A paleobotanist reconstructs a prehistoric forest using fossil data from 3 layers. Layer A has 24 fossilized leaves, Layer B has 40, and Layer C has 36. If each leaf represents 1.5% of a complete canopy, how many complete canopies can be inferred from the total sample?

Mon, 04 May 2026 12:04:27 +0000

**A paleobotanist reconstructs a prehistoric forest using fossil data from 3 layers. Layer A has 24 fossilized leaves, Layer B has 40, and Layer C has 36. If each leaf represents 1.5% of a complete canopy, how many complete canopies can be inferred from the total sample?** In an era defined by deep-time thinking and a growing fascination with Earth’s ancient ecosystems, the study of fossilized plant remains has captured increasing attention—especially among curious science enthusiasts and environmentally aware readers. A paleobotanist reconstructing prehistoric forests using fossil data from three distinct geological layers offers a compelling window into lost canopies once vibrant with life. By analyzing leaf fossils from Layer A, B, and C—containing 24, 40, and 36 specimens respectively—researchers estimate how many full prehistoric canopies can be reconstructed. Understanding how fossil leaf data informs canopy density helps scientists model past climates and ecosystems with striking clarity. --- **Why This Approach Is Gaining Momentum in the US**