Tap A Deep-Time Zone
This map compresses the research into the major tectonic and biogeographic moves that shaped modern parrots.
The Three Superfamilies
Strigopoidea
The ancient New Zealand line: kakapo, kea, and kaka. This is the deepest surviving split in the parrot tree and one of the strongest reasons the map needed a New Zealand lane of its own.
Cacatuoidea
The cockatoos, including the cockatiel. The research ties this branch strongly to Australasia, Miocene aridification, and the Wallacea boundary.
Psittacoidea
The true parrots. This is the huge radiation that later spread across the Americas, Africa, Asia, and Australasia, producing most of the parrot diversity people know today.
Timeline At A Glance
Zealandia Split
The research aligns the earliest basal parrot split with the tectonic isolation of Zealandia, which frames the Strigopoidea story.
Laurasian Stem Fossils
Europe and North America preserve important stem-parrot fossils, which is why the fossil puzzle is richer than a simple one-continent origin story.
Cockatoo Divergence
The cockatoo branch separates from the true parrots and begins the more restricted Australasian story of the Cacatuoidea.
Afro-Neotropical Split
African and Neotropical true parrots separate, with Antarctic corridor logic helping explain the distribution before complete glaciation.
Heracles In New Zealand
The giant extinct parrot Heracles highlights how unusual and evolutionarily rich the Strigopoidea lane really is.
Andes And Amazonia
The Andes uplift and Amazonian restructuring drive major diversification inside the New World true parrots, especially macaws and amazons.
Good Next Clicks
Origins World Map
Return to the modern native-range view when you want the simpler species-by-region map.
Parrot Library
Use the species library once the deep-time story makes you want the present-day bird pages.
Budgies And Parakeets
The current budgie lane is one of the best places to connect wild range, naming, and care back to evolutionary context.