An entomologist studies a crop field with 1,200 flowers. Each bee visits 15 flowers per hour, each butterfly 8, and each moth 5. If 20 bees, 12 butterflies, and 30 moths are active for 3 hours, and each visit pollinates 70% of flowers it touches, how many flowers are successfully pollinated?

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**An entomologist studies a crop field with 1,200 flowers. Each bee visits 15 flowers per hour, each butterfly 8, and each moth 5. If 20 bees, 12 butterflies, and 30 moths are active for 3 hours, and each visit pollinates 70% of flowers it touches, how many flowers are successfully pollinated?** The scientific observation of insect activity in pollinated crops continues to shape agricultural science and public awareness. Right now, curiosity around sustainable farming practices and insect-driven crop success is rising across U.S. farm communities and home gardening circles. A nuanced look into how bees, butterflies, and moths contribute to pollination reveals insights vital for environmental stewardship and food system resilience. This calculation offers a practical example of pollination dynamics — helping farmers, gardeners, and environmental watchers estimate natural pollination efficiency in diverse crop fields. Inside, we explore how insect numbers, visitation rates, and pollination success combine to affect plant reproduction. ### Why Pollination Studies Matter Now