Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
Algorithmic improvements to species delimitation and phylogeny estimation under the multispecies coalescent.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Feb 2017 – Nov 2025Where it's discussed
-
X / Twitter390 posts
-
Bluesky59 posts
-
YouTube19 videos
AI synopsis
What people are saying
The collective discussions highlight various aspects of the publication, like mentions of deep learning models, algorithms, and their applications in phylogenomics, with words like 'improve', 'advances', and 'new methods' indicating a positive outlook and curiosity. The tone is analytical and somewhat optimistic, reflecting a recognition of the article’s technical significance and potential impact on systematic biology.
Most discussions acknowledge the potential and value of the new methodological advances, reflecting overall supportive sentiments.
Posts demonstrate high engagement with technical details, such as mentions of neural networks, phylogenetic models, and new analytical techniques, indicating active interest.
Many posts reference specific methods, applications, and implications, showing a moderate depth of engagement and discussions about methodologies.
The discussions suggest that the publication could influence future research directions and methodological improvements, although evidence of widespread paradigm shifts is limited.
Abstract in brief
- The article discusses a new Bayesian method called STACEY, designed to improve how scientists identify species and estimate species trees using molecular data, without needing prior guesses or guide trees.
- The method introduces three new operators for the Markov chain Monte Carlo process and models population sizes along branches, which together make the analysis faster and more accurate, as confirmed by various tests.
- Compared to previous methods, STACEY shows better efficiency, especially on complex datasets, offering more reliable results in species delimitation and phylogeny estimation.
Top posts
Most liked on X and Blueskyオルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/YTrYjJOzaX
Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https://t.co/XABYs8fIJL @systbiol
Notre article sur la délimitation des espèces de tatous du genre Dasypus est désormais publié dans Systematic Biology (doi.org/10.1093/sysbio/syae027) officialisant ainsi le tatou à long museau de Guyane (Dasypus guianensis) comme une nouvelle espèce endémique du plateau des Guyanes
Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, https://t.co/zqiIqIzdu8
PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics and diversification studies https://t.co/DkX2zv1gpA @systbiol
All mentions
Understanding Why YouTube Videos Look Alike Through Convergent Evolution
Many crustaceans from different origins evolve similar forms due to external pressures, a concept comparable to why YouTube videos look alike, driven by the platform's recommendation algorithm and convergent evolution…
Why Do Different Bird Species Not Interbreed? Insights into Reproductive Barriers
This video explores why different bird species do not interbreed, focusing on reproductive barriers and species evolution. It includes scientific studies on genetic and behavioral factors preventing hybridization, with…
Archaeopteryx: Evidence for Evolution and Bird Origins
Why is Archaeopteryx evidence for evolution and change over time? Explore its significance in understanding transitional fossils, bird evolution, and the history of life through scientific studies and fossil analysis.
Evolutionary Insights into Dynastes Beetles and Phylogenetic Advances
Explore the phylogeny and evolution of Dynastes beetles, including Hercules and Satanas species, alongside recent innovations in species delimitation and phylogeny estimation methods like STACEY, which enhance accuracy…
Efficient Phylogenetic Analysis in TNT Using Batch Commands
This video demonstrates how to use text file commands in TNT to analyze multiple datasets sequentially, saving results to text files. It provides guidance on conducting comprehensive phylogenomic analyses with a focus…
Largest Golden Thread-Producing Spider with Long Legs Nephilinae 2023
This video explores the largest spider with the longest legs that produces golden silk, belonging to the Nephilinae subfamily. It covers taxonomic history, classification debates, and recent molecular phylogenetics…
Diversity of Early Hominins: Insights from Paleontological Evidence
Coverage of paleontological topics, including footprint evidence found in Koobi Fora, Kenya, which reveals distinct patterns of early Pleistocene hominin bipedalism. This suggests multiple hominin species lived in close…
Advances in Species Delimitation and Phylogeny Estimation with STACEY Method
This tutorial covers the STACEY Bayesian method to improve species identification and phylogeny estimation using molecular data. It introduces new operators and models population sizes to enhance efficiency and accuracy…
Extracting Elements from Text Files in R for Phylogenetic Analysis
This video demonstrates how to use R and the ape package to extract strict consensus trees from plaintext TNT output files, showcasing techniques applicable to any text content for phylogenetic analysis.
Advancements in Species Delimitation and Phylogeny with STACEY Method
This presentation introduces the Bayesian STACEY method, improving species identification and phylogeny estimation with molecular data. It features new operators and models population sizes for faster, more accurate…
Types of Evolutionary Trees and Their Significance
This video introduces the basics of evolutionary trees, exploring their types and importance in understanding species development. It also features engaging gameplay.
Distance-based Phylogenetics: Past, Present, and Future Insights
Siavash Mirarab discusses the evolution and future prospects of distance-based methods in phylogenetics, highlighting recent advances and ongoing challenges in the field.
Advancements in Species Delimitation and Phylogeny Estimation Using STACEY Algorithm
The article introduces the Bayesian method STACEY, which improves species identification and tree estimation from molecular data, without prior guide trees. It enhances analysis speed and accuracy, especially on complex…
American Crow Behavior and Reproductive Strategies Analysis
This video explores American crow behavioral observations, focusing on roosting behavior, group territoriality, and reproductive partitioning, based on scientific research and detailed behavioral studies.
Belangkas gak Berevolusi, Emang iya?
