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#phylogenetic — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #phylogenetic, aggregated by home.social.

  1. this information is combined together into one #phylogenetic tree that shows which species are more closely related and which are less the overall shape of the tree and the timing of when species branched off from another one help tell the story of that group past

  2. RE: mastodon.green/@plazi_species/

    An interesting scientific paper on #Gilliesieae (#Amaryllidaceae), which have a limited distribution in #Chile, Argentina, Bolivia, and Peru. The authors N. García and Miersia (2026) describe four #newspecies of genera #Gilliesia and #Miersia. All species are found only in specific regions of Chile and are therefore #endemic. The authors also amplified and sequenced #DNA sequences to reconstruct the #phylogenetic positions of the new species. #Biodiversityresearch
    © this text #StefanFWirth 2026

  3. RE: mastodon.green/@plazi_species/

    An interesting scientific paper on #Gilliesieae (#Amaryllidaceae), which have a limited distribution in #Chile, Argentina, Bolivia, and Peru. The authors N. García and Miersia (2026) describe four #newspecies of genera #Gilliesia and #Miersia. All species are found only in specific regions of Chile and are therefore #endemic. The authors also amplified and sequenced #DNA sequences to reconstruct the #phylogenetic positions of the new species. #Biodiversityresearch
    © this text #StefanFWirth 2026

  4. RE: mastodon.green/@plazi_species/

    An interesting scientific paper on #Gilliesieae (#Amaryllidaceae), which have a limited distribution in #Chile, Argentina, Bolivia, and Peru. The authors N. García and Miersia (2026) describe four #newspecies of genera #Gilliesia and #Miersia. All species are found only in specific regions of Chile and are therefore #endemic. The authors also amplified and sequenced #DNA sequences to reconstruct the #phylogenetic positions of the new species. #Biodiversityresearch
    © this text #StefanFWirth 2026

  5. RE: mastodon.green/@plazi_species/

    An interesting scientific paper on #Gilliesieae (#Amaryllidaceae), which have a limited distribution in #Chile, Argentina, Bolivia, and Peru. The authors N. García and Miersia (2026) describe four #newspecies of genera #Gilliesia and #Miersia. All species are found only in specific regions of Chile and are therefore #endemic. The authors also amplified and sequenced #DNA sequences to reconstruct the #phylogenetic positions of the new species. #Biodiversityresearch
    © this text #StefanFWirth 2026

  6. RE: mastodon.green/@plazi_species/

    An interesting scientific paper on #Gilliesieae (#Amaryllidaceae), which have a limited distribution in #Chile, Argentina, Bolivia, and Peru. The authors N. García and Miersia (2026) describe four #newspecies of genera #Gilliesia and #Miersia. All species are found only in specific regions of Chile and are therefore #endemic. The authors also amplified and sequenced #DNA sequences to reconstruct the #phylogenetic positions of the new species. #Biodiversityresearch
    © this text #StefanFWirth 2026

  7. Virome of canine lymph nodes: identification of viruses with zoonotic potential | Virology Journal

    Overview of the virome To gain a deeper understanding of the viral communities in canine lymph node tissues,…
    #NewsBeep #News #Health #AU #Australia #Canine #human #Phylogenetic #Viralmetagenomics #Virology #viruses
    newsbeep.com/au/248757/

  8. Took a while, but finally out:

    Pruning the Tree: Comparing #OTUs and #ASVs in High-Throughput Sequencing of 5S-IGS Nuclear Ribosomal DNA in #Phylogenetic Studies

    How to reduced 100ks of reads down to the 100 really needed, a comparison between #Mothur and #dada2 pipelines using our nigh-#reticulate #beech dataset as test subject

    doi.org/10.1002/ece3.72242

  9. Took a while, but finally out:

    Pruning the Tree: Comparing #OTUs and #ASVs in High-Throughput Sequencing of 5S-IGS Nuclear Ribosomal DNA in #Phylogenetic Studies

    How to reduced 100ks of reads down to the 100 really needed, a comparison between #Mothur and #dada2 pipelines using our nigh-#reticulate #beech dataset as test subject

    doi.org/10.1002/ece3.72242

  10. Took a while, but finally out:

    Pruning the Tree: Comparing #OTUs and #ASVs in High-Throughput Sequencing of 5S-IGS Nuclear Ribosomal DNA in #Phylogenetic Studies

    How to reduced 100ks of reads down to the 100 really needed, a comparison between #Mothur and #dada2 pipelines using our nigh-#reticulate #beech dataset as test subject

    doi.org/10.1002/ece3.72242

  11. Took a while, but finally out:

    Pruning the Tree: Comparing #OTUs and #ASVs in High-Throughput Sequencing of 5S-IGS Nuclear Ribosomal DNA in #Phylogenetic Studies

    How to reduced 100ks of reads down to the 100 really needed, a comparison between #Mothur and #dada2 pipelines using our nigh-#reticulate #beech dataset as test subject

    doi.org/10.1002/ece3.72242

  12. Took a while, but finally out:

    Pruning the Tree: Comparing #OTUs and #ASVs in High-Throughput Sequencing of 5S-IGS Nuclear Ribosomal DNA in #Phylogenetic Studies

    How to reduced 100ks of reads down to the 100 really needed, a comparison between #Mothur and #dada2 pipelines using our nigh-#reticulate #beech dataset as test subject

    doi.org/10.1002/ece3.72242

  13. 🆕 “High #phylogenetic distance between non-native #species and the recipient community increases #invasion success.”

