The Neolithic Revolution: First Farmers · Autumn Term

Skara Brae: A Stone Age Village

Investigating the remarkably preserved stone houses of Orkney, focusing on their unique architecture and what they reveal about Neolithic daily life.

About This Topic

Stonehenge is the ultimate symbol of prehistoric Britain. This topic explores the massive effort required to build this monument over several stages, from a simple earthwork to the iconic stone circle. Students investigate the 'how' (moving 25-tonne stones from miles away) and the 'why' (alignment with the sun, a place for the dead, or a site for healing). It is a key part of the National Curriculum's focus on religious and ritual monuments.

This topic encourages students to think about Neolithic people as master engineers and astronomers. It also introduces the idea of historical theories, since there are no written records, we must use evidence to guess the purpose of the site. This topic comes alive when students can physically model the engineering challenges and the movement of the sun.

Active Learning Ideas

Simulation Game: The Great Move

Students try to move a heavy 'stone' (a stack of books or a heavy box) across the floor using different methods: dragging, using 'rollers' (pencils), or a 'sledge'. They record which method is easiest and how many 'people' it takes.

⏱ 40 min·Small Groups

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Think-Pair-Share: The Purpose of the Stones

Present three theories: Stonehenge was a calendar, a graveyard, or a hospital. Students think about which one makes the most sense, discuss with a partner using one piece of evidence (like the bones found there), and share with the class.

⏱ 20 min·Pairs

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Inquiry Circle: Solstice Alignment

Using a torch as the 'sun' and a model of the stones, students must find the exact spot where the light shines through the 'Heel Stone' on the longest day of the year. They discuss why the sun was so important to farmers.

⏱ 30 min·Small Groups

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Watch Out for These Misconceptions

Common Misconception

Stonehenge was built by the Druids.

What to Teach Instead

Stonehenge was finished nearly 1,000 years before the Druids (Iron Age) existed. While Druids use it today, the original builders were Neolithic farmers. A simple timeline activity helps students separate these two distinct periods of history.

Common Misconception

The stones were moved by magic or aliens.

What to Teach Instead

While it seems impossible, experimental archaeology has shown that humans can move these stones using only wood, rope, and a lot of people. Hands-on 'roller' experiments prove that physics, not magic, was the key.

Frequently Asked Questions

Where did the stones come from?

The smaller 'bluestones' came from the Preseli Hills in Wales, over 140 miles away! The larger 'sarsen' stones came from the Marlborough Downs, about 20 miles from the site.

How did they get the top stones to stay on?

They used 'mortise and tenon' joints, which is a bit like Lego. They carved a bump on the upright stone and a hole in the top stone so they would slot together and not slide off.

What are the best hands-on strategies for teaching Stonehenge?

Physical simulations of stone-moving are incredibly effective for teaching the scale of the achievement. Using 3D models or even building a 'human Stonehenge' to track the sun's path helps students understand the astronomical significance. These active approaches turn a static monument into a living puzzle.

Was Stonehenge the only stone circle?

Not at all! There are hundreds of stone circles across Britain, including Avebury (which is even bigger!) and the Ring of Brodgar in Orkney. Stonehenge is just the most famous and architecturally complex one.

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