Phylogenomic Insights... Bio-61 Research Review
ペガサス野獣類
European Sturgeon
Evaluating Fossil Data Reliability in Phylogeny Reconstruction
This video discusses the reliability of fossilizable data in constructing phylogenies, highlighting recent research that challenges previous molecular findings and emphasizes phenomic evidence for mammal evolution…
Audified phylogeny of kangaroos and wallabies, Cascini et al 2019
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
RT @evol_genomics: PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics an…
PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics and diversification studies https://t.co/DkX2zv1gpA @systbiol
PhyloCNN: Improving tree representation and neural network architecture for deep learning from trees in phylodynamics and diversification studies https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf082/8340354
RT @evol_genomics: Site-Specific Structure and Stability Constrained Substitution Models Improve Phylogenetic Inference https://t.co/dZppcN…
RT @evol_genomics: Seventy-five Years of Systematic Biology: Looking Back, Moving Forward https://t.co/PZzAbcOTif @systbiol
RT @evol_genomics: Site-Specific Structure and Stability Constrained Substitution Models Improve Phylogenetic Inference https://t.co/dZppcN…
Seventy-five Years of Systematic Biology: Looking Back, Moving Forward https://t.co/PZzAbcOTif @systbiol
Site-Specific Structure and Stability Constrained Substitution Models Improve Phylogenetic Inference https://t.co/dZppcN1BPV @systbiol
RT @evol_genomics: Efficient Inference of Macrophylogenies: Insights from the Avian Tree of Life https://t.co/XDWW6AIqkV @systbiol
RT @evol_genomics: Efficient Inference of Macrophylogenies: Insights from the Avian Tree of Life https://t.co/XDWW6AIqkV @systbiol
RT @evol_genomics: Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
RT @evol_genomics: Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
RT @evol_genomics: Cryptic species can be phylogenetically old despite strong sex-biased dispersal https://t.co/VJTcfXhrDA @systbiol
RT @evol_genomics: Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/ZDU8Hf0X33
RT @evol_genomics: Efficient Inference of Macrophylogenies: Insights from the Avian Tree of Life https://t.co/XDWW6AIqkV @systbiol
https://t.co/QJthuP7k3G
RT @evol_genomics: Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
RT @evol_genomics: Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
Efficient Inference of Macrophylogenies: Insights from the Avian Tree of Life https://t.co/XDWW6AIqkV @systbiol
Gene flow complicates phylogenetic inference in an archipelago radiation https://t.co/oAbTFdanW3 @systbiol
Gene flow complicates phylogenetic inference in an archipelago radiation [Solomons Monarchs (Aves: Symposiachrus barbatus complex)] https://t.co/OMQiPciLx2
https://t.co/xbiPntIKZN
RT @Hoyaboya11: https://t.co/cuRm2O2V1F
https://t.co/cuRm2O2V1F
Efficient Inference of Macrophylogenies: Insights from the Avian Tree of Life https://t.co/Q1ZVFMYaMT
Our paper on tinamou evolution is finally out in @systbiol. https://t.co/xabO0pqzhh https://t.co/59yR1kbr61
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
The "Algorithmic and evolutionary biology" session is chaired by Nicola De Maio and Erin Molloy. Erin Molloy delivered the first talk titled "Towards scalable reconstruction of species phylogenies under the network multispecies coalescent" TreeQMC: doi.org/10.1093/sysbio/syaf009
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
Cryptic species can be phylogenetically old despite strong sex-biased dispersal https://t.co/VJTcfXhrDA @systbiol
DupLoss-2: Improved Phylogenomic Species Tree Inference under Gene Duplication and Loss https://t.co/rHMCT4MRjg @systbiol
RT @evol_genomics: Nuclear Phylogenomic Insights into Relationships, Support, and Conflict Among the Early Diverging Lineages of the Megadi…
RT @evol_genomics: Nuclear Phylogenomic Insights into Relationships, Support, and Conflict Among the Early Diverging Lineages of the Megadi…
Whole-genomes illuminate the drivers of gene tree discordance and the tempo of tinamou diversification (Aves: Tinamidae) https://t.co/0iaP39dEmO
Nuclear Phylogenomic Insights into Relationships, Support, and Conflict Among the Early Diverging Lineages of the Megadiverse Epidendroid Orchids https://t.co/fIu3SOQySE @systbiol
RT @evol_genomics: Too many numbers? https://t.co/3dhciplf5v @systbiol
RT @evol_genomics: Too many numbers? https://t.co/3dhciplf5v @systbiol
Algebraic Invariants for Inferring 4-leaf Semi-Directed Phylogenetic Networks https://t.co/wj7eY9uxrS @systbiol
RT @evol_genomics: Too many numbers? https://t.co/3dhciplf5v @systbiol
RT @evol_genomics: Too many numbers? https://t.co/3dhciplf5v @systbiol
Too many numbers? https://t.co/3dhciplf5v @systbiol
RT @evol_genomics: torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch | Systematic Biology | Oxford Academic https://t.co/0QhSEU8Aov
RT @evol_genomics: torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
RT @evol_genomics: torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
RT @evol_genomics: torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
RT @evol_genomics: torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
torchtree: Flexible Phylogenetic Model Development and Inference Using PyTorch https://t.co/YiRuEwnBUD @systbiol
Phylogenomics of a genus of ‘Great Speciators’ reveals rampant incomplete lineage sorting, gene flow, and mitochondrial discordance in island systems https://t.co/JX6CQQX0q5
El trabajo fue publicado en la revista científica Systematic Biology
RT @albertonykus: Phylogeny of parrots and sources of phylogenetic conflict: https://t.co/eWB22m6OTW #birds #dinosaurs https://t.co/tkQ31RD…
RT @evol_genomics: Integrating Genomics, Collections, and Community Science to Delimit Species Clarifies the Taxonomy of a Variable Monitor…
RT @TransmitScience: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics v/ @evol_genomics https://t.co/Kx6ECxmo6A
RT @TransmitScience: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics v/ @evol_genomics https://t.co/Kx6ECxmo6A
Integrating Genomics, Collections, and Community Science to Delimit Species Clarifies the Taxonomy of a Variable Monitor Lizard (Varanus tristis) https://t.co/P15EMID1ic @systbiol
RT @evol_genomics: Accelerating Maximum Likelihood Phylogenetic Inference via Early Stopping to Evade (Over-)optimization https://t.co/qPhg…
Now available in Systematic Biology, a new paper (and R package) in which we outline an approach to account for non-independence in comparative analyses of lineage-pair traits https://t.co/uHivIRJuPL
Practical Guide and Review of Fossil Tip-Dating in Phylogenetics v/ @evol_genomics https://t.co/Kx6ECxmo6A
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
RT @kfuku0502: オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/…
オルソログだけでなくパラログまで含んだ遺伝子系統樹の間での樹形の違いを検出し、それをもとにマクロ進化スケールでの特定の表現型に関連する遺伝子の検出を試みるプログラム(CAnDI)を開発している。食虫植物がテストデータに。 https://t.co/YTrYjJOzaX
RT @evol_genomics: Introgressed variants obscure phylogenetic relationships but are not subject to positive selection in Australasian long-…
RT @TomHoltzPaleo: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics https://t.co/UcALjQRvxt
RT @evol_genomics: Introgressed variants obscure phylogenetic relationships but are not subject to positive selection in Australasian long-…
RT @evol_genomics: Introgressed variants obscure phylogenetic relationships but are not subject to positive selection in Australasian long-…
