#dimorphism — Public Fediverse posts

Common #ivy #Hedera #helix (#Araliaceae) exhibits either a #creeping or #climbing #stem, named stem #dimorphism, as well as different leaf shapes (#heterophylly). The #species is #native to western, central, and southern #Europe, extending as far as Sweden and Turkey. Elsewhere it appears as #neophyte. Its evolutionary roots lie in Tertiary tropical forests.

© #StefanFWirth

Please support my work, I appreciate even the smallest coffee donation a lot
https://ko-fi.com/sfwirth

#Photos
©S.F.Wirth

Common #ivy #Hedera #helix (#Araliaceae) exhibits either a #creeping or #climbing #stem, named stem #dimorphism, as well as different leaf shapes (#heterophylly). The #species is #native to western, central, and southern #Europe, extending as far as Sweden and Turkey. Elsewhere it appears as #neophyte. Its evolutionary roots lie in Tertiary tropical forests.

© #StefanFWirth

Please support my work, I appreciate even the smallest coffee donation a lot
https://ko-fi.com/sfwirth

#Photos
©S.F.Wirth

Common #ivy #Hedera #helix (#Araliaceae) exhibits either a #creeping or #climbing #stem, named stem #dimorphism, as well as different leaf shapes (#heterophylly). The #species is #native to western, central, and southern #Europe, extending as far as Sweden and Turkey. Elsewhere it appears as #neophyte. Its evolutionary roots lie in Tertiary tropical forests.

© #StefanFWirth

Please support my work, I appreciate even the smallest coffee donation a lot
https://ko-fi.com/sfwirth

#Photos
©S.F.Wirth

Common #ivy #Hedera #helix (#Araliaceae) exhibits either a #creeping or #climbing #stem, named stem #dimorphism, as well as different leaf shapes (#heterophylly). The #species is #native to western, central, and southern #Europe, extending as far as Sweden and Turkey. Elsewhere it appears as #neophyte. Its evolutionary roots lie in Tertiary tropical forests.

© #StefanFWirth

Please support my work, I appreciate even the smallest coffee donation a lot
https://ko-fi.com/sfwirth

#Photos
©S.F.Wirth

Common #ivy #Hedera #helix (#Araliaceae) exhibits either a #creeping or #climbing #stem, named stem #dimorphism, as well as different leaf shapes (#heterophylly). The #species is #native to western, central, and southern #Europe, extending as far as Sweden and Turkey. Elsewhere it appears as #neophyte. Its evolutionary roots lie in Tertiary tropical forests.

© #StefanFWirth

Please support my work, I appreciate even the smallest coffee donation a lot
https://ko-fi.com/sfwirth

#Photos
©S.F.Wirth

In this new Historical Perspective, Ken S. Toyama describes how the original definition of Rensch's rule, which has been overlooked for decades, can impact the way we study sexual dimorphism. Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/735583

#renschsRule #sexualDimorphism #dimorphism #historicalPerspective

In this new Historical Perspective, Ken S. Toyama describes how the original definition of Rensch's rule, which has been overlooked for decades, can impact the way we study sexual dimorphism. Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/735583

#renschsRule #sexualDimorphism #dimorphism #historicalPerspective

In this new Historical Perspective, Ken S. Toyama describes how the original definition of Rensch's rule, which has been overlooked for decades, can impact the way we study sexual dimorphism. Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/735583

#renschsRule #sexualDimorphism #dimorphism #historicalPerspective

In this new Historical Perspective, Ken S. Toyama describes how the original definition of Rensch's rule, which has been overlooked for decades, can impact the way we study sexual dimorphism. Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/735583

#renschsRule #sexualDimorphism #dimorphism #historicalPerspective

In this new Historical Perspective, Ken S. Toyama describes how the original definition of Rensch's rule, which has been overlooked for decades, can impact the way we study sexual dimorphism. Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/735583

#renschsRule #sexualDimorphism #dimorphism #historicalPerspective

#Sexual #dimorphism — it’s scary

https://freethoughtblogs.com/pharyngula/2024/12/13/sexual-dimorphism-its-scary/

#Sexual #dimorphism — it’s scary

https://freethoughtblogs.com/pharyngula/2024/12/13/sexual-dimorphism-its-scary/

#Sexual #dimorphism — it’s scary

https://freethoughtblogs.com/pharyngula/2024/12/13/sexual-dimorphism-its-scary/

#Sexual #dimorphism — it’s scary

https://freethoughtblogs.com/pharyngula/2024/12/13/sexual-dimorphism-its-scary/

Sexually dimorphic traits are wide spread among mammals and emerge during development through sex-specific gene expression programs. We know very little about these programs, including the genes, regulatory networks,and cell types that underlie them. It is also unclear when differences between the sexes emerge during organ development and howsex differences evolve across species.

