Uncovering Prehistoric Wonders: Dinosaur Bones Discovery Set

Who doesn’t love a dinosaur dig? Budding palaeontologists can step into the prehistoric world with the Dinosaur Bones Discovery Set, an exciting hands-on learning experience that sparks curiosity, creativity, and early STEM skills. With each dig, children will uncover fossilised wonders, explore measurement concepts, and develop their investigative skills—all while having a roaring good time!

This set is packed with twelve realistic dinosaur bones, perfect for sorting, measuring, and exploring. Whether it’s a solo excavation or a group adventure, these bones provide endless opportunities for play-based learning.

Uncovering prehistoric wonders allows us to put it in perspective—the remains of ancient creatures, some millions of years old, tell a story that remains a mystery to this day. The research was conducted in collaboration with experts and explains lead author, including senior lecturer Michele Francis from the Faculty of Agrisciences to study how fossils were preserved for longer through nature's own processes for carbon sequestration. The carbonate dates back farther than any dated so far, providing insights into land use change and carbon storage potential.

Just like how flowers grow preferentially in soil richer in nutrients, these fossils help us understand life on Earth and combat climate change through past environmental shifts. As part of a joint United States study, students as part of this project used technology to recreate prehistoric conditions, demonstrating how these ancient remains offer important data for calculating past climates. Some sites, covered by spring flowers, may have even been offerings to the gods. These little hills, which were once part of thriving ecosystems, highlight the world’s oldest preserved landscapes that need to be studied further by a SU to unlock their full historical significance.

Bury the bones in a sand tray, soil, or even a sensory bin filled with coffee grounds for a realistic dig site. These excavation activities mirror the work of an archaeologist uncovering ancient wonders, as children carefully sift through layers to uncover ancient wonders hidden beneath the surface. To heighten curiosity, leave a few bones peeking out, inviting children to rewrite their understanding of what lies beneath the earth.

Just as real archaeologists explore mounds found in South Africa that date back thousands of years, children can take on the role of scientists piecing together clues from the past. To extend the activity further, discuss how mammoths and other prehistoric creatures inhabited the land, leaving behind evidence of their existence, similar to the termite mounds found in the South. Introduce the idea that groundwater can preserve fossils for thousands of years, keeping relics from the past intact.

For a thrilling twist, freeze the dinosaur bones in ice and let children experiment with different ways to melt them. This activity mirrors the process of rewriting our understanding of ancient environments, just as scientists decipher clues from the past. Will they pour warm water over the ice? Hold it in their hands? Or place it in a sunny spot? Through this hands-on experiment, children engage with early science concepts and explore how ancient desert conditions and climate shifts preserved fossils for millennia.

Firstly, invite them to record their observations, just as real archaeologists do when making groundbreaking discoveries. Encourage children to document their findings, just as researchers do when studying termite mounds along the Buffels River or termite mounds found in south. To extend the learning, compare the frozen fossils to discoveries made in the mounds along the Buffels River, where preserved organic material tells the story of past civilisations.

Just as scientists are able to read an ancient manuscript by analysing layers of sediment, children can observe how ice melts to reveal hidden treasures. Introduce the idea that discovering a fossil is like finding an ancient manuscript that changes everything, helping us understand ancient life and climate changes during the Last Glacial Maximum. Inspired by scientific explorations and discovery of these mounds, this frozen fossil hunt becomes more than just an activity—it’s a way to spark curiosity about the past, the forces of nature, and the secrets held within the earth!

Studying these mounds in Namaqualand is a testament to how ancient landscapes preserve history. This formation of mounds is akin to being able to read Earth's past, much like the famous paintings in Europe and even older sites that reveal early human civilisation. Research has shown that during their formation, these mounds contributed to the carbon budget as laid out in the Paris Agreement. Understanding these ancient records is like last winter and its unexpected discoveries—unveiling secrets hidden beneath the surface for millennia.

