EXCERPTS FROM MACCLADE ANALYSIS OF PHYLOGENY AND CHARACTER
Journal
1996, Bulletin of the Museum of Comparative Zoology, Volume 154, no. 4, 215-368
Book
1992, ISBN 9780878934904, 404
Book
1992, ISBN 9780878934904, xi, 398
Book
ZooKeys, ISSN 1313-2989, 11/2019, Volume 891, pp. 17 - 29
A new spider genus and species from México and Guatemala, Amilaps mayanagen. et sp. nov., is described, distinct from other members of the jumping spider tribe...
Journal Article
Journal of Arachnology, ISSN 0161-8202, 2015, Volume 43, Issue 3, pp. 231 - 292
Abstract The classification of jumping spiders (Salticidae) is revised to bring it into accord with recent phylogenetic work. Of the 610 recognized extant and...
Phylogeny | taxonomy | systematics | biogeography | Monophyly | Biological taxonomies | Mating behavior | Spiders | Embolisms | Folktales | Zoology | New species | Palps | Genera | VISUAL-DISCRIMINATION ABILITY | SPECIES-GROUP ARANEAE | PREY-CAPTURE TECHNIQUES | MAEVIA-INCLEMENS ARANEAE | SOUTH-AFRICA ARANEAE | ANTERIOR-LATERAL EYES | ENTOMOLOGY | PHIDIPPUS-JOHNSONI ARANEAE | ALTERNATIVE PREDATORY TACTICS | AGGRESSIVE-MIMICRY SIGNALS | YLLENUS-ARENARIUS ARANEAE | Jumping spiders | Genetic aspects | Observations | Insect populations | Distribution
Phylogeny | taxonomy | systematics | biogeography | Monophyly | Biological taxonomies | Mating behavior | Spiders | Embolisms | Folktales | Zoology | New species | Palps | Genera | VISUAL-DISCRIMINATION ABILITY | SPECIES-GROUP ARANEAE | PREY-CAPTURE TECHNIQUES | MAEVIA-INCLEMENS ARANEAE | SOUTH-AFRICA ARANEAE | ANTERIOR-LATERAL EYES | ENTOMOLOGY | PHIDIPPUS-JOHNSONI ARANEAE | ALTERNATIVE PREDATORY TACTICS | AGGRESSIVE-MIMICRY SIGNALS | YLLENUS-ARENARIUS ARANEAE | Jumping spiders | Genetic aspects | Observations | Insect populations | Distribution
Journal Article
ZooKeys, ISSN 1313-2989, 2019, Volume 2019, Issue 842, pp. 85 - 112
A previously unreported radiation of myrmarachnine jumping spiders from New Guinea is described, which, although having few known species, is remarkably...
New genus | Molecular phylogeny | Ant mimicry | Salticoida | Taxonomy | Astioida | Salticinae | New species | new species | PHYLOGENY | BIOGEOGRAPHY | taxonomy | EVOLUTION | ZOOLOGY | new genus | molecular phylogeny | GENUS MYRMARACHNE | MAFFT | MACLEAY | Spiders | Phylogeny | COI protein | New genera | Physical characteristics
New genus | Molecular phylogeny | Ant mimicry | Salticoida | Taxonomy | Astioida | Salticinae | New species | new species | PHYLOGENY | BIOGEOGRAPHY | taxonomy | EVOLUTION | ZOOLOGY | new genus | molecular phylogeny | GENUS MYRMARACHNE | MAFFT | MACLEAY | Spiders | Phylogeny | COI protein | New genera | Physical characteristics
Journal Article
Systematic Biology, ISSN 1063-5157, 1/2015, Volume 64, Issue 1, pp. 127 - 136
Journal Article
ZooKeys, ISSN 1313-2989, 2018, Volume 2018, Issue 783, pp. 1 - 15
Epocilla pakhtunkhwa Ali & Maddison, sp. n. and Stenaelurillus mardanicus Ali & Maddison, sp. n. are described from Khyber Pakhtunkhwa Province, Pakistan....
