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--- species:clade:draconiform [2021/02/06 15:34] – created shyriath
+++ species:clade:draconiform [2024/01/25 09:43] (current) – ↷ Links adapted because of a move operation shyriath
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+====== Draconiforms ======
 ===== Evolutionary history =====
-The [[species:clade|hexapods]], a widely spread and diverse clade of six-legged [[avishraa:|Avishraan]] reptiloids, had already existed for millions of cycles at the time the first draconiforms appeared, some 6.5 million cycles before the present.
+The [[species:clade:hexapod|hexapods]], a widely spread and diverse clade of six-legged [[universe:mikurmiya:avishraa|Avishraan]] reptiloids, had already existed for millions of cycles at the time the first draconiforms appeared, some 6.5 million cycles before the present.
-The ancestors of the draconiforms were small, active arboreal animals that leapt between tree branches in dense forest. The innovation of the first draconiforms was the development of their anterior pair of limbs into wide, flat surfaces - wings - suitable for gliding, allowing them to sail longer distances between trees. Although the early draconiforms enjoyed modest success in this role, consuming fruits, nuts and seeds, they remained mostly limited to it by the established dominance in other niches of other hexapods, as well as [[species:clade:tantine|tantine]] and [[species:clade:nitvighine|nitvighine]] clades.
+The ancestors of the draconiforms were small, active arboreal animals that leapt between tree branches in dense forest. The innovation of the first draconiforms was the development of their anterior pair of limbs into wide, flat surfaces - wings - suitable for gliding, allowing them to sail longer distances between trees. Although the early draconiforms enjoyed modest success in this role, consuming fruits, nuts and seeds, they remained mostly limited to it by the established dominance in other niches of other hexapods, as well as [[species:clade:tantine]] and [[species:clade:nitvighine]] clades.
-The balance was disrupted at approximately 4.7 million [[concept:timekeeping#cycle|cycles]] ago when a relatively sudden rise in sea level triggered mass extinctions throughout the world. The draconiforms, like many terrestrial clades, suffered severely, with many of their lowland forest habitats being flooded and drowned. Nonetheless, they fared better than many, gaining an early toehold in the new swamp-forest ecosystems that formed in and around the inundated areas. The rich fishing in these new habitats, and the lack of competition except from the distantly related aquatic [[species:clade|vallakiform|vallakiforms]], contributed to the appearance of piscivorous species and the development of true flight. Beginning around 4.4 million cycles  ago, these adaptations in lifestyle contributed to a massive radiation of draconiforms into new niches and new evolutionary pathways.
+The balance was disrupted at approximately 4.7 million [[concept:timekeeping#cycle|cycles]] ago when a relatively sudden rise in sea level triggered mass extinctions throughout the world. The draconiforms, like many terrestrial clades, suffered severely, with many of their lowland forest habitats being flooded and drowned. Nonetheless, they fared better than many, gaining an early toehold in the new swamp-forest ecosystems that formed in and around the inundated areas. The rich fishing in these new habitats, and the lack of competition except from the distantly related aquatic [[species:clade:vallakiform|vallakiforms]], contributed to the appearance of piscivorous species and the development of true flight. Beginning around 4.4 million cycles  ago, these adaptations in lifestyle contributed to a massive radiation of draconiforms into new niches and new evolutionary pathways.
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