RT @evol_genomics: Introgressed variants obscure phylogenetic relationships but are not subject to positive selection in Australasian long-…
Introgressed variants obscure phylogenetic relationships but are not subject to positive selection in Australasian long-tailed parrots https://t.co/XIzJBmJbsh @systbiol
RT @evol_genomics: Accelerating Maximum Likelihood Phylogenetic Inference via Early Stopping to Evade (Over-)optimization https://t.co/qPhg…
RT @evol_genomics: Accelerating Maximum Likelihood Phylogenetic Inference via Early Stopping to Evade (Over-)optimization https://t.co/qPhg…
Accelerating Maximum Likelihood Phylogenetic Inference via Early Stopping to Evade (Over-)optimization https://t.co/qPhgtnyD2E @systbiol
No Consistent Effect of Migration on Speciation Rates in Two Avian Superfamilies: A Check on the Robustness of Trait-Dependent Diversification Methods https://t.co/cmkfz9ZzcE
RT @evol_genomics: Mechanisms of Community Assembly through the lens of Phylogenetic Diversity: a Critical Reappraisal https://t.co/edeyPBN…
RT @evol_genomics: Mechanisms of Community Assembly through the lens of Phylogenetic Diversity: a Critical Reappraisal https://t.co/edeyPBN…
RT @evol_genomics: Mechanisms of Community Assembly through the lens of Phylogenetic Diversity: a Critical Reappraisal https://t.co/edeyPBN…
RT @evol_genomics: Mechanisms of Community Assembly through the lens of Phylogenetic Diversity: a Critical Reappraisal https://t.co/edeyPBN…
Mechanisms of Community Assembly through the lens of Phylogenetic Diversity: a Critical Reappraisal https://t.co/edeyPBNdjN @systbiol
RT @evol_genomics: Evolutionary rate incongruences in squamates reveal contrasting patterns of evolutionary novelties and innovation https:…
RT @evol_genomics: Evolutionary rate incongruences in squamates reveal contrasting patterns of evolutionary novelties and innovation https:…
Evolutionary rate incongruences in squamates reveal contrasting patterns of evolutionary novelties and innovation https://t.co/wXPWDD2qGQ @systbiol
RT @TomHoltzPaleo: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics https://t.co/UcALjQRvxt
RT @paleoTsimoes: Our latest paper, now on how to conciliate apparently discrepant evolutionary rate patterns in squamates, but which may w…
RT @TomHoltzPaleo: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics https://t.co/UcALjQRvxt
RT @TomHoltzPaleo: Practical Guide and Review of Fossil Tip-Dating in Phylogenetics https://t.co/UcALjQRvxt
Integrating Genomics, Collections, and Community Science to Delimit Species Clarifies the Taxonomy of a Variable Monitor Lizard (Varanus tristis) https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf064/8263903
RT @paleoTsimoes: Our latest paper, now on how to conciliate apparently discrepant evolutionary rate patterns in squamates, but which may w…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
RT @GDarlim: For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" no…
For this #FossilFriday, I'm happy to share our new study "Practical Guide and Review of Fossil Tip-Dating in Phylogenetics" now open access in Systematic Biology
https://t.co/rHOTkqQZFO
RT @ICP_MCrusafont: It's hard to place a fossil in the tree of life when all you’ve got is a vertebra and a humerus
RT @Hoyaboya11: 「系統的支持の評価における新たな視点:新たなRelative Contradiction Indexを用いてワニ類における系統的論争を調査する」 https://t.co/NBoEohPHiN
https://t.co/c3vk7ejY0P
「系統的支持の評価における新たな視点:新たなRelative Contradiction Indexを用いてワニ類における系統的論争を調査する」 https://t.co/NBoEohPHiN
RT @ICP_MCrusafont: It's hard to place a fossil in the tree of life when all you’ve got is a vertebra and a humerus
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
RT @ICP_MCrusafont: It's hard to place a fossil in the tree of life when all you’ve got is a vertebra and a humerus
It's hard to place a fossil in the tree of life when all you’ve got is a vertebra and a humerus
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
RT @evol_genomics: The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
The comparative analysis of lineage-pair traits https://t.co/JTEYx1PwaD @systbiol
https://t.co/pCLNlnzKjs
https://t.co/3q3WrTgedM
@pseudotemple 利点があるものと考えられます.ただし,計算コストは莫大に増えることが知られています(e.g., Whelan & Halanych, 2017). Whelan & Halanych (2017) Who Let the CAT Out of the Bag? Accurately Dealing with Substitutional Heterogeneity in Phylogenomic Analyses https://t.co/ugOYDOcpms
https://t.co/1KbNrD4cWm
https://t.co/QVsm8XTRQ6
RT @evol_genomics: Estimating waiting distances between genealogy changes under a Multi-Species Extension of the Sequentially Markov Coales…
Estimating waiting distances between genealogy changes under a Multi-Species Extension of the Sequentially Markov Coalescent https://t.co/TnLyLlhgDX @systbiol
RT @evol_genomics: Dating the Bacterial Tree of Life Based on Ancient Symbiosis https://t.co/BALzthftMD @systbiol
https://t.co/WaDsnKYZrq
RT @pacyc1841: Dating the Bacterial Tree of Life Based on Ancient Symbiosis | Systematic Biology | Oxford Academic https://t.co/nFG4OnB4TY
RT @pacyc1841: Dating the Bacterial Tree of Life Based on Ancient Symbiosis | Systematic Biology | Oxford Academic https://t.co/nFG4OnB4TY
RT @evol_genomics: Dating the Bacterial Tree of Life Based on Ancient Symbiosis https://t.co/BALzthftMD @systbiol
Dating the Bacterial Tree of Life Based on Ancient Symbiosis | Systematic Biology | Oxford Academic https://t.co/nFG4OnB4TY
Dating the Bacterial Tree of Life Based on Ancient Symbiosis | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syae071/7976854?login=true
RT @evol_genomics: Dating the Bacterial Tree of Life Based on Ancient Symbiosis https://t.co/BALzthftMD @systbiol
Dating the Bacterial Tree of Life Based on Ancient Symbiosis https://t.co/BALzthftMD @systbiol
RT @TwitiGalli: Estimando Estados Ancestrais de Caráteres Complexos: um Estudo de Caso sobre a Evolução das Penas https://t.co/oVZHJCSgDd
RT @TwitiGalli: Estimando Estados Ancestrais de Caráteres Complexos: um Estudo de Caso sobre a Evolução das Penas https://t.co/oVZHJCSgDd
RT @TwitiGalli: Estimando Estados Ancestrais de Caráteres Complexos: um Estudo de Caso sobre a Evolução das Penas https://t.co/oVZHJCSgDd
Estimando Estados Ancestrais de Caráteres Complexos: um Estudo de Caso sobre a Evolução das Penas https://t.co/oVZHJCSgDd
Estimating Ancestral States of Complex Characters: a Case Study on the Evolution of Feathers https://t.co/wap6MyOUFl
New perspectives in phylogenetic support assessment: using the new Relative Contradiction Index to investigate the phylogenetic controversies in Crocodylia https://t.co/yrxgtaZ7QU
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
RT @evol_genomics: Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbi…
Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://t.co/iMXgFnYHVm @systbiol
Parameter Estimation from Phylogenetic Trees Using Neural Networks and Ensemble Learning https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf060/8246660
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
RT @evol_genomics: Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https…
Global Diversity Patterns are Explained by Diversification Rates and Dispersal at Ancient, Not Shallow, Timescales https://t.co/XABYs8fIJL @systbiol
@unisevilla En otro trabajo influyente, y en línea con la charla de nuestro invitado, reveló que en el género Ranitomeya la coloración surge por distintos mecanismos, lo que sugiere un origen marcado por procesos de evolución convergente en parientes cercanos.
