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I love the idea of a local excursion, it makes it all more tangible and real for the students and inspires them to take local action and to develop a connection with the night sky.
I love the idea of connecting the Arts with Astronomy
Songs inspired by the night sky:
1. “Space Oddity” – David Bowie
A haunting narrative of an astronaut lost in space.
2. “Starman” – David Bowie
Imagining alien life watching over Earth.3. “Talking to the Moon” – Bruno Mars
A love song framed through conversations with the moon.
4. “Moon River” – Audrey Hepburn (or Andy Williams)
A dreamy, wistful tribute to longing and adventure.5. “Vincent (Starry, Starry Night)” – Don McLean
A tribute to Van Gogh and his painting Starry Night.
6. “Across the Universe” – The Beatles
A spiritual journey through cosmic imagery.
7. “Fly Me to the Moon” – Frank Sinatra
Romantic longing transcending gravity.
8. “Yellow” – Coldplay
Stars as a metaphor for deep admiration and love.
9. “Counting Stars” – OneRepublic
Ambition, desire, and the passage of time.10. “Clair de Lune” – Claude Debussy (Instrumental)
Evokes moonlight with shimmering impressionism.Poetry
“The Star” – Jane Taylor
Twinkle, twinkle, little star,
How I wonder what you are…
“Silver” – Walter de la Mare
Gentle imagery of moonlight on nature.
“Full Moon” – Dorothy AldisOne night as I lay on my pillow,
And looked at the sky so deep…
“The Moon” – Robert Louis Stevenson
From A Child’s Garden of Verses – calm and curious.
“Stars” – Shel Silverstein
From Where the Sidewalk Ends – funny and thoughtful.
“Bed in Summer” – Robert Louis Stevenson
Talks about bedtime and the contrast with the bright night sky.Art
Indigenous Australian Star Dreaming Art
Starry Night Over the Rhône – Vincent van Gogh (1888)
I love the idea of bringing craft into the lesson and simulating a nocturnal habitat, this will really engage the leaners and create opportunities for empathy and a deeper understanding as to why light pollution needs to be addressed.
I agree the weather can really impact the view of our night sky, especially the cloud cover but I like the idea of incorporating chat gpt into it and planning ahead, it gives an astronomy mindset and gets the children to plan for unexpected weather patterns
I love the idea of looking at the history of sun dials and how we can learn from ancient civilizations. Also good point on magnetic north vs celestial north, this could be an interesting area to develop for children especially when teaching about magnets.
I am also from Galway, great idea linking in with the Aquarium and do great workshops and guided tours.
Module 4: Biodiversity
To explore biodiversity in my local area, I would begin with a nature walk around the school grounds or nearby green spaces. We are lucky that our school has a big park and lake beside it. Learners would observe and record different plants, insects, birds, and animals, using identification checklists. We would discuss the variety of life found and how human activity might impact biodiversity.
Next, I would introduce the topic of light pollution and its effects on local wildlife. Many species, such as moths, bats, and birds, rely on natural darkness to feed, migrate, or reproduce. Artificial light can confuse, harm, or drive them away.
Students could compare urban and rural wildlife areas and suggest ways to reduce its impact. Activities like building insect hotels or planting native species would help support biodiversity.
I would then ask them to think on a global level, what other species are affected by light pollution, turtles use the light on the moon to guide them to the sea and migrating birds the artificial lights disorient them during migration, causing them to collide with buildings.
Module 3: Light pollution in my local area
In my local area, light pollution is clearly visible with bright streetlights, shop signs, and home lighting making it hard to see stars at night. Due to cloud cover and light pollution the constellations are rarely seen at night.
To engage learners, I would begin with a simple activity: asking them to count how many stars they can see from home on a clear night sky. Then, using Stellarium, we’d compare what should be visible. We’d discuss why many stars are missing and introduce the concept of light pollution and discuss ways we can reduce light pollution. We would link this lesson with History and look at the evolution of artificial light over time and predict what changes might be in the future and how our research could impact those changes for the better.
Next, students could conduct a light audit, identifying unnecessary lighting and thinking of ways to reduce it. We could create awareness posters and predict the future of light pollution and how to reduce it.
Module 2: Teaching resource using Stellarium
Discuss the nightsky and the zodiac calendar. Discuss the students horoscope and post the question. Where do you think the horoscope came from? Explain to the students that a horoscope is a fun prediction based on your birth date and the position of the sun, moon, and planets. The zodiac sky is divided into 12 parts, called zodiac signs, like Aries or Leo. Your sign depends on where the sun was when you were born. Although it’s not scientific the constellations are real patterns of stars in the night sky that astronomers use to map and study space.
I would first install Stellarium on the classroom computer or using the web version. Set the location to match the school’s for accurate results. Start the lesson by showing the current sky. Let students explore , moon phases, and planet positions. Turn on constellation lines and labels to help students recognize patterns.
Use Stellarium for activities like finding the North Star, tracking the moon over a month, or identifying planets.
A follow up activity would be the create a planetarium box with their own constellation
Module 1 Assignment: Making and Placing a Sundial
In this activity, students will make a sundial to tell time using the sun. Use a paper plate as the circle. Draw lines like a clock. In the middle, poke a pencil or stick straight up—this is called the gnomon. It makes the shadow.
To place the sundial, find a sunny, open spot in the schoolyard with no trees or buildings blocking the sun. Put the sundial flat on the ground. Use a compass to make sure the stick points north.
At different times of the day, check where the shadow falls. Mark the shadow’s place next to the correct hour. Over time, students will see how the sun moves and how the shadow tells the time. We could also research Newgrange and how the Neolithic people built a stone passageway that aligned with the rising sun during the winter solstice. showing a deep understanding of astronomy.
Module 1 Assignment: Making and Placing a Sundial
In this activity, students will make a sundial to tell time using the sun. Use a paper plate as the circle. Draw lines like a clock. In the middle, poke a pencil or stick straight up—this is called the gnomon. It makes the shadow.
To place the sundial, find a sunny, open spot in the schoolyard with no trees or buildings blocking the sun. Put the sundial flat on the ground. Use a compass to make sure the stick points north.
At different times of the day, check where the shadow falls. Mark the shadow’s place next to the correct hour. Over time, students will see how the sun moves and how the shadow tells the time. We could also research Newgrange and look at how during the Neolithic period they created a stone passageway aligning with the rising sun during the winter solstice. This shows that the people had a deep understanding of astronomy.