Discuss how real scientists analyse preserved remains found in unexpected places—just as archaeologists study the oldest termite mounds in Namaqualand to uncover secrets of the past. These termite mounds found in the south, including the famed heuweltjies, have been studied by the Department of Soil Science at Stellenbosch, revealing new insights into ancient ecosystems. Some researchers suggest that inhabited termite mounds along the Buffels River in Namaqualand contain rich soil layers that hold valuable clues about ancient life and put it in perspective.

Create your own "fossilised" rocks by mixing equal parts flour, salt, sand, and coffee grounds with water to form a dough. This hands-on activity mirrors the natural processes studied in soil science and earth sciences, where scientists analyze ancient formations to understand ancient environments. Wrap each dinosaur bone in the dough and leave it to dry for a few days. Once hardened, children can crack open their fossils using gentle tools or water to reveal the ancient treasure inside, just as researchers uncover relics buried deep within the earth.

Says Francis, a leading scientist in the field, studying these formations changes everything we thought we knew about history. Just like the discovery of geoglyphs and the iconic cave paintings in Europe, this activity encourages children to explore the layers of history hidden beneath their hands. These discoveries help put it in perspective—many of these ancient sites are even older than the last glacial period and provide crucial insights into ancient life.

Once the bones have been unearthed, children can use them for hands-on maths, important for calculating and science activities:

• Compare and measure the bones using a ruler or by lining them up from shortest to longest.
• Sort the bones into matching groups.
• Make predictions—what dinosaur could this bone have belonged to? Was it a leg bone, rib, or part of the skull?
• Explore real-life fossils by looking at images of discovered dinosaur bones and discussing their enormous sizes (Did you know a Titanosaurus thigh bone was 2.4 metres long?).

Turn any space into a dinosaur dig site with hats, brushes, and a sand tray filled with buried bones. Tape off an area for excavation and encourage children to carefully record their findings on clipboards, just like real palaeontologists! This hands-on experience mirrors real-world scientific discoveries, where scientists have discovered clues to the past hidden beneath layers of earth.

To make the dig even more engaging, introduce the concept of ancient mounds as natural archives of history. Just as palaeontologists unearth fossils, researchers from the Institute for Nuclear Research and Soil Science in the Faculty of Earth Sciences analyze soil layers to reveal hidden secrets. Radiocarbon dating has revealed that some of these mounds are far older than any previously known, even older than the iconic cave paintings that document early human history.

Extend the play further by setting up a Dinosaur Museum, where children can display their finds, create informational signs, and give guided tours. Discuss how findings have been published in academic journals, such as those published in the journal of palaeontology and earth sciences, offering insights into ancient environments.

The southern harvester termite plays a surprising role in unearthing history, as its activity has contributed to the formation of the ancient mounds that serve as a testament to the incredible history hidden beneath our feet. Research conducted by a dedicated team of scientists has revealed that these mounds contain artifacts and organic matter dating as far back as tens of thousands of years, shedding light on ancient ecosystems and past civilisations.

Encourage imaginative play by creating ancient landscapes with the Dinosaur Bones Discovery Set:

• Dinosaur swamp: Place the bones in a sensory bin with slime, water, and plants.
• Dinosaur land: Partly bury the bones in sand and add small world dinosaur figures, rocks, and ferns.
• Mini excavation site: Provide small-world people figures as palaeontologists, complete with tiny digging tools and tents.

Introduce children to exciting new words:

• Palaeontologist
• Excavation
• Fossil
• Curator
• Exhibit

The Dinosaur Bones Discovery Set isn’t just a fun activity—it’s a gateway to hands-on learning, sparking curiosity about history, science, and the natural world. At ABC School Supplies, we’re passionate about providing engaging educational tools that inspire young minds. Whether it’s for classroom exploration or creative play at home, this set helps children develop essential STEM skills while having a blast. Explore our range of interactive learning resources to bring more exciting discoveries to your little palaeontologists!