RT @evol_genomics: Social environment and the evolution of delayed reproduction in birds https://t.co/SFnpgvlgHG @systbiol
Social environment and the evolution of delayed reproduction in birds https://t.co/SFnpgvlgHG @systbiol
https://t.co/NBoEohPHiN
@niles_eldredge recent theoretical predictions for molecular patterns: https://t.co/iRrGLUwlbV
"ConvexML: Fast and accurate branch length estimation under irreversible mutation models, illustrated through applications to CRISPR/Cas9-based lineage tracing" Prillo S, Ravoor A, Yosef N, Song YS. Syst Biol. 2025-08-08. https://t.co/y8BcwHhNiX
Phylogenetic Resolution and Conflict in the Species-Rich Flowering Plant Family Leguminosae https://t.co/G6gyX1me4N @systbiol
Mathilde Barthe proposes a revision of sloth species, and finds evidence of gene flow using @GaltierNicolas ’s Aphid method Her work on armadillo: https://doi.org/10.1093/sysbio/syae027 #ESEB2025
Evaluating UCE Data Adequacy and Integrating Uncertainty in a Comprehensive Phylogeny of Ants https://t.co/1tIs09eYyD @systbiol
Social environment and the evolution of delayed reproduction in birds https://t.co/gA9XMYdRQU
Mongiardino Koch et al. (2025) But the Clock, Tick-Tock: An Empirical Case Study Highlights the Preeminence of Relaxed Clock Models in Total-Evidence Dating https://t.co/kpfQwyBJ2D(まだ動かない) https://t.co/TAOXFSfiPI
https://t.co/c3vk7ejY0P
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
RT @evol_genomics: Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
Selecting a Window Size for Phylogenomic Analyses of Whole Genome Alignments using AIC https://t.co/AtsguaNGSi @systbiol
Do diversification rates and molecular evolution covary? Maybe, maybe not, but it’s surprising how much falls into place if we assume they do https://t.co/vUn9MX8p5g
RT @grahbudd: Our covariant model of evolution is now out in @systbiol. In it, rates of diversification and molecular and morphological evo…
RT @grahbudd: Our covariant model of evolution is now out in @systbiol. In it, rates of diversification and molecular and morphological evo…
Our covariant model of evolution is now out in @systbiol. In it, rates of diversification and molecular and morphological evolution all covary governed by a “tempo” variable which itself also varies at a rate equal to its own value. @richardpmann https://t.co/vUM8y1ds4Q https://t.co/C9hLja4M1K
Species Diversification in the Sky Islands of Southwestern China Revealed by Genomic, Introgression and Demographic Analyses of Asian Shrew Moles https://t.co/jwxQorMpon
RT @IUCN_SMSG: Species Diversification in the Sky Islands of Southwestern China Revealed by Genomic, Introgression and Demographic Analyses…
RT @IUCN_SMSG: Species Diversification in the Sky Islands of Southwestern China Revealed by Genomic, Introgression and Demographic Analyses…
RT @IUCN_SMSG: Species Diversification in the Sky Islands of Southwestern China Revealed by Genomic, Introgression and Demographic Analyses…
Species Diversification in the Sky Islands of Southwestern China Revealed by Genomic, Introgression and Demographic Analyses of Asian Shrew Moles https://t.co/BE3EyrSje9
https://t.co/3q3WrTgedM
https://t.co/p5HkVq5L6M
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
@masasloth Crotty et al. (2020) GHOST: Recovering Historical Signal from Heterotachously Evolved Sequence Alignments https://t.co/4hePutbyol
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
RT @evol_genomics: PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE…
PhyloFusion- Fast and easy fusion of rooted phylogenetic trees into rooted phylogenetic networks https://t.co/4ZIklXOmcE @systbiol
RT @psocodea: 祖先形質復元論文 https://t.co/bXsbwAiQ8m 化石論文 https://t.co/W0m7Z0t3EK
RT @psocodea: 祖先形質復元論文 https://t.co/bXsbwAiQ8m 化石論文 https://t.co/W0m7Z0t3EK
祖先形質復元論文 https://t.co/bXsbwAiQ8m 化石論文 https://t.co/W0m7Z0t3EK
RT @evol_genomics: torchtree: flexible phylogenetic model development and inference using PyTorch https://t.co/wFkt6VlSr4 @systbiol
Data Fusion for Integrative Species Identification Using Deep Learning https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf026/8161735
Data Fusion for Integrative Species Identification Using Deep Learning https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf026/8161735
Data Fusion for Integrative Species Identification Using Deep Learning https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf026/8161735
RT @tharano34: ジャガー、ライオン、ヒョウの系統関係。Syst Biol;https://t.co/Pw4Zdsbr5t 3種の中でジャガーが最初に分岐=ライオンとヒョウが最も近縁という系統樹が、ゲノム全体で多数を占める。しかし、ライオンとヒョウの間では、雑種形成…
RT @tharano34: ジャガー、ライオン、ヒョウの系統関係。Syst Biol;https://t.co/Pw4Zdsbr5t 3種の中でジャガーが最初に分岐=ライオンとヒョウが最も近縁という系統樹が、ゲノム全体で多数を占める。しかし、ライオンとヒョウの間では、雑種形成…
ジャガー、ライオン、ヒョウの系統関係。Syst Biol;https://t.co/Pw4Zdsbr5t 3種の中でジャガーが最初に分岐=ライオンとヒョウが最も近縁という系統樹が、ゲノム全体で多数を占める。しかし、ライオンとヒョウの間では、雑種形成がくり返し生じたと推定される。
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
@Xilaf_ @Gulag_Girl Tient phylogénie https://t.co/jSm94b4Bxz https://t.co/Y1ZphwiR89
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
phyddle: software for exploring phylogenetic models with deep learning https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf036/8131506
Awesome new paper from @prosanta.bsky.social, Melanie Stiassny, et al! academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaf032/8129685?login=true
