A closer look at “Amber fossils show how ancient Australian landmass seeded Southeast Asia's tropical forest”, exactly as the source publishes it. A landmass that split from northwestern Australia around 150 million years ago and drifted north for 100 million years played a key role in shaping Southeast Asia's rich tropical forests, according to new research. The study, based on amber fossils, reveals how this ancient continent fragment, known Amber fossils show how ancient Australian landmass seeded Southeast Asia's tropical forests
A landmass that split from northwestern Australia around 150 million years ago and drifted north for 100 million years played a key role in shaping Southeast Asia's rich tropical forests, according to new research. The study, based on amber fossils, reveals how this ancient continent fragment, known as Argoland, carried plants and animals that later contributed to the region's biodiversity. The full version stays on the original page, which this listing opens directly.