Khyber Pakhtunkhwa | Aelurillina | Pakistan | Chrysillini | New species | Araneae | Stenaelurillus | Epocilla | Salticidae | new species | MENEMERUS | EPOCILLA THORELL | GENUS | SOUTH-INDIA | REDESCRIPTION | STENAELURILLUS SIMON | RECORDS | ZOOLOGY | Identification and classification | Jumping spiders | Natural history | Eye | Retina
Khyber Pakhtunkhwa | Aelurillina | Pakistan | Chrysillini | New species | Araneae | Stenaelurillus | Epocilla | Salticidae | new species | MENEMERUS | EPOCILLA THORELL | GENUS | SOUTH-INDIA | REDESCRIPTION | STENAELURILLUS SIMON | RECORDS | ZOOLOGY | Identification and classification | Jumping spiders | Natural history | Eye | Retina
Journal Article
ZOOTAXA, ISSN 1175-5326, 08/2019, Volume 4658, Issue 1, pp. 124 - 140
In this paper we redescribe the type species of Mago O. Pickard-Cambridge,M intentus O. Pickard-Cambridge, and describe Mago brimodes Ruiz & Maddison sp. nov....
PHYLOGENY | SPIDERS | ZOOLOGY | Neotropical | BIOGEOGRAPHY | jumping spiders | Matinta | taxonomy | REDESCRIPTION | MAFFT | New species | Species | New genera | Taxonomic revision
PHYLOGENY | SPIDERS | ZOOLOGY | Neotropical | BIOGEOGRAPHY | jumping spiders | Matinta | taxonomy | REDESCRIPTION | MAFFT | New species | Species | New genera | Taxonomic revision
Journal Article
Evolution, ISSN 0014-3820, 2006, Volume 60, Issue 8, pp. 1743 - 1746
Abstract Studies of character evolution often assume that a phylogeny's shape is determined independently of the characters, which then evolve as mere...
phylogeny | extinction | Diversification | evolutionary dead-end | irreversibility | speciation | Irreversibility | Phylogeny | Extinction | Evolutionary dead-end | Speciation
phylogeny | extinction | Diversification | evolutionary dead-end | irreversibility | speciation | Irreversibility | Phylogeny | Extinction | Evolutionary dead-end | Speciation
Journal Article
The Journal of Arachnology, ISSN 0161-8202, 09/2015, Volume 43, Issue 3, p. 254
Journal Article
Zootaxa, ISSN 1175-5326, 11/2016, Volume 4200, Issue 3, pp. 437 - 443
The genus Neon Simon stands alone as a phylogenetically isolated astioid jumping spider, the only member of the Neonini. The new genus Papuaneon is established...
Astioida | Salticinae | New species | Molecular phylogeny | new species | PHYLOGENY | ZOOLOGY | BIOGEOGRAPHY | molecular phylogeny | MAFFT | GENERA | MULTIPLE SEQUENCE ALIGNMENT
Astioida | Salticinae | New species | Molecular phylogeny | new species | PHYLOGENY | ZOOLOGY | BIOGEOGRAPHY | molecular phylogeny | MAFFT | GENERA | MULTIPLE SEQUENCE ALIGNMENT
Journal Article
Evolution, ISSN 0014-3820, 8/2013, Volume 67, Issue 8, pp. 2258 - 2272
Entelegyne spiders rarely show fusions yielding neo-Y chromosomes, which M. J. D. White attributed to a constraint in spiders, namely their proximal chiasma...
Sex chromosomes | Biological taxonomies | Taxa | Spiders | Parsimony | Chiasmata | Phylogenetics | Evolution | Chromosomes | Autosomes | neo‐Y | segregation constraints | phylogenetic correlation | intralocus sexual conflict | Chromosome evolution | sexual antagonism | Intralocus sexual conflict | Sexual antagonism | Phylogenetic correlation | Segregation constraints | Neo-Y | ACRIDIDAE | CENTRIC FUSIONS | COURTSHIP | ORTHOPTERA | MELANOPLINAE | EVOLUTIONARY BIOLOGY | EVOLUTION | POLYMORPHISMS | MODELS | FREQUENCY | GENETICS & HEREDITY | neo-Y | ECOLOGY | KARYOTYPE | Biological Evolution | Animals | Y Chromosome | X Chromosome | Female | Male | Spiders - cytology | Meiosis | Spiders - genetics | Spiders - classification | Molecular evolution | Jumping spiders | Research | Phylogeny | Natural history
Sex chromosomes | Biological taxonomies | Taxa | Spiders | Parsimony | Chiasmata | Phylogenetics | Evolution | Chromosomes | Autosomes | neo‐Y | segregation constraints | phylogenetic correlation | intralocus sexual conflict | Chromosome evolution | sexual antagonism | Intralocus sexual conflict | Sexual antagonism | Phylogenetic correlation | Segregation constraints | Neo-Y | ACRIDIDAE | CENTRIC FUSIONS | COURTSHIP | ORTHOPTERA | MELANOPLINAE | EVOLUTIONARY BIOLOGY | EVOLUTION | POLYMORPHISMS | MODELS | FREQUENCY | GENETICS & HEREDITY | neo-Y | ECOLOGY | KARYOTYPE | Biological Evolution | Animals | Y Chromosome | X Chromosome | Female | Male | Spiders - cytology | Meiosis | Spiders - genetics | Spiders - classification | Molecular evolution | Jumping spiders | Research | Phylogeny | Natural history
Journal Article
Systematic Biology, ISSN 1063-5157, 10/2007, Volume 56, Issue 5, pp. 701 - 710
Determining whether speciation and extinction rates depend on the state of a particular character has been of long-standing interest to evolutionary...