    - the formal definition #invasion #scientists propose in structured format for #Darwin’s #naturalisation hypothesis.

    🔗 Check out the Hypothesis Description openly published with us: doi.org/10.3897/rio.11.e140548

    #invasivespecies #invsp

    Cc: @tinaheger @EvoMRI @LeibnizIGB

  14. 🆕 “High distance between non-native and the recipient community increases success.”

    - the formal definition propose in structured format for ’s hypothesis.

    🔗 Check out the Hypothesis Description openly published with us: doi.org/10.3897/rio.11.e140548

    Cc: @tinaheger @EvoMRI @LeibnizIGB

  15. 🆕 “High #phylogenetic distance between non-native #species and the recipient community increases #invasion success.”

    - the formal definition #invasion #scientists propose in structured format for #Darwin’s #naturalisation hypothesis.

    🔗 Check out the Hypothesis Description openly published with us: doi.org/10.3897/rio.11.e140548

    #invasivespecies #invsp

    Cc: @tinaheger @EvoMRI @LeibnizIGB

  16. 🆕 “High #phylogenetic distance between non-native #species and the recipient community increases #invasion success.”

    - the formal definition #invasion #scientists propose in structured format for #Darwin’s #naturalisation hypothesis.

    🔗 Check out the Hypothesis Description openly published with us: doi.org/10.3897/rio.11.e140548

    #invasivespecies #invsp

    Cc: @tinaheger @EvoMRI @LeibnizIGB

  17. 🆕 “High #phylogenetic distance between non-native #species and the recipient community increases #invasion success.”

    - the formal definition #invasion #scientists propose in structured format for #Darwin’s #naturalisation hypothesis.

    🔗 Check out the Hypothesis Description openly published with us: doi.org/10.3897/rio.11.e140548

    #invasivespecies #invsp

    Cc: @tinaheger @EvoMRI @LeibnizIGB

  18. 🚨R package StratPal update🚨
    Full integration with the FossilSim package to study effects of #taphonomy and #ecology on #phylogenetic trees with sampled ancestors, and simplified handling of categorical niche models 😁
    #stratigraphy
    mindthegap-erc.github.io/Strat

  19. 🚨R package StratPal update🚨
    Full integration with the FossilSim package to study effects of #taphonomy and #ecology on #phylogenetic trees with sampled ancestors, and simplified handling of categorical niche models 😁
    #stratigraphy
    mindthegap-erc.github.io/Strat

  20. That would have been enough for a #phylogenetic #ResearchPaper. But one problem with classic German coauthors is that we don't scratch surfaces.

    A new animal was found. A British researcher writes a half-page abstract a month later: The elephant, a new animal from Africa.
    One year later, a French writes a 5 pp. long paper, content: The elephant, a new animal from Africa.
    Five years later a 500 pp. German book is published: The Elephant. Part 1: Its trunk.

    (5/)

  21. That would have been enough for a #phylogenetic #ResearchPaper. But one problem with classic German coauthors is that we don't scratch surfaces.

    A new animal was found. A British researcher writes a half-page abstract a month later: The elephant, a new animal from Africa.
    One year later, a French writes a 5 pp. long paper, content: The elephant, a new animal from Africa.
    Five years later a 500 pp. German book is published: The Elephant. Part 1: Its trunk.

    (5/)

  22. That would have been enough for a #phylogenetic #ResearchPaper. But one problem with classic German coauthors is that we don't scratch surfaces.

    A new animal was found. A British researcher writes a half-page abstract a month later: The elephant, a new animal from Africa.
    One year later, a French writes a 5 pp. long paper, content: The elephant, a new animal from Africa.
    Five years later a 500 pp. German book is published: The Elephant. Part 1: Its trunk.

    (5/)

  23. That would have been enough for a #phylogenetic #ResearchPaper. But one problem with classic German coauthors is that we don't scratch surfaces.

    A new animal was found. A British researcher writes a half-page abstract a month later: The elephant, a new animal from Africa.
    One year later, a French writes a 5 pp. long paper, content: The elephant, a new animal from Africa.
    Five years later a 500 pp. German book is published: The Elephant. Part 1: Its trunk.

    (5/)

  24. That would have been enough for a #phylogenetic #ResearchPaper. But one problem with classic German coauthors is that we don't scratch surfaces.

    A new animal was found. A British researcher writes a half-page abstract a month later: The elephant, a new animal from Africa.
    One year later, a French writes a 5 pp. long paper, content: The elephant, a new animal from Africa.
    Five years later a 500 pp. German book is published: The Elephant. Part 1: Its trunk.

    (5/)