Maximum Parsimony

A phylogeny of Porella (Porellaceae, Jungermanniopsida) based on nuclear and chloroplast DNA sequences

Evolutionary Biology / Genetics / Zoology / North Eastern North America Archaeology / Bayesian Inference / Phylogeny / South Africa / Maximum Likelihood / Molecular phylogeny / Molecular Phylogenetics and Evolution / Molecular phylogenetics / North America / Cell nucleus / Geographic distribution / Genetic variation / North American / Maximum Parsimony / Multiple Access / Range Extension / Bayes Theorem / Likelihood Functions / Phylogeny / South Africa / Maximum Likelihood / Molecular phylogeny / Molecular Phylogenetics and Evolution / Molecular phylogenetics / North America / Cell nucleus / Geographic distribution / Genetic variation / North American / Maximum Parsimony / Multiple Access / Range Extension / Bayes Theorem / Likelihood Functions

Phylogeny of Hyaloperonospora based on nuclear ribosomal internal transcribed spacer sequences

Microbiology / Markov Chain Monte Carlo / Phylogenetic Tree / Maximum Parsimony / Host Range / Host Plant

Phylogeny of Hyaloperonospora based on nuclear ribosomal internal transcribed spacer sequences

Microbiology / Markov Chain Monte Carlo / Phylogenetic Tree / Maximum Parsimony / Host Range / Host Plant

Reconstruction of large phylogenetic trees: A parallel approach

Distributed Computing / Biological Sciences / Case Study / Parallel / Message Passing / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer

Reconstruction of large phylogenetic trees: A parallel approach

Distributed Computing / Biological Sciences / Case Study / Parallel / Message Passing / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer

Autecology of Antennospora (Fungi: Ascomycota: Sordariomycetidae: Halosphaeriales) and Its Phylogeny

Geographic distribution / Maximum Parsimony

Phylogenetic assessment of the earthworm Aporrectodea caliginosa species complex (Oligochaeta: Lumbricidae) based on mitochondrial and nuclear DNA sequences

Evolutionary Biology / Genetics / Zoology / Phylogenetics / Molecular Evolution / Taxonomy / Morphology / Phylogeny / Mitochondrial DNA / Sequence alignment / Maximum Likelihood / Animals / Molecular Phylogenetics and Evolution / Oligochaeta / nuclear DNA / Molecular phylogenetics / Integrated Approach / Cell nucleus / Maximum Parsimony / Soil Types / Bayes Theorem / Likelihood Functions / DNA sequence / Taxonomy / Morphology / Phylogeny / Mitochondrial DNA / Sequence alignment / Maximum Likelihood / Animals / Molecular Phylogenetics and Evolution / Oligochaeta / nuclear DNA / Molecular phylogenetics / Integrated Approach / Cell nucleus / Maximum Parsimony / Soil Types / Bayes Theorem / Likelihood Functions / DNA sequence

Phylogenetic analysis based on 18S ribosomal RNA gene sequences supports the existence of class polyacanthocephala (acanthocephala)

Evolutionary Biology / Genetics / Zoology / Phylogeny / Maximum Likelihood / Animals / Phylogenetic analysis / Molecular Phylogenetics and Evolution / Morphological Characters / Molecular phylogenetics / Acanthocephala / Maximum Parsimony / Molecular Sequence Data / Animals / Phylogenetic analysis / Molecular Phylogenetics and Evolution / Morphological Characters / Molecular phylogenetics / Acanthocephala / Maximum Parsimony / Molecular Sequence Data

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