Extinct species | Null hypothesis | Species extinction | Plant roots | Differential equations | Phylogenetics | Evolution | Phylogeny | Parametric models | Speciation | Cladogenesis | Macroevolution | Branching process | Extinction | Birth-death process | Key innovation | Speciose | Statistical inference | EVOLUTIONARY BIOLOGY | DNA-SEQUENCES | STATES | DIVERSIFICATION | PHYLOGENIES | DISCRETE CHARACTERS | MAXIMUM-LIKELIHOOD APPROACH | KEY INNOVATIONS | INFERENCE | TRAITS | CORRELATED EVOLUTION | Likelihood Functions | Extinction, Biological | Models, Biological | Computer Simulation | Genetic Speciation | Mathematical models | Evolutionary biology | Taxonomy
Extinct species | Null hypothesis | Species extinction | Plant roots | Differential equations | Phylogenetics | Evolution | Phylogeny | Parametric models | Speciation | Cladogenesis | Macroevolution | Branching process | Extinction | Birth-death process | Key innovation | Speciose | Statistical inference | EVOLUTIONARY BIOLOGY | DNA-SEQUENCES | STATES | DIVERSIFICATION | PHYLOGENIES | DISCRETE CHARACTERS | MAXIMUM-LIKELIHOOD APPROACH | KEY INNOVATIONS | INFERENCE | TRAITS | CORRELATED EVOLUTION | Likelihood Functions | Extinction, Biological | Models, Biological | Computer Simulation | Genetic Speciation | Mathematical models | Evolutionary biology | Taxonomy
Journal Article
Systematic Biology, ISSN 1063-5157, 2/2006, Volume 55, Issue 1, pp. 21 - 30
It is now well known that incomplete lineage sorting can cause serious difficulties for phylogenetic inference, but little attention has been paid to methods...
Biological taxonomies | Divergent evolution | Phylogenetics | Population estimates | Genetic loci | Evolution | Inference | Phylogeny | Species | Population genetics | Population | Divergence | Coalescence | Speciation | coalescence | DNA-SEQUENCES | ANCESTRAL POPULATION SIZES | SPECIES TREES | GENEALOGY | DIVERGENCE TIMES | population | speciation | divergence | GENE TREES | EVOLUTIONARY BIOLOGY | PROBABILITY | DROSOPHILA-PSEUDOOBSCURA | VARIANCE | Selection Bias | Genetics, Population | Genetic Speciation | Evolution, Molecular | Polymorphism, Genetic | Organisms | Gene loci | Evolutionary biology
Biological taxonomies | Divergent evolution | Phylogenetics | Population estimates | Genetic loci | Evolution | Inference | Phylogeny | Species | Population genetics | Population | Divergence | Coalescence | Speciation | coalescence | DNA-SEQUENCES | ANCESTRAL POPULATION SIZES | SPECIES TREES | GENEALOGY | DIVERGENCE TIMES | population | speciation | divergence | GENE TREES | EVOLUTIONARY BIOLOGY | PROBABILITY | DROSOPHILA-PSEUDOOBSCURA | VARIANCE | Selection Bias | Genetics, Population | Genetic Speciation | Evolution, Molecular | Polymorphism, Genetic | Organisms | Gene loci | Evolutionary biology
Journal Article
Evolution, ISSN 0014-3820, 8/2006, Volume 60, Issue 8, pp. 1743 - 1746
Studies of character evolution often assume that a phylogeny's shape is determined independently of the characters, which then evolve as mere passengers along...
