evolutionarySignificance
64
triples
GPTKB property
Alternative names (1)
evolutionary significanceRandom triples
| Subject | Object |
|---|---|
| gptkb:Nautilus_(genus) | gptkb:living_fossil |
| gptkb:Synapsida | gave rise to mammals |
| gptkb:lungfishes | close relatives of tetrapods |
| gptkb:magnoliids | early-diverging angiosperms |
| gptkb:archosauriform_reptiles | gave rise to archosaurs |
| gptkb:Hominids | tool use |
| gptkb:Lobe-finned_fishes | gave rise to land vertebrates |
| gptkb:Hominina | includes all modern humans and their extinct relatives after the split from the chimpanzee lineage |
| gptkb:Choanocyte | Suggests link between sponges and choanoflagellates |
| gptkb:lower_Attines | represent early stages of ant agriculture |
| gptkb:Lungfish | Close relative of tetrapods |
| gptkb:MHC_in_other_vertebrates | adaptive immunity |
| gptkb:Latimeria | close to tetrapod ancestors |
| gptkb:Archaeoceti | transition from terrestrial to aquatic life in whales |
| gptkb:Darwin's_Finches | speciation |
| gptkb:Lycopodiophyta | among earliest vascular plants |
| gptkb:Lampreys | Ancient vertebrates |
| gptkb:Ornithuromorpha | includes all living birds and their closest extinct relatives |
| gptkb:Monotremes | oldest surviving lineage of mammals |
| gptkb:C4_pathway | adaptation to high light and temperature |