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
RT @TomHoltzPaleo: Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, htt…
Graham E Budd, Richard P Mann, Evolutionary Tempo, Supertaxa and Living Fossils, Systematic Biology, 2025;, syaf020, https://t.co/zqiIqIzdu8
New paper in Systematic Biology using @gbif.org mediated data: Global Patterns of Taxonomic Uncertainty and its Impacts on Biodiversity Research #CiteTheDOI: ✅ https://doi.org/10.1093/sysbio/syaf010
https://t.co/1KbNrD4cWm
Dating the bacterial tree of life based on ancient symbiosis | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syae071/7976854
Dating the bacterial tree of life based on ancient symbiosis | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syae071/7976854
Notre article sur la délimitation des espèces de tatous du genre Dasypus est désormais publié dans Systematic Biology (doi.org/10.1093/sysbio/syae027) officialisant ainsi le tatou à long museau de Guyane (Dasypus guianensis) comme une nouvelle espèce endémique du plateau des Guyanes
RT @Jungle_KL: A wonderful trip to Prague to meet Marek Slovák, one of the most important collaborators in my Primrose Tree of Life project…
A wonderful trip to Prague to meet Marek Slovák, one of the most important collaborators in my Primrose Tree of Life project, and I recevied from him all the Soldanella material he had prepared for this paper: https://t.co/mfLXRhzGxL
A wonderful trip to Prague to meet Marek Slovák, one of the most important collaborators in my Primrose Tree of Life project, and I recevied from him all the Soldanella material he had prepared for this paper: https://t.co/mfLXRhAenj
New paper in Systematic Biology using @gbif.org mediated data: Repeated Evolution of Storage Root and Invasions of Alpine Biome Drove Replicated Radiations of the Megadiverse Corydalis (Papaveraceae) in the Qinghai–Tibet Plateau #CiteTheDOI: ❌ https://doi.org/10.1093/sysbio/syaf014
RT @6eyes8legs: extremely satisfying figure full of crabs by @jopabinia et al. (from https://t.co/oUPnznNq9S) https://t.co/3g4eAlr4EH
Whoops! Here is the text, both as snapshot and as alt-text.
Daniele Silvestro #Biology25: supervised deep-learning estimation of substitution rates + unsupervised phylogenetic tree inference = semi-supervised approach to phylogenetic inference https://doi.org/10.1093/sysbio/syae029
New paper in Systematic Biology using @gbif.org mediated data: Phylogenetic #Biogeography Inference Using Dynamic #Paleogeography Models and Explicit Geographic Ranges #CiteTheDOI: ✅ https://doi.org/10.1093/sysbio/syae051
Integrating Deep Learning Derived Morphological Traits and Molecular Data for Total-Evidence Phylogenetics: Lessons from Digitized Collections https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syae072/7960110
partition modelと比べてモデル適合度が上がるかどうかは今後検討の必要があると思います(partition modelと混合モデルはAICやBICなどの情報量基準でモデル適合度を比較できない(Crotty & Holland, 2022: https://t.co/xQXlfgQEMF; Liu et al., 2023: https://t.co/TTvjGFeiyi)).
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
RT @kobuyahazu: Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
Systematic Biologyから共著論文が出版されました。カマキリモドキ上科の捕獲脚の進化と多様性に関する壮大な論文です。 https://t.co/YFRrnXhdMj
Mulvey et al. (2024) Assessing the Adequacy of Morphological Models using Posterior Predictive Simulations https://t.co/SoPlv27JAs
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @saabalde: New paper with @ulfjo out today on Systematic Biology: "A Phylogenomic Backbone for Acoelomorpha Inferred from Transcriptomic…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [新作] 二枚貝綱から数百個の超保存エレメント (UCEs) を新規に発見・シーケンスし、系統解析を行った論文が Systematic Biology誌 @systbiol に掲載! この手法はある程度時間が経った液浸標本でも可能なため、博物館…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
RT @squamiferum: [New Paper] In Systematic Biology @systbiol uses hundreds of newly captured ultra-conserved elements (UCEs) on over 50 fam…
and Felder, D.L., 2024. Convergent adaptation of true crabs (Decapoda: Brachyura) to a gradient of terrestrial environments. Systematic biology, 73(2), pp.247-262. https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syad066/7370615 (6/6)
It's kinda wild that this method based on Boucher & Démery (2016) "solves" a problem I described in a @systbiol paper more than a decade ago: https://t.co/q1g4nqwqKW. https://t.co/3ywRM69oKw
Will our channel turn into a crab? Probably not, we will grow claws before we make 20-minute videos (that would take so many drawings
Why Do All YouTube Videos Look Alike? https://t.co/zx4pdUJcAq via @YouTube
@ONE_____CHANCE @chklitia @SaAlmutawaa @youssefalbanay ربما لو شاهدت هذا ستعرف من الجاهل https://t.co/JXTuLW2GBt
@Drr971928 @SaAlmutawaa @youssefalbanay هذا المقطع الذي يفند اكاذيبه أجمل https://t.co/JXTuLW2GBt
@SaAlmutawaa @youssefalbanay ليس القنيبي إلا كذاب مدلس https://t.co/JXTuLW2GBt
@Jehad_070 @SaAlmutawaa @youssefalbanay ربما يجعلكم هذا تستفيقون من أوهام القنيبي https://t.co/JXTuLW2GBt
Why Do All YouTube Videos Look Alike? https://t.co/WMzI9423NI via @YouTube
Welcome to MinuteMeta, our new video series where we compare strange things to each other. Today: why YouTube is like Crabs. https://t.co/s08mHPnk6i https://t.co/3dfBFzPQWN
You know, YouTube is (metaphorically) crab. MinuteEarth, "Why Do All YouTube Videos Look Alike?", youtu.be/s9IkBWuT3iE?...
