1992, ISBN 9780878934904, 404
Book
1992, ISBN 9780878934904, xi, 398
Book
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
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
Systematic Biology, ISSN 1063-5157, 1/2015, Volume 64, Issue 1, pp. 127 - 136
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
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
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
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
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
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
EXCERPTS FROM MACCLADE ANALYSIS OF PHYLOGENY AND CHARACTER
Journal
Systematic Biology, ISSN 1063-5157, 9/1997, Volume 46, Issue 3, pp. 523 - 536
Exploration of the relationship between gene trees and their containing species trees leads to consideration of how to reconstruct species trees from gene...
Biological taxonomies | Extinct species | Genes | Phylogenetics | Evolutionary genetics | Genetic loci | Gene duplication | Phylogeny | Species | Speciation | Lineage sorting | Biogeography | Hybridization | Coevolution | Gene trees | Species trees | Tree reconciliation | Horizontal transfer | Gene genealogy | Parsimony | Species concepts | Evolution | Coalescence | CLADOGRAMS | NATURAL-POPULATIONS | SEQUENCES | K CX BIOLOGY, MISCELLANEOUS | GENEALOGY | hybridization | species trees | gene genealogy | BIOLOGY, MISCELLANEOUS | tree reconciliation | coevolution | gene duplication | gene trees | RECOMBINATION | coalescence | biogeography | horizontal transfer | parsimony | evolution | SEGREGATION | ORGANISMS | lineage sorting | SYSTEMATICS | phylogeny | species concepts
Biological taxonomies | Extinct species | Genes | Phylogenetics | Evolutionary genetics | Genetic loci | Gene duplication | Phylogeny | Species | Speciation | Lineage sorting | Biogeography | Hybridization | Coevolution | Gene trees | Species trees | Tree reconciliation | Horizontal transfer | Gene genealogy | Parsimony | Species concepts | Evolution | Coalescence | CLADOGRAMS | NATURAL-POPULATIONS | SEQUENCES | K CX BIOLOGY, MISCELLANEOUS | GENEALOGY | hybridization | species trees | gene genealogy | BIOLOGY, MISCELLANEOUS | tree reconciliation | coevolution | gene duplication | gene trees | RECOMBINATION | coalescence | biogeography | horizontal transfer | parsimony | evolution | SEGREGATION | ORGANISMS | lineage sorting | SYSTEMATICS | phylogeny | species concepts
Journal Article
1996, Bulletin of the Museum of Comparative Zoology, Volume 154, no. 4, 215-368
Book