Inferring branch-specific rates of lineage diversification under the birth-death-shift process [0.03%]
基于出生-死亡-转变过程推测分支特异性谱系多样化速率
Sebastian Höhna,William A Freyman,Zachary Nolen et al.
Sebastian Höhna et al.
Inferring how rates of speciation and extinction vary across lineages has proven to be a difficult statistical problem. Here we describe a stochastic-diversification model-called the birth-death-shift (BDS) process-in which diversification ...
Using Phylogenetic Network Methods for Genomic Data Exploration and Hypothesis Generation Fails to Untangle a Confusing History of Hybridization in New Zealand Cicadas [0.03%]
用于基因组数据探索和假设生成的系统发育网络方法无法解开新西兰蝉杂交的混乱历史
Mark Stukel,Chris Simon
Mark Stukel
Rapid species radiations make hybridization among species more likely. Detecting and reconstructing hybridization is therefore critical for understanding species relationships in many cases. We explored the relative performance of two phylo...
Soaring Systematics: an evaluation of biogeography and flight behavior in dragonflies and damselflies (Insecta: Odonata) using phylogenomics [0.03%]
基于系统基因组学的蜻蜓目分类研究：生物地理学与飞行行为评估
Lacie G Newton,John C Abbott,Seth M Bybee et al.
Lacie G Newton et al.
Dragonflies and damselflies (Insecta: Odonata) are descended from what were most likely the first winged animals, which flew ∼320 million years ago (Ma). They comprise ∼6400 extant species distributed across all continents except Antarcti...
Population Genomics of Endangered Lenoks (Brachymystax spp.) in China Reveals the Presence of Cryptic Species [0.03%]
中国东亚盔虾虎鱼（裂腹鱼）的群体基因组学揭示了未被认知物种的存在
Xinmiao Zhang,Judith E Mank,Sunandan Das et al.
Xinmiao Zhang et al.
Lenoks, species within the genus Brachymystax, are freshwater salmonids with a scattered distribution in the rivers of Siberia, Northeast China, Xinjiang, Hebei, and the Qinling Mountains. Owing to long-term population declines, all species...
Laura Kubatko
Laura Kubatko
Nearly all modern studies that address evolutionary questions require consideration of the phylogenetic relationships among species. But what, exactly, is a species tree? And how do we go about estimating such a tree from genomic data? In t...
A Genomic Perspective on Cryptic Species Reveals Complex Evolutionary Dynamics in the Gray Zone of the Speciation Continuum [0.03%]
基因组视角下的隐存物种揭示了 speciation 连续体灰色区域内的复杂进化动态
Kin Onn Chan,Dario N Neokleous,Shahrul Anuar et al.
Kin Onn Chan et al.
The evolutionary dynamics of cryptic species remain poorly understood, and their detection relies primarily on methods that quantify divergence, assuming that gene flow is absent. Here, we examine how gene flow shapes the evolutionary traje...
Phylogenetic Inference from Atomised 3D Morphometric Data: a Case Study using Kangaroos [0.03%]
基于原子化的三维形态计量数据的系统发生推断——袋鼠的一个案例研究
Mélina A Celik,Carmelo Fruciano,Kaylene Butler et al.
Mélina A Celik et al.
Reconstructing phylogeny from morphological data remains mired in investigator biases, including subjective inclusion and discretisation of phenotypic variation. Geometric morphometrics and multivariate statistical analyses provide an alter...
GroupStruct2: A User-Friendly Graphical User Interface for Statistical and Visual Support in Species Diagnosis [0.03%]
组结构2：一种用户友好的图形用户界面，用于物种诊断的统计和视觉支持
Kin Onn Chan,L Lee Grismer
Kin Onn Chan
Statistically defensible species diagnoses are essential for producing robust taxonomies, which underpin much of biological research. Yet, most species descriptions remain largely descriptive, often lack rigorous statistical validation, and...
Kelsey M Jenkins,Dalton L Meyer,Bhart-Anjan S Bhullar
Kelsey M Jenkins
The dichotomy within Amniota (mammals and reptiles) was recognized early in the history of phylogenetic systematics, and with it developed a canonical understanding of the evolutionary relationships of early-diverging clades. In recent year...
The Evolutionary History of Dragon Lizards (Squamata: Agamidae) Revealed by Phylogenomics [0.03%]
基于系统基因组学的科摩多巨蜥演化历史研究
Simon G Scarpetta,Benjamin R Karin,Ammon Corl et al.
Simon G Scarpetta et al.
Dragon lizards (Squamata: Agamidae) are a species-rich, ecologically, and morphologically diverse group that is broadly distributed across the eastern hemisphere. Here, we present a phylogenomic study of this major clade of lizards to eluci...