Forum Replies Created
-
Posts
-
That sounds like a great plan and I love that you linked the resources you would use. I think the idea of a whole school approach is great and it would create great enthusiasm
How you would engage your learners to explore biodiversity in your local area and
the possible impacts of light pollution on local biodiversityTo start, I’d open up a class discussion to find out what the students already know about biodiversity. Then, we’d head outside into the school garden for a “minibeast hunt”. Using bug collectors and ipads to take pictures, the children can safely gather, photograph, and identify various insects, birds, and plants before releasing the bugs back into nature. This is a great way to kick off conversations about how local wildlife relies on these habitats.
From there, we’d narrow our focus to nocturnal animals and how light pollution affects them. For homework, the children will keep an eye out for nighttime creatures around their own homes to see which ones are drawn to artificial light. I also love the idea of running a night vision investigation, where students record their findings and compare them with the rest of the class. Finally, we’ll bring everything together by having the kids brainstorm practical ways we can protect local biodiversity—like reducing outdoor lights and creating wildlife-friendly habitats right at school or home.I really like your lesson plan idea using Michael D Higgins’ poem as a stimulus. I love the idea of creating storyboards based on song lyrics for older classes and creating their own song about space. I think these would be very engaging activities for students to participate in.
This is a lovely activity to reflect on how the night sky links to music, art and poetry.Vincent Van Gogh’s The Starry Night is always a good stimulus to use for an art lesson with this topic in mind.This would link well with the song ‘Starry, Starry Night’ by Don McLean and the connection between the painting and the song. You could also tap into more popular music such as “Across the Universe” by the Beatles and “A Sky Full of Stars’ by Coldplay. You could explore a more classical genre such as “The Planets” (Suite) by Gustav Holst which is fantastic for discussing how tempo, rhythm, and dynamics capture the feel of different celestial bodies.
For younger children, poetry and picture books are a gentle way to introduce the theme. Simple poems like “O, Look at the Moon” by Eliza Lee Follen, “Star light, Star bright”, “Twinkl, Twinkl, Little Star” and “Mr Golden Sun” work great. Margaret Wise Brown’s Goodnight Moons and John Boyne’s The Dog who danced on the Moon are lovely books to captivate young minds.
I love the idea of using online light pollution maps to deepen their understanding that it is a local and global issue. I think the pupils would really enjoy designing posters to promote light pollution and it is a great idea to present it to other classes or to involve the Green School Committee to highlight the topic.
Detail how light pollution is impacting your local area and how you would engage your learners to explore this.
I would begin this topic with a class discussion on light pollution, defining the concept, identifying local examples, and exploring reduction strategies. Next, students will build box planetariums, crafting custom streetscapes to decide where artificial lighting is genuinely needed versus where it creates light pollution. Pupils will present and compare their models, deepening their awareness of responsible lighting. To apply this knowledge locally, the students will partake in a dark-sky design challenge on the school grounds. Students will map the school, audit existing lighting fixtures, and evaluate light placement and direction. Working collaboratively, the class will develop a plan to make our school reduce light pollution. We would look at the cities at night website to understand how light pollution is affecting our planet. I think these activities would give students a better understanding of the dark sky and empower pupils to make small changes in their homes to reduce light pollution.I love the idea of taking photos of the moon using a tablet and then creating a class photo portfolio to compare results. I also like how you have listed different activities to give choices to the children depending on their individual learning need.
Plan to observe the Moon – which phase of the Moon is best for observing in the morning from school? What dates will that be in 2024- 2025?
I will begin the lesson with a KWL chart and daytime Moon photographs to activate prior knowledge and challenge the misconception that the Moon only appears at night. Working in small groups, pupils will design a Moon Observation Journal to track key variables such as lunar appearance, position, date, time, and weather. The children will then record observations and write a short description on the moon during morning school hours. Finally, students will compare their journal drawings to discuss and understand how the moon changes its appearance depending on the phase.
The last quarter is the best lunar phase for morning viewing. The dates for 2026 and 2027 include:
2026 Dates
August: Aug 6 (Last Quarter)
September: Sept 4, Sept 30 (Last Quarter)
October: Oct 30
November: Nov 29
December: Dec 29
2027 Dates
January: Jan 27
February: Feb 26
March: March 28
April: April 27
May: May 27
June: June 25
July: July 25
August: Aug 24
September: Sept 23
October: Oct 23
November: Nov 22
December: Dec 22I love the idea of the sundial using a bamboo stick and flower pot. I agree that the analogue clock is often difficult for students to grasp and observing the passing of time through the sundial could help consolidate their learning.
Construct a sundial in your immediate area or plan for your school grounds to see where a sundial could be placed
To begin the lesson, students will engage in a Think-Pair-Share activity exploring how ancient civilizations tracked time before modern clocks were invented. After setting out the learning objectives, there will be a whole-class discussion into shadows and light sources. This will be supported by a PowerPoint presentation on sundials, shadow formation, and the Earth’s rotation. Working in small groups, pupils will then construct simple sundials using a paper plate and a central pencil as the gnomon. Next, the children will head outside to conduct a site survey of the school grounds, selecting the best location for their sundial and justifying their choice based on sunlight exposure and shadow obstacles. Throughout the day, students will revisit their chosen spot at regular intervals to measure, record, and mark the shadow’s length and direction. Finally, groups will compare their recorded data with one another to reflect on how shadow patterns shift as the Earth rotates.