How does coal distribution support the Theory of Continental Drift?

Answer 1

Coal can be found underneath the cold and dry Antarctic ice cap, though coal can only form in warm and wet conditions. This could mean that Antarctica was once together with the other continents as part of the Pangaea, and was once in a warm and humid region

Answer 2

The distribution of coal deposits across continents supports the Theory of Continental Drift because coal is formed from the remains of ancient plants that grew in swampy environments. The presence of similar coal deposits on continents that are now separated by vast oceans suggests that these landmasses were once connected. This evidence aligns with the idea that continents were once part of a single supercontinent, known as Pangaea, which later broke apart and drifted to their current positions.

Answer 3

Coal can be found underneath the cold and dry Antarctic ice cap, though coal can only form in warm and wet conditions. This could mean that Antarctica was once together with the other continents as part 21

the Pangaea, and was once in a warm and humid region

Answer 4

Coal can be found underneath the cold and dry Antarctic ice cap, though coal can only form in warm and wet conditions. This could mean that Antarctica was once together with the other continents as part of the Pangaea, and was once in a warm and humid region

Answer 5

Coal deposits offer evidence for the Theory of Continental Drift because similar coal seams are found across continents that are now widely separated. This suggests that these continents were once part of a single landmass that later split apart. The distribution of coal deposits provides geological support for the movement of continents over time.