Extinct species | Biological taxonomies | Estimation bias | Species extinction | Plant roots | Brief Communications | Phylogenetics | Evolution | Sampling bias | Phylogeny | Speciation | phylogeny | evolutionary dead‐end | extinction | Diversification | irreversibility | speciation | PHYLOGENIES | BIAS | evolutionary dead-end | MAXIMUM-LIKELIHOOD APPROACH | EVOLUTIONARY BIOLOGY | ANCESTOR STATES | DISCRETE CHARACTERS | GENETICS & HEREDITY | ECOLOGY | diversification | Biological Evolution | Phenotype | Software | Models, Biological | Genetic Speciation | Evaluation | Research | Symmetry (Biology)
Extinct species | Biological taxonomies | Estimation bias | Species extinction | Plant roots | Brief Communications | Phylogenetics | Evolution | Sampling bias | Phylogeny | Speciation | phylogeny | evolutionary dead‐end | extinction | Diversification | irreversibility | speciation | PHYLOGENIES | BIAS | evolutionary dead-end | MAXIMUM-LIKELIHOOD APPROACH | EVOLUTIONARY BIOLOGY | ANCESTOR STATES | DISCRETE CHARACTERS | GENETICS & HEREDITY | ECOLOGY | diversification | Biological Evolution | Phenotype | Software | Models, Biological | Genetic Speciation | Evaluation | Research | Symmetry (Biology)
Journal Article
Zootaxa, ISSN 1175-5326, 12/2007, Volume 1668, Issue 1668, pp. 19 - 40
The Tree of Life Web Project (ToL) provides information on the Internet about our current knowledge of the evolutionary tree of life and associated information...
Evolutionary tree | Online collaboration | Genetic history | Linnaeus | Tolweb.org | Digital dissemination | Phylogeny | Tree of life | Biodiversity | biodiversity | SUPERTREE/SUPERMATRIX PARADOX | genetic history | Tree of Life | TAXONOMY | ZOOLOGY | tolweb.org | phylogeny | digital dissemination | online collaboration | HYPERBOLIC SPACE | evolutionary tree
Evolutionary tree | Online collaboration | Genetic history | Linnaeus | Tolweb.org | Digital dissemination | Phylogeny | Tree of life | Biodiversity | biodiversity | SUPERTREE/SUPERMATRIX PARADOX | genetic history | Tree of Life | TAXONOMY | ZOOLOGY | tolweb.org | phylogeny | digital dissemination | online collaboration | HYPERBOLIC SPACE | evolutionary tree
Journal Article
Systematic Biology, ISSN 1063-5157, 12/2009, Volume 58, Issue 6, pp. 595 - 611
Species traits may influence rates of speciation and extinction, affecting both the patterns of diversification among lineages and the distribution of traits...
Biological taxonomies | Extinct species | Taxa | Species extinction | Plant roots | Phylogenetics | Evolution | Phylogeny | Species | Speciation | Extinction | Birth-death process | Bayesian inference | Sampling | Bisse | CONFLICT | sampling | bisse | birth-death process | SEXUAL SELECTION | RADIATION | speciation | CHAIN MONTE-CARLO | CHARACTERS | EVOLUTIONARY BIOLOGY | extinction | EVOLUTION | DIVERSIFICATION RATES | SPECIES RICHNESS | BUTTERFLIES | phylogenetics | BIRDS | Models, Theoretical | Charadriiformes - anatomy & histology | Computational Biology - methods | Male | Charadriiformes - genetics | Extinction, Biological | Sex Characteristics | Likelihood Functions | Animals | Computer Simulation | Genetic Speciation | Bayes Theorem | Classification - methods | Female
Biological taxonomies | Extinct species | Taxa | Species extinction | Plant roots | Phylogenetics | Evolution | Phylogeny | Species | Speciation | Extinction | Birth-death process | Bayesian inference | Sampling | Bisse | CONFLICT | sampling | bisse | birth-death process | SEXUAL SELECTION | RADIATION | speciation | CHAIN MONTE-CARLO | CHARACTERS | EVOLUTIONARY BIOLOGY | extinction | EVOLUTION | DIVERSIFICATION RATES | SPECIES RICHNESS | BUTTERFLIES | phylogenetics | BIRDS | Models, Theoretical | Charadriiformes - anatomy & histology | Computational Biology - methods | Male | Charadriiformes - genetics | Extinction, Biological | Sex Characteristics | Likelihood Functions | Animals | Computer Simulation | Genetic Speciation | Bayes Theorem | Classification - methods | Female
Journal Article