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Miss Darling
Miss Darling

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On Day 30 (December 20, 2024), the Pumpkin Jack is heavily covered in white and gray mold, with multiple green sprouts emerging from its decomposing form and the soil in a glass jar.
On Day 13 (December 3, 2024), the carved pumpkin jack-o'-lantern in a glass jar shows significant white mold growth, particularly around its facial features, indicating early decomposition.
On Day 1 (November 21, 2024), a fresh, carved orange and green pumpkin jack-o'-lantern sits in a glass jar with dark soil at the bottom, marking the beginning of the project.
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Pumpkin Jack Project

t’s been so fascinating watching the life cycle of our classroom Pumpkin Jack unfold! As of now, he’s completely covered in mold and has started decomposing. The kids are so intrigued by the changes—watching science happen right before their eyes! 🌱✨

But here’s the most surprising part: we’ve noticed some of his seeds are already starting to sprout! That’s not supposed to happen until spring, but nature has its own timeline sometimes. This has sparked such great discussions with my students about decomposition, plant growth, and the conditions seeds need to germinate.

The magic of Pumpkin Jack is not just the science—it’s the sense of wonder and curiosity it brings to the classroom. We’ll keep observing, learning, and documenting his transformation. Stay tuned for more updates as we continue this hands-on journey through the pumpkin life cycle!

💡 If you’re thinking about trying the Pumpkin Jack project with your class, do it! It’s messy, unpredictable, and absolutely amazing for little scientists!

#PumpkinJackProject #HandsOnLearning #ScienceInTheClassroom #STEMEducation #ElementaryTeacher

Iowa
2024/12/22 Edited to

... Read moreThe Pumpkin Jack Project captures the essence of hands-on learning in science. It’s an engaging activity for students to observe the life cycle of a pumpkin, promote discussions about decomposition, and learn about germination and plant growth. Over the course of weeks, students witness the transformation of their pumpkin, starting from a fresh specimen to one that's fully decomposed. Remarkably, seeds sprouting within an unexpected timeline introduces students to the concept of variability in nature. To optimize this project further, educators can incorporate lessons on environmental science, encouraging students to explore the conditions that affect the growth and decay of organic matter. Interactive activities such as measuring the decomposition rate, keeping a journal of observations, and even experimenting with different light, water, and soil qualities can enhance the learning experience. Sharing updates and photos in the classroom can also foster collaborative discussions. This project aligns perfectly with STEM education initiatives, encouraging young learners to engage in scientific inquiry while fostering a sense of wonder about the natural world. The Pumpkin Jack Project not only meets curricular goals but also cultivates future scientists by instilling a passion for learning through observation and experimentation.