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Task 2: Consider how many Songs / Poems /Art can you think of to connect us with the Night Sky?
Some examples that we might use in school would be:
Walt Whitman – “When I Heard the Learn’d Astronomer”
Whitman sits in a lecture, listening to data and measurements. Then he quietly slips out into the night:“Look’d up in perfect silence at the stars.”
It’s such a human thing: to feel that knowledge alone isn’t enough. Sometimes, we just want to feel awe. We crave the unspoken.Sarah Williams – “The Old Astronomer”
She writes not as a scientist, but as a soul nearing the end of life:“I have loved the stars too fondly to be fearful of the night.”
There’s such tenderness in that line. To love the stars is to trust that darkness doesn’t mean the end—it’s part of something bigger, more luminous.Don McLean – “Vincent”
He sings to Van Gogh, who tried to paint the stars not as they are, but as he felt them:“Starry, starry night… this world was never meant for one as beautiful as you.”
It’s a love song to someone misunderstood, using the stars as symbols of both brilliance and isolation.Coldplay – “Yellow”
Simple, almost childlike:“Look at the stars, look how they shine for you…”
It captures a pure kind of love—the way you might look up and suddenly feel like someone, somewhere, made all of this beauty just so you’d feel a little less alone.Van Gogh – “The Starry Night”
He painted it from a room in a mental asylum. Those spiraling stars? They weren’t calm—they were alive. His brush spoke of chaos and hope, light tangled with darkness. Even in his deepest sorrow, he looked up—and still painted beauty.Bruno Mars – “Talking to the Moon”
Ever tried speaking to someone who isn’t there? Bruno sings to the moon, hoping it might carry his words:“I know you’re somewhere out there… somewhere far away.”
It’s loneliness, softened by starlight.And Then… Us
We still lie in fields, hold hands on balconies, or pause by windows at 2am, staring up—wondering. Maybe about someone we miss. Maybe about who we are. Maybe about how small we feel, and yet how deeply connected.The night sky humanises us because it humbles us. And because it waits for us to stop long enough to notice.
That’s a lovely, hands-on way to explore biodiversity with your class. Starting with a discussion and a walk around the school grounds makes the topic real and engaging. Using online maps and the Heritage in Schools video adds great support, and drawing their own maps encourages creativity and observation. Working in groups to improve their maps helps them learn from each other. Planning how to support biodiversity—and including ways to reduce light pollution—gives the project real purpose. It’s a great way to help children connect with nature in a meaningful, age-appropriate way.
How you would incorporate the needs of nocturnal species, especially those that rely on dark skies into school biodiversity plans:
To truly support nocturnal species in a school biodiversity plan, we need to think beyond daylight hours and consider the lives that thrive in the dark. Bats fluttering overhead, owls silently hunting, and moths pollinating night-blooming flowers all play vital roles in local ecosystems. Yet, artificial light can disrupt their natural rhythms, disorient them, and even threaten their survival. Schools can make a meaningful difference by creating “dark sky zones” on their grounds—areas with little or no artificial light after sunset. Installing motion-sensor lights, using warmer bulbs, and shielding outdoor fixtures can help reduce unnecessary brightness. Planting native night-blooming flowers and setting up bat or owl boxes creates safe habitats and food sources. Engaging students in evening wildlife walks or light pollution awareness events brings learning to life and fosters empathy for these often-overlooked creatures. By weaving the needs of nocturnal species into biodiversity efforts, schools become living classrooms that nurture respect for nature’s full cycle—day and night. It’s not just about conserving wildlife; it’s about showing students that even small changes, like dimming a light, can make a big difference in protecting the natural world.
This is a brilliant way to get students genuinely excited about science. It’s simple, practical, and gives them the chance to take part in something real. Going outside to spot constellations and compare what they see with a star chart helps build observation skills, but also gets them thinking about the bigger picture—like how light pollution affects our view of the night sky and the environment. Having them submit their results to Globe at Night makes them feel like real scientists, contributing to something global. It’s a great homework or class project that’s easy to manage and really engaging.
Planning a project for your class to take part in the International Dark Sky Association’s “Rising Star” Awards Programme.
To get involved in the International Dark Sky Association’s “Rising Star” Awards Programme, I’d plan a project that’s fun, meaningful, and gets students thinking about the importance of dark skies. We’d start by learning what light pollution is—through videos, class discussions, and looking at images that show how much of the night sky is lost in cities. I’d encourage the children to share their own experiences—like whether they’ve ever seen the Milky Way or how many stars they can spot from their garden.
Next, we’d take part in a simple stargazing activity, where pupils count the number of stars they can see in a certain constellation at home. We’d compare results and talk about how streetlights and buildings affect what we see.
From there, the class could create posters, short videos, or presentations to raise awareness around the school. We’d finish by submitting our work and reflections to the “Rising Star” programme to share our learning and hopefully inspire others.