先日話題にした「カニ化」
MinuteEarth https://t.co/BOxfssz1x3
A timely paper for all those worried about the timing of the bird radiation: https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syad057/7269072
@Dr_EyadQun هههههه لم اري شخص اكثر كذب منك https://t.co/iSjXCuHbV9
Trying something new on YT shorts. Let me know what you think. https://t.co/CMPhZDkugW
@iikaboy @njm04226905 @SALEHALSAADI1 @youssefalbanay https://t.co/TtVZ8ujqcA
@Basilalsharif12 @crixus_ar https://t.co/TtVZ8ujY28
@pequenomarxista @CesarFavacho @alexandre079 @ElfaDosInsetos Em 2019 saiu um trabalho de filogenia usando genoma mostrando que ela pertencia a Trichonephila e não a Nephila. Inclusive, caso te interesse, é esse aqui https://t.co/i94sD0GXav
@HashTiger94 نقد إياد القنيبي: https://t.co/l1NsoNoqVa https://t.co/De9EhJqtut https://t.co/pcKnC4DgdZ نقد هيثم طلعت: https://t.co/UzAmegOqz8 الصورة: https://t.co/pIXytDLvfx
#RUZoo Detecting and Removing Sample Contamination in Phylogenomic Data: An Example and its Implications for Cicadidae Phylogeny (Insecta: Hemiptera) https://t.co/B4ldxOjXRA
@Dr_EyadQun we have a cretisism for one of your videos would you mind answering it ? https://t.co/r8nnyq9Ve5
@evopalaeo @phyloprog @PalaeoTom @mtanichthys @JimmyBernot @jlsteenwyk One way to mitigate such wildcard effects is to compute the information in common between trees after removing rogue taxa; see https://t.co/g3ge33jCAg and https://t.co/yvqnZ57JYm
@man_in_desert1 @AbdulahAlahmari أنت تثبت كلامي "لم تقرأ سطرا واحدا من كتاب علمي" بل تعتمد على تسليم عقلك لغيرك ثم الترديد كالببغاء
@M_Mahyoub @AliBoson لا يوجد مقابل. التطور عليه إجماع علمي منتهي من زمان. تابع هذا الشخص ستجد له ردود تكشف زيف ادعاءات المناهضين للتطور والعلم أمثال إياد قنيبي. https://t.co/X722RyL7Ds
@Dr_EyadQun السلام عليكم دكتور إياد هذا اليوتيبير عرض مقطع اخد رواج كبير ياريت ترد عليه https://t.co/LJNyjKqdGV
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
RT @PalaeoSmith: Mapping trees helps understand phylogenetic results – but widely used methods can be misleading. - My recommendations for…
• Is "Stemward slippage" an illusion? • Molecular data + fossils = better phylogenies Highlights from my latest collaboration with Rob Asher https://t.co/Nb2P1ETYDb
PS Don't phase polymorphic nuclear data unless you have a very good database for comparison and can be sure the 2ISPs (intra-individual site polymorphisms; https://t.co/kEACeBQzO4) are not the product of gene duplication as well (here 50% of the PI sites involve 2ISPs) https://t.co/FOez2AQwCA
@Naase_otb يرد على المعارضين و حججهم و يشرح التطور و أدلته https://t.co/QwDgsPJV9y
The more I read about the "Species problem" (i.e., we do not know what that is), the crazier it gets. This author suggests thinking about species as "individuals" instead of classes. So, no more "xy is a Homo sapiens", but "xy is a member of Homo sapiens". https://t.co/oEfSlUYh9x
@Dr_EyadQun @Dr_EyadQun رد علة الحلقه https://t.co/sh58cVmNH0
@oberon_ksu @Alpha1836 بالعكس فيه اشخاص ردوا عليه هذا ابرزهم ماعرف اسمه للامانه لكن واضح انه الولد مختص بالتطور https://t.co/AKFy7awkjx
#Plecoptera #genome #evolution ecological speciation in flightless #insects https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaa094/6042699 @Arthropod_i5K
Swenson et al. (2012) implemented a vicariance biogeographer's suggestion to time-calibrate the phylogeny of Abrotanella by tectonic events, and the daisy family would have had to evolve before multicellular organisms. The title is appropriately funny. 4/ https://t.co/Sng88Ut356
Uncertainty in divergence time estimation https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syaa096/6031921
@Dr_EyadQun https://t.co/dxr0FskHCt دكتور السلام عليكم و رحمة الله تعالى هذا الشخص قام بالرد على حلقاتكم و بين أن هناك أخطاء أتمنى منكم أن تردوا و أتمنى أن ترجع سلسلة رحلة اليقين
@Dr_EyadQun https://t.co/dxr0FskHCt السلام عليكم دكتور هذا الشخص قام بالرد على حلقات لك في رحلة اليقين و بين أنك قد تكون أخطأت و أتمنى لك العافية و أريد أن ترجع رحلة اليقين بقوة
A modest set of morphological characters can 'swamp' signal from phylogenomic datasets https://t.co/LTIkkH0lEA
@abbas_aljumaily @SashaAlsamrraie حلقة مليئة بالكذب والتدليس وهو ليس مختص أصلا.. هو دارس صيدلة. شاهد الفيديو والقناة https://t.co/N4slVFaTuh
@TasneemMousa97 @ScreenMix فيديو من قناة تفضح كذبه بالأدلة العلمية.. شاهدي كل الفيديوهات في القناة https://t.co/N4slVFaTuh
@adna007 @Abdulra4888 @Eyaaaad @2Exzl https://t.co/oi2LUthImV
@al8anooni1 @arab_explorer @AL8ANOONI @ALSHEHRI89 وهذا الفيديو يشرح بالتفصيل مغالطات القنيبي https://t.co/N4slVFaTuh
يعتقد البعض أنه بمجرد ما خرج علينا إياد القنيبي وقال أنه نسف نظرية التطور فمعنى الكلام أنها نُسفت. في الحقيقة لم تُنسف ولا يملك القنيبي غير إعتراضات دون قيمة نقلها عن مواقع كنسية دون أن يعترف. والحقيقة ما تم نسفه هو خرافته أن العلم خرافة: مثال على تدليسه https://t.co/N4slVFaTuh
Phylogeny of goannas/monitors CRUSHED! Check out our @Keogh_Lab paper in early view in Systematic Biology: https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syaa046/5855686 Amazing art work by lead author @ian_g_brennan. This image may appear on t-shirts later. ...
