Add to ORKGThe amalgamation of leaf-labelled (phylogenetic) trees on overlapping leaf sets into one (super)tree is a central problem in several areas of classification, particularly evolutionary biology. In this paper, we describe a new technique for amalgamating rooted phylogenetic trees. This appears to be the first such method to provably exhibit particular desirable properties which we list and establish
Supertree methods combine a set of phylogenetic trees into a single supertree. Similar to supermatri...
Abstract: Given k rooted binary trees A t,A2,..,Ak, with labeled leaves, we gen-erate C, a unique sy...
phylogeny. Typically, supertree methods combine a collection of source trees in which just the leave...
Most supertree algorithms combine collections of rooted phylogenetic trees with overlapping leaf set...
Most supertree algorithms combine collections of rooted phylogenetic trees with overlapping leaf set...
Amalgamating smaller evolutionary trees into a single parent tree is an important task in evolution...
Amalgamating smaller evolutionary trees into a single parent tree is an important task in evolution...
Phylogenetic supertree is a collection of different phylogenetic trees combined into a single tree f...
The Phylogenetic reconstruction has seen great development in the last 30 years. Computers have beco...
The research work presented in this manuscript is of algorithmic kind: it is mainly composed of poly...
Phylogenetic trees are used in the interdisciplinary field of bioinformatics to relate and classify ...
Reconstructing the tree of life will require fast methods for building very large phylogenetic trees...
Typically, supertree methods combine a collection of source trees in which just the leaves are label...
Supertree methods assemble many smaller phyloge-netic trees, called input trees, into a larger phylo...
Recently, two exact polynomial-time supertree methods have been developed in which the traditional i...
Supertree methods combine a set of phylogenetic trees into a single supertree. Similar to supermatri...
Abstract: Given k rooted binary trees A t,A2,..,Ak, with labeled leaves, we gen-erate C, a unique sy...
phylogeny. Typically, supertree methods combine a collection of source trees in which just the leave...
Most supertree algorithms combine collections of rooted phylogenetic trees with overlapping leaf set...
Most supertree algorithms combine collections of rooted phylogenetic trees with overlapