still keeping people safe. This would make the learning meaningful and connected to their local environment.
I really like your idea of using Stellarium as a way of connecting what the children see on screen with what they can actually observe in the night sky. I think allowing them to explore the programme first is a great approach because it gives them ownership of their learning and builds confidence before asking them to identify planets themselves. I particularly like the idea of checking Stellarium before going outside, as the children will have a clear purpose and know what they are looking for. The birthday project is also a lovely personal touch. I think the children would be genuinely excited to discover what the sky looked like on the day they were born. Working in groups and recording planets and constellations would also encourage discussion, teamwork and careful observation. Overall, I think this would make astronomy much more meaningful and engaging for the children.
For my multi-grade classroom from infants to second class, I would make this an enjoyable autumn sky-watching activity that all children can take part in at their own level. I would begin by talking about what the children can see in the evening sky and introduce the idea that some of the bright objects we see are planets. We would keep a simple class observation chart where the children could record the date, time, weather and what they notice.
For the younger children, I would encourage them to draw what they see, while first and second class could write simple observations and identify planets using a child-friendly sky map. We could look for Venus, Jupiter and Saturn, depending on what is visible during the particular autumn evening. I would encourage children to observe the sky with their families at home and bring their findings back to class.
I would also create a large classroom “Autumn Sky” display where each child could add their observations. This would allow us to compare what different children noticed and discuss why the sky might look different from one evening to another. I could introduce simple questions such as, “Which object was brightest?” or “Did you notice the Moon nearby?” Older children could help the infants identify objects and record the date and time. I think this would create a lovely opportunity for peer learning while making astronomy feel connected to the children’s everyday lives.I really like the way you have approached this activity, particularly how you begin with something familiar to the children before moving into the more complex idea of Earth and space. I think using the pictures of the tree is a lovely way to encourage the children to observe carefully and explain their thinking rather than simply identify the seasons. I also like how you included pair and group work, as this gives the children opportunities to share ideas and learn from each other. The globe and torch activity is another strong element because it makes an abstract concept much more visual and hands-on. I think this would work really well with second class because it is interactive, encourages curiosity and allows the children to discover the answers for themselves rather than being given them.
Response to Question 3 ;
In my multigrade classroom, I would make this activity practical and meaningful by allowing the children to investigate the Sun through observation, music and STEM. I would begin with familiar “night and day” songs to introduce the idea of day and night and encourage the children to share what they already know. We would then observe and record the Sun’s position when rising and setting and at different times during the day, using drawings, photographs and simple measurements.
To make the activity more authentic STEM, I would challenge the children to work in groups to construct their own sundial using simple materials such as a paper plate and a stick. They would predict where the shadow would fall, test their designs at different times, record their findings and consider how they could improve their sundial. This would allow me to integrate science, mathematics, technology and engineering through a real-world problem, reflecting Liston’s (2018) view that authentic STEM should encourage creativity, problem-solving, critical thinking and teamwork.