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This sounds like a great way to integrate subject areas and make it a thematic block of learning for students
In my 6th Class, I would implement “Design Your Own Dark Sky Place” as a real world STEM design challange based around our own school grounds. Pupils would first investigate light pollution by exploring the small garden between the main yard and the carpark and identifing the plants, insects and birds that use this area. They would discuss how the bright lights from the neigbouring restraunt carpark could effect local biodiveristy and make it harder to see the night sky.
Working in groups, pupils would research examples of good outdoor lighting and use this knowlege to redesign the space. They would create maps, posters or simple 3D models showing improvments such as downward facing lights, pollinator friendly planting and darker wildlife areas. Each group would explain there ideas and why they think they would help.
The project would finish with pupils creating a Dark Sky School Improvement Plan and presenting it to the principal and Board of Management. Some ideas could also be shared with the restraunt, giving pupils a real oppertunity to make a possitive change in there local area.
I would also bring my class on a BioDiversity Walk. This activity would integrate well into well-being and would get them engaged in any meaningful activity outside the classroom.
Our school has a small garden between the main yard and the carpark, providing a simple but meaningful space for pupils to explore local biodiversity. Students would begin by identifying the plants, insects and birds using the garden and recording there observations over several weeks. They would then investigate how the bright lights from the restraunt carpark beside the school may effect nocturnal wildlife such as moths, bats and other insects. Pupils would compare observations made during the day and at dusk, research how artificial light can disrupt habitats, and discuss why biodiversity is important in an urban area like Newcastle.
As a class, pupils would use there findings to develop a practical Biodiversity and Light Pollution Improvement Plan for the school. This could include sugestions such as planting more pollinator-friendly flowers, creating darker wildlife areas, or asking the neighbouring restraunt to consider downward-facing or timer-controlled lighting. Pupils would present there recommendations to the school and local community, showing how small changes can help protect local biodiversity.
Promoting Environmental Stewardship in the local commnunity would is a great, meaningful outcome learners could aim towards
Light pollution has become much more noticable in Newcastle, Co. Dublin as the village has grown over the last number of years. New housing developments, brighter street lighting and increased traffic mean that fewer stars are visable than in the past. I would begin by asking 6th Class pupils to compare the night sky from different locations around the village and record how many stars they can see. They would also interview parents or grandparants about how the night sky has changed as Newcastle expanded.
I would share photographs and experiance from my visit to the Dark Sky Reserve in New Zealand, showing how careful lighting choices can protect dark skies while still keeping communities safe. As a meaningful outcome, pupils would analyse there findings and create a Light Pollution Action Plan for Newcastle, including practical recomendations and awareness posters. The class would present there ideas to the school community and share them with the local council, helping pupils see that there work could have a real impact.
This sounds like a wonderful integrated lesson where you can tie many parts of the curriculum in to a block of learing!
During autumn, students will explore the evening sky by making simple observations each month. In Month 1, students will learn how to find north, use a simple star chart or sky app, and safely observe the sky after sunset. They will look for any bright planets that are visable and record what they see in an observation journal.
In Month 2, students will observe the sky again and compare there findings. They will draw simple sketches of the planets positions and notice how they change over time. Students can talk about what they noticed with a partner or small group.
In Month 3, students will look back at all there observations and discuss what they found. They will explain why the planets seem to move across the sky during autumn. Students will share there learning by creating a short presentation, poster, or observation diary. By the end of the learning block, students should be able to identify some bright planets and understand that the night sky changes throughout the season.
After looking around our chool in Dublin, I think the best place for a sundial would be in our largemain yard. Our school has over 600 pupils and the yard gets lots of sunshine during the day, so the shadow would be easy to see. It is also an area where classes pass every day, so everyone could use it. Our 6th class could measure the space, make a simple plan and choose the safest place away from games and busy walkways. We would learn how a sundial works and set the gnomon at the correct angle. We could mark the hour lines by checking the shadow at diferent times before making them permanant with paint or paving stones. This would be a fun STEM project that would improve our school grounds and leave something usefull for future pupils to enjoy and learn from.