The origin and diversification of flowers are key evolutionary innovations in angiosperms,profoundly shaping biodiversity and ecosystem function(Specht and Bartlett,2009;Soltis et al.,2018).Floral traits like color,sh...The origin and diversification of flowers are key evolutionary innovations in angiosperms,profoundly shaping biodiversity and ecosystem function(Specht and Bartlett,2009;Soltis et al.,2018).Floral traits like color,shape,and scent promote plant diversification and co-evolution with pollinators(Narbona et al.,2021).Flower color shows remarkable diversity,driven by complex biochemical pathways and selective pressures(Narbona et al.,2021).While common colors like white,yellow,red,and purple dominate globally,turquoise hues are rare and genetically understudied,especially in non-model plants(Narbona et al.,2021).展开更多
基金supported by the Guangdong Flagship Project of Basic and Applied Basic Research(2023B0303050001)the Guangdong Science and Technology Program(2022B1111230001+1 种基金2023B1212060046)the Youth Innovation Promotion Association CAS(2015286)。
文摘The origin and diversification of flowers are key evolutionary innovations in angiosperms,profoundly shaping biodiversity and ecosystem function(Specht and Bartlett,2009;Soltis et al.,2018).Floral traits like color,shape,and scent promote plant diversification and co-evolution with pollinators(Narbona et al.,2021).Flower color shows remarkable diversity,driven by complex biochemical pathways and selective pressures(Narbona et al.,2021).While common colors like white,yellow,red,and purple dominate globally,turquoise hues are rare and genetically understudied,especially in non-model plants(Narbona et al.,2021).