@Al21884626 @i7_3x_ @3_icare https://t.co/bLYGPaJMR7
@MDSINF @kingmanfree @i7_3x_ @3_icare اياد قنيبي يستخدم معلومات خاطئه سواء سهوا او بعمد...هناك شخص كشف عن ذلك و شرح الاخطاء اللتي وقع فيها بالتفصيل ... https://t.co/rUeGvVwXwO
https://t.co/xaCgH0vAkq https://t.co/yLhtBSyZ5R
@asaadalnaseri @du_940 تفضل شاهد https://t.co/fDOrBdB95y و اذا تحتاج ترجمة لأي نص علمي أو كتب علمية أو روابط مجلات علمية متخصصة نحن بالخدمة
@asaadalnaseri تفضل شاهد https://t.co/fDOrBdB95y
@ln0S4wTIWd0oWR6 @asaadalnaseri احسنت تفضل شاهد https://t.co/fDOrBdB95y
@Hamzah02073922 @asaadalnaseri تفضل شاهد https://t.co/fDOrBdB95y
@ahmed_aliraqi20 @asaadalnaseri تفضل شاهد https://t.co/fDOrBdB95y
@ahm97184843 @asaadalnaseri تفضل شاهد https://t.co/fDOrBdB95y
@97porshia @asaadalnaseri تفضل شاهد https://t.co/fDOrBdB95y
@alijassim_90 @asaadalnaseri العلم نور تفضل شاهد https://t.co/fDOrBdB95y
@DahabraYousif @asaadalnaseri كذب يكررها رجال الدين تفضل شاهد https://t.co/fDOrBdB95y
@du_940 @asaadalnaseri هذه صدمات للناس كي تقرا تفضل شاهد https://t.co/fDOrBdB95y
@anw_o0 @asaadalnaseri نعم العلم نور شيخنا انت على طريق تدحيث يقديم العقل و يترك النقل تفضل شاهد https://t.co/fDOrBdB95y
@asaadalnaseri أحسنت شيخنا اتمنى لك المزيد من الاطلاع و البحث في العلوم ، فالعالم اثبت انه افضل من يقدم الإجابات على اسالة الوجود ، شكرا لك من كل قلبي و تقبل هذه الهدية شيخنا انت على طريق حيث يقدم العقل و يترك النقل تفضل شاهد https://t.co/fDOrBdB95y
@asaadalnaseri شيخنا انت على طريق تدحيث يقديم العقل و يترك النقل تفضل شاهد https://t.co/fDOrBdB95y
@BabaAli237 @hj_znf @asaadalnaseri تفضل https://t.co/fDOrBdB95y
@z3bjsBZTUvbDUmr @asaadalnaseri https://t.co/fDOrBdB95y
@i37459800 @asaadalnaseri https://t.co/fDOrBdB95y
@montadair9 @asaadalnaseri و ما المشكله؟؟؟؟؟، https://t.co/fDOrBdB95y
@ahmedalabdly @mu__Alsadr @asaadalnaseri https://t.co/fDOrBdB95y
@ahmedalabdly @mu__Alsadr @asaadalnaseri تفضل عشرات المصادر العلمية https://t.co/fDOrBdB95y
@ahmedalabdly @asaadalnaseri صديقي اقرأ بكتاب علمي متخصص بالتطور و ادلة التطور .. و ستجد الجواب https://t.co/fDOrBdB95y
@adil_yaseen82 @asaadalnaseri أحسنت https://t.co/fDOrBdB95y
@z4i_nb @Enke1_hs @asaadalnaseri @Albaghdady111 اي علماء و اي معلومات ؟؟؟؟؟؟ https://t.co/fDOrBdB95y
@Enke1_hs @asaadalnaseri @Albaghdady111 أحسنت https://t.co/fDOrBdB95y
@Hasneenali9 @asaadalnaseri https://t.co/fDOrBdB95y
@tobeytobey199 @asaadalnaseri تفضل https://t.co/fDOrBdB95y
@omarabojannah @asaadalnaseri هو تم الرد عليه و ظهر انه مدلس تفضل شاهد هذا الرد من سلسلة ردود علمية : https://t.co/fDOrBdB95y
@Jamal00113741 @MELLATIKHELIFA @AhmedBehiry @Samyksam افحص مصادر اياد قنيبي لتكتش أنه ليس إلا مدع كاذب هذا المقطع فيه ما يكفي من إثبات كذبه https://t.co/wWoMnBDxLE
@AhmedBehiry @Samyksam @Jamal00113741 عزيزي أستاذ أحمد يبدو أن لديك مشكلة في تعريف الحلقة الوسيطة ويبدو أنك لا تعرف أن هذا الادعاء يردده للأسف من لا يفهم حتى النظرية هذان المقطعان مثلا سيشرحان لك وهمية هذا الادعاء https://t.co/wWoMnBDxLE https://t.co/UPtdq7ehAi ابحث الأمر أولا ثم ناقشه
@Jamal00113741 @aif86 @Qaccode @AhmedBehiry للاسف ليس إياد قنيبي إلا مزيفا للحقائق تابع هذه المقطع إذا أردت أن تعرف كيف استطاع هذا الرجل خداعك عن طريق تزييف المعلومات https://t.co/wWoMnBDxLE
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
RT @ematsen: Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m…
Curious about the BEAGLE phylogenetic likelihood computation library https://t.co/7gzYd3AY4U but don't know where to start? @m4ment and I have written some fairly tidy code using it for likelihood and branch length gradient computation: https://t.co/vEOC5AnJKA Comments welcome!