#dimorphism #wedontknowmuch

https://www.science.org/doi/10.1126/science.adf1046

Sexually dimorphic traits are wide spread among mammals and emerge during development through sex-specific gene expression programs. We know very little about these programs, including the genes, regulatory networks,and cell types that underlie them. It is also unclear when differences between the sexes emerge during organ development and howsex differences evolve across species.

#dimorphism #wedontknowmuch

https://www.science.org/doi/10.1126/science.adf1046

Sexually dimorphic traits are wide spread among mammals and emerge during development through sex-specific gene expression programs. We know very little about these programs, including the genes, regulatory networks,and cell types that underlie them. It is also unclear when differences between the sexes emerge during organ development and howsex differences evolve across species.

#dimorphism #wedontknowmuch

https://www.science.org/doi/10.1126/science.adf1046

Sexually dimorphic traits are wide spread among mammals and emerge during development through sex-specific gene expression programs. We know very little about these programs, including the genes, regulatory networks,and cell types that underlie them. It is also unclear when differences between the sexes emerge during organ development and howsex differences evolve across species.

#dimorphism #wedontknowmuch

https://www.science.org/doi/10.1126/science.adf1046

Sexually dimorphic traits are wide spread among mammals and emerge during development through sex-specific gene expression programs. We know very little about these programs, including the genes, regulatory networks,and cell types that underlie them. It is also unclear when differences between the sexes emerge during organ development and howsex differences evolve across species.

#dimorphism #wedontknowmuch

https://www.science.org/doi/10.1126/science.adf1046

Difference in body size (or sexual #dimorphism) between males and females is common across the #animal kingdom. One of the most extreme examples of sexual dimorphism is found in the #cichlid #fish species Lamprologous callipterus from Lake #Tanganyika in East Africa
#Biology #EarthScience #sflorg
https://www.sflorg.com/2023/02/bio02092303.html

Difference in body size (or sexual #dimorphism) between males and females is common across the #animal kingdom. One of the most extreme examples of sexual dimorphism is found in the #cichlid #fish species Lamprologous callipterus from Lake #Tanganyika in East Africa
#Biology #EarthScience #sflorg
https://www.sflorg.com/2023/02/bio02092303.html

Difference in body size (or sexual #dimorphism) between males and females is common across the #animal kingdom. One of the most extreme examples of sexual dimorphism is found in the #cichlid #fish species Lamprologous callipterus from Lake #Tanganyika in East Africa
#Biology #EarthScience #sflorg
https://www.sflorg.com/2023/02/bio02092303.html

Difference in body size (or sexual #dimorphism) between males and females is common across the #animal kingdom. One of the most extreme examples of sexual dimorphism is found in the #cichlid #fish species Lamprologous callipterus from Lake #Tanganyika in East Africa
#Biology #EarthScience #sflorg
https://www.sflorg.com/2023/02/bio02092303.html

Difference in body size (or sexual #dimorphism) between males and females is common across the #animal kingdom. One of the most extreme examples of sexual dimorphism is found in the #cichlid #fish species Lamprologous callipterus from Lake #Tanganyika in East Africa
#Biology #EarthScience #sflorg
https://www.sflorg.com/2023/02/bio02092303.html

Newest #preprint out from the lab! @amatte__ and I dive into how #ants got their extreme caste #dimorphism. The secret? Ruling the unruly larvae!
https://www.biorxiv.org/content/10.1101/2022.12.08.519655v1

Newest #preprint out from the lab! @amatte__ and I dive into how #ants got their extreme caste #dimorphism. The secret? Ruling the unruly larvae!
https://www.biorxiv.org/content/10.1101/2022.12.08.519655v1

Newest #preprint out from the lab! @amatte__ and I dive into how #ants got their extreme caste #dimorphism. The secret? Ruling the unruly larvae!
https://www.biorxiv.org/content/10.1101/2022.12.08.519655v1

Newest #preprint out from the lab! @amatte__ and I dive into how #ants got their extreme caste #dimorphism. The secret? Ruling the unruly larvae!
https://www.biorxiv.org/content/10.1101/2022.12.08.519655v1

Newest #preprint out from the lab! @amatte__ and I dive into how #ants got their extreme caste #dimorphism. The secret? Ruling the unruly larvae!
https://www.biorxiv.org/content/10.1101/2022.12.08.519655v1