Create detailed 3D pollination models using materials like clay, cardboard, and artificial flowers to illustrate flower anatomy and pollination processes
Demonstrate how pollen transfer occurs via wind, water, and pollinators such as bees and butterflies through interactive model construction
Explain the role of flower parts—petals, stamen, pistil, and pollen grains—in plant reproduction and pollination mechanisms
Apply scientific concepts of pollination to real-world contexts like agriculture, ecosystems, and food production
Making pollination model 3d ,
in this course is designed to help students understand the process of pollination in plants through an engaging and interactive 3D project. In this course, learners build a three-dimensional model using materials such as clay, cardboard, thermocol, colored paper, and artificial flowers to represent the key parts of a flower — petals, stamen, pistil, and pollen grains. The model demonstrates how pollen is transferred from the male part (anther) to the female part (stigma) either by wind, water, or pollinators like bees and butterflies. Students learn the importance of pollination in plant reproduction and food production, linking biology concepts to real-life applications in agriculture and ecosystems. By constructing the 3D model, learners develop creativity, critical thinking, and problem-solving skills, while reinforcing their scientific knowledge. This project is ideal for classroom demonstrations, science fairs, or group assignments, making the study of plant biology more practical, visual, and enjoyable. howtofunda