I agree with the technical lesson but would be of particular benefit with senior classess. They would get so much out of it. Well done!
Create an observing plan for autumn that shows which planets are visible in the evening sky:
As the nights grow longer and cooler in autumn, it’s a great time to look up and spot some of the planets in our solar system. Here’s a simple guide for what you and your students can expect to see in the evening sky from September to November.
September
Mars – You might catch a glimpse of Mars just after sunset low in the west, but it fades quickly and sets early. It’s tricky to spot this time of year.
Saturn – Saturn starts becoming a real star of the show! From late September, you’ll find it shining steadily in the southeast after dark. It looks like a bright yellowish “star” that doesn’t twinkle.
Teacher Tip: Have students try spotting Saturn with the naked eye, then check it with binoculars or a telescope if available—you might even see its famous rings!October
Saturn – Still easy to spot. It appears in the southern sky after sunset and stays visible for hours.
Jupiter – The giant planet starts to rise earlier in the evening sky around mid-October. It will be big and bright—hard to miss!
Fun Idea: Plan a night around the Hunter’s Moon in early October, when the full moon rises dramatically in the east.November
Venus – Early in the month, you might still catch Venus low in the western sky after sunset. It’s super bright—often called the “Evening Star.”
Saturn – Now seen lower in the sky earlier in the evening.
Jupiter – Best time to see it! Bright and high enough to view in the evening without staying up too late.
Activity Suggestion: Try a Jupiter “moon watch.” With binoculars or a small telescope, students can look for Jupiter’s four largest moons—like little dots lined up beside the planet.This is a thoughtful and engaging approach Michael that connects a real-world event to a core science concept. Using the OceanGate tragedy as a hook is a powerful way to make the idea of pressure and gravity relevant and memorable. Your progression—from discussion to video, to hands-on group work with the Earth Tubes—supports different learning styles and promotes collaboration. Having students build their own solar systems adds a strong visual and tactile element, making abstract concepts like gravitational force and planetary mass much more concrete. Great job linking science to curiosity and creativity!
Plan how your students could “observe and record the positions of the sun when rising and setting and at different times of the day”
To help students explore how the sun moves through the sky, we can turn this into a simple, hands-on daily routine. I would start by choosing a safe, open spot—like the yard — where they can clearly see the eastern and western horizons. Each day, students will go outside at different times—sunrise, late morning, noon and afternoon —to observe where the sun is in the sky.
They’ll use basic tools like a compass or even a stick and their shadow to figure out direction and angle. Then, they’ll sketch what they see, noting where the sun rises or sets in relation to buildings, trees, or other landmarks. Over a few weeks, they’ll begin to notice that the sun doesn’t rise or set in exactly the same spot every day. This kind of repeated, mindful observation helps students connect personally with patterns in nature, like Earth’s rotation and the changing seasons.
This is a great reflection Barbara that clearly shows how sustainability is embedded in both your school’s ethos and wider community. Your use of the Greenway, involvement with local initiatives like the Tidy Towns and County Council, and practical classroom activities all offer meaningful, hands-on learning for pupils. The creation of “eco-rules” is a simple yet powerful way to instil responsibility, and your plans to install a water butt show ongoing commitment. It’s clear your pupils are learning to care for their environment in real and lasting ways. Well done!
In my local area, sustainability is becoming more than just a buzzword—it’s part of everyday life. We see it in the growing number of households sorting their waste carefully, in the popularity of weekend farmers’ markets selling local produce, and in the community gardens where neighbours come together to grow their own food. Even our local school has started initiatives like ‘Walk to School Week’ and classroom compost bins, helping young people see the value in small, consistent actions.
To help my pupils explore sustainability more deeply, I’d start by connecting it to what matters to them—their homes, their families, and their futures. We could explore where their food comes from, what happens to their rubbish, or how much energy their school uses. I’d encourage them to ask questions, do small investigations, and even talk to people in our community who are leading the way—like local farmers, council workers, or activists. Most importantly, I’d make space for their ideas, showing them that their voices and actions can genuinely make a difference.
Great reflection Andrea! I really like how you connected seafood nutrition to both personal health and environmental responsibility. The cross-curricular links and focus on critical thinking make this a meaningful and practical approach for students.
Learning about the nutritional value of seafood has really opened my eyes to how important it can be in our diets. I always knew fish was “healthy,” but now I understand just how much it offers—especially with nutrients like omega-3 fatty acids, high-quality protein, and essential vitamins like D and B12. These are crucial not just for physical health but also for brain development and mental well-being.
This knowledge has also made me think about how I can bring this into the classroom in meaningful ways. It’s a great topic for health and science lessons, of course, but it also opens the door to discussions about sustainability, global food systems, and even culture. Students could look into where their seafood comes from, what nutrients it provides, and how different cultures prepare it. By connecting nutrition with real-world issues and personal choices, we can help students make more informed, conscious decisions about their health and the planet.