#tanglegrams — Public Fediverse posts

With the limited resources, Cecilia Banag and Sigrid Liede-Schumann, put together a nice set of classic gene markers from two of a flowering plant's genomes: rDNA spacer data from the biparentally inherited nucleome, and prospective intergenic spacer data from the (mostly) maternally inherited plastome. Which are here in a relative good fit, for a plant (plants never heard of Hennig, Platnick or Farris)
#Phylogenetics #Tanglegrams
(2/)

With the limited resources, Cecilia Banag and Sigrid Liede-Schumann, put together a nice set of classic gene markers from two of a flowering plant's genomes: rDNA spacer data from the biparentally inherited nucleome, and prospective intergenic spacer data from the (mostly) maternally inherited plastome. Which are here in a relative good fit, for a plant (plants never heard of Hennig, Platnick or Farris)
#Phylogenetics #Tanglegrams
(2/)

With the limited resources, Cecilia Banag and Sigrid Liede-Schumann, put together a nice set of classic gene markers from two of a flowering plant's genomes: rDNA spacer data from the biparentally inherited nucleome, and prospective intergenic spacer data from the (mostly) maternally inherited plastome. Which are here in a relative good fit, for a plant (plants never heard of Hennig, Platnick or Farris)
#Phylogenetics #Tanglegrams
(2/)

With the limited resources, Cecilia Banag and Sigrid Liede-Schumann, put together a nice set of classic gene markers from two of a flowering plant's genomes: rDNA spacer data from the biparentally inherited nucleome, and prospective intergenic spacer data from the (mostly) maternally inherited plastome. Which are here in a relative good fit, for a plant (plants never heard of Hennig, Platnick or Farris)
#Phylogenetics #Tanglegrams
(2/)

With the limited resources, Cecilia Banag and Sigrid Liede-Schumann, put together a nice set of classic gene markers from two of a flowering plant's genomes: rDNA spacer data from the biparentally inherited nucleome, and prospective intergenic spacer data from the (mostly) maternally inherited plastome. Which are here in a relative good fit, for a plant (plants never heard of Hennig, Platnick or Farris)
#Phylogenetics #Tanglegrams
(2/)

One has to love #Phylogenomics and its fully resolved trees (first pic, based on a "supermatrix" combining complete plastomes, nrDNA and up to 500 nuclear loci)

But it can be a quick spoiler to look at the data behind them
(second pic; the authors and whoever is responsible for #PeerReview didn't bother to take the old "fragment" papers for serious)

#Tanglegrams #Maples

One has to love #Phylogenomics and its fully resolved trees (first pic, based on a "supermatrix" combining complete plastomes, nrDNA and up to 500 nuclear loci)

But it can be a quick spoiler to look at the data behind them
(second pic; the authors and whoever is responsible for #PeerReview didn't bother to take the old "fragment" papers for serious)

#Tanglegrams #Maples

One has to love #Phylogenomics and its fully resolved trees (first pic, based on a "supermatrix" combining complete plastomes, nrDNA and up to 500 nuclear loci)

But it can be a quick spoiler to look at the data behind them
(second pic; the authors and whoever is responsible for #PeerReview didn't bother to take the old "fragment" papers for serious)

#Tanglegrams #Maples

@smollestbunny @simon
I'd call it fascinating, nice use of #tanglegrams
Also reminds me of one of our #OldPosts at the Geneal. World Phylog. Networks
A new playground for networks and exploratory data analysis
https://phylonetworks.blogspot.com/2019/11/a-new-playground-for-networks-and.html
Why adding #networks and #EDA? Humans are notorious in mixing their geno- and lingotypes as soon as we hit the road (which we always loved to do, too)

#PhyloNetworks

@smollestbunny @simon
I'd call it fascinating, nice use of #tanglegrams
Also reminds me of one of our #OldPosts at the Geneal. World Phylog. Networks
A new playground for networks and exploratory data analysis
https://phylonetworks.blogspot.com/2019/11/a-new-playground-for-networks-and.html
Why adding #networks and #EDA? Humans are notorious in mixing their geno- and lingotypes as soon as we hit the road (which we always loved to do, too)

#PhyloNetworks

@smollestbunny @simon
I'd call it fascinating, nice use of #tanglegrams
Also reminds me of one of our #OldPosts at the Geneal. World Phylog. Networks
A new playground for networks and exploratory data analysis
https://phylonetworks.blogspot.com/2019/11/a-new-playground-for-networks-and.html
Why adding #networks and #EDA? Humans are notorious in mixing their geno- and lingotypes as soon as we hit the road (which we always loved to do, too)

#PhyloNetworks

@smollestbunny @simon
I'd call it fascinating, nice use of #tanglegrams
Also reminds me of one of our #OldPosts at the Geneal. World Phylog. Networks
A new playground for networks and exploratory data analysis
https://phylonetworks.blogspot.com/2019/11/a-new-playground-for-networks-and.html
Why adding #networks and #EDA? Humans are notorious in mixing their geno- and lingotypes as soon as we hit the road (which we always loved to do, too)

#PhyloNetworks

@smollestbunny @simon
I'd call it fascinating, nice use of #tanglegrams
Also reminds me of one of our #OldPosts at the Geneal. World Phylog. Networks
A new playground for networks and exploratory data analysis
https://phylonetworks.blogspot.com/2019/11/a-new-playground-for-networks-and.html
Why adding #networks and #EDA? Humans are notorious in mixing their geno- and lingotypes as soon as we hit the road (which we always loved to do, too)

#PhyloNetworks