The Spectre of Too Many Species published as: https://t.co/NlQYElWOrp @systbiol #biorxiv
هذه دراسة قديمة، لماذا لا تستدل بالدراسات الاحدث مثل هذه https://t.co/C6LodQ9t28 https://t.co/YDiq3YzMyC لأنك لا تتبع الا ما يروق لهواك فيديو بالشرح: https://t.co/e9FtHYNBV0 https://t.co/QN3yZ4PJvn
@qarimakkah هذه دراسة قديمة، لماذا لا تستدل بالدراسات الاحدث مثل هذه https://t.co/C6LodQ9t28 https://t.co/YDiq3YzMyC لأنك لا تتبع الا ما يروق لهواك فيديو بالشرح: https://t.co/e9FtHYNBV0
Phylodynamic model adequacy using posterior predictive simulations published as: https://t.co/NPBmH0Tooc @systbiol #biorxiv
أركيوبتركس - أيقونة التطور https://t.co/Ygh3gb9D47
@hi22052 صح النوم! هذه الدراسة قديمة ٢٠١٠ وقد ابطلتها عدة دراسات في ٢٠١٤ و٢٠١٦ و٢٠١٨ ومنها ما نشر بمجلة Nature لكن فعلا ما غيركم غريق يتعلق بقشة! https://t.co/e9FtHYNBV0
Steppingstone sampling https://t.co/ZpPKSYm58q
@sllsi Interesting! I didn't know that you came up with it independently. You do give credit to them in your (beautiful) paper https://t.co/oErV5RdYn4 but I guess your paper and Larget's were published in 2013 so that makes sense. Thanks! https://t.co/VHBNByYm7n
فيديو جميل يبين الفرق بين العلوم الزائفة والعلم الحقيقي https://t.co/IhWad1FOgj https://t.co/IhWad1FOgj
Divergence estimation in the presence of incomplete lineage sorting and migration published as: https://t.co/ivkZPO5CfZ @systbiol #biorxiv
Allele Phasing Greatly Improves the Phylogenetic Utility of Ultraconserved Elements published as: https://t.co/eSRyWX4ynu @systbiol #biorxiv
Rethinking phylogenetic comparative methods published as: https://t.co/F7lNnBYVyS @systbiol #biorxiv
Phylogenetic Comparative Methods on Phylogenetic Networks with Reticulations published as: https://t.co/w6ouyhWVl0 @systbiol #biorxiv
Ranked tree shapes, non-random extinctions and the loss of phylogenetic diversity published as: https://t.co/6IjnszbL0d @systbiol #biorxiv
data https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syz001/5288246
True Homoplasy of Retrotransposon Insertions in Primates https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy076/5184276#.W_LqCJT9fMY.twitter
Morphological Datasets Fit a Common Mechanism Much More Poorly than DNA Sequences and Call Into Question the Mkv Model https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy077/5184275
Sex-Biased Dispersal Obscures Species Boundaries in Integrative Species Delimitation Approaches https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy072/5145072#.W9hjtqPHon0.twitter
Estimating correlated rates of trait evolution with uncertainty | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy067/5133548#.W8c18165DjE.twitter
How well does your phylogenetic model fit your data? | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy066/5133546#.W8c1xOqlO5R.twitter
Detecting the Dependence of Diversification on Multiple Traits from Phylogenetic Trees and Trait Data https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy057/5107025#.W7HOkQJk3Ps.twitter
https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy047/5043533#.WzZeQAZyGDM.twitter
Penalized Likelihood Framework For High-Dimensional Phylogenetic Comparative Methods And An Application To New-World Monkeys Brain Evolution https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy045/5040209#.Wyk59Bol3Eo.twitter
increasing disconnection of primary biodiversity data from specimens: How does it happen and how to handle it? | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy044/5034972
Analyzing contentious relationships and outlier genes in phylogenomics https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syy043/5034973
Online early at @systbiol: @evojfwalker's paper "Analyzing contentious relationships and outlier genes in phylogenomics" https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy043/5034973?guestAccessKey=a0223ecd-e965-4bb7-8ccc-7fb1d6086dc7 When assessing support for...
new paper from @dan_rabosky's lab: BAMM can now be used with phylogenies that include fossils (HT to @chang_jon for the heads-up) Inferring Diversification Rate Variation From Phylogenies With Fossils https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy035/4999317
Information Criteria for Comparing Partition Schemes https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syx097/4772580
Generalized Bootstrap Supports for Phylogenetic Analyses of Protein Sequences Incorporating Alignment Uncertainty https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syx096/4948750 MSAs and trees are sensitive to a.a. sequence input order.
An In Silico Comparison of Protocols for Dated Phylogenomics https://academic.oup.com/sysbio/advance-article-abstract/doi/10.1093/sysbio/syx089/4793286
Accounting for calibration uncertainty: Bayesian molecular dating as a “doubly intractable” problem https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syy003/4827614
Automated Integration of Trees and Traits: A Case Study Using Paired Fin Loss Across Teleost Fishes https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syx098/4794777
New by E. Lewitus & @HMorlon: Detecting environment-dependent diversification from phylogenies https://academic.oup.com/sysbio/advance-article/doi/10.1093/sysbio/syx095/4767821#.WjuGC99_o7Q.twitter
Estimating Age-dependent Extinction: Contrasting Evidence from Fossils and Phylogenies https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx082/4563320/Estimating-Agedependent-Extinction-Contrasting?rss=1
Probabilistic Distances Between Trees https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx080/4344841/Probabilistic-Distances-Between-Trees Software here: http://www.mas.ncl.ac.uk/~ntmwn/probdist/
A General Model For Estimating Macroevolutionary Landscapes https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx075/4210009/A-General-Model-For-Estimating-Macroevolutionary?redirectedFrom=fulltext
General Model For Estimating Macroevolutionary Landscapes | Systematic Biology | Oxford Academic https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx075/4210009/A-General-Model-For-Estimating-Macroevolutionary#.WcZmiTh_19g.twitter
#diptych paper with @evoblackrim is online early at @systbiol! The Past Sure Is Tense https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx074/4107448/The-Past-Sure-Is-Tense-On-Interpreting
Phylogenetic Factor Analysis https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx066/4076231/Phylogenetic-Factor-Analysis
Online early from @carolinetomo: Use of Continuous Traits Can Improve Morphological Phylogenetics https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx072/4102005/Use-of-Continuous-Traits-Can-Improve-Morphological
Cladogenetic and Anagenetic Models of Chromosome Number Evolution: a Bayesian Model Averaging Approach https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx065/4037179/Cladogenetic-and-Anagenetic-Models-of-Chromosome#.WXsMspip1z0.twitter
Ooh this looks good: More on the Best Evolutionary Rate for Phylogenetic Analysis https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx051/3863140/More-on-the-Best-Evolutionary-Rate-for HT @evoblackrim
Conserved Non-exonic Elements: A Novel Class of Marker for Phylogenomics https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx058/3868964/Conserved-Non-exonic-Elements-A-Novel-Class-of
Multivariate Phylogenetic Comparative Methods: Evaluations, Comparisons, and Recommendations https://academic.oup.com/sysbio/article/doi/10.1093/sysbio/syx055/3867043/Multivariate-Phylogenetic-Comparative-Methods#.WT_mvDLqkxg.twitter
.@roblanfear See also: @jembrown's https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syw101/2950896/Bayes-factors-unmask-highly-variable-information JF Walker's http://biorxiv.org/content/early/2017/03/10/115774
Phylogenomics of Ostariophysan fishes: Ultraconserved Elements Support the Surprising Non-monophyly of Characiformes https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx038/3056324/Phylogenomic-Systematics-of-Ostariophysan-fishes#.WLWG3VwTGCI.twitter
Is BAMM flawed? Theoretical and practical concerns in the analysis of multi-rate diversification models https://academic.oup.com/sysbio/article-abstract/doi/10.1093/sysbio/syx037/3039233/Is-BAMM-flawed-Theoretical-and-practical-concerns#.WKwgnTPkrng.twitter
K健
EG
SP
SC
NB
DG
YS
AG
UO
E
QS
BP
KP
SS
F
MS
LL
GR
H
Y都
LM
EP
D孙
NL
C
SM
NK
AR
ES
MA
TT
BH
AA
M
GD
HP
DT
SA
TM
ま
田天
MY
K賢
か
RT
SD
AB
CP
CL
RP
ɹ
PG
FL
P
GC
LR
B
JG
SH
FL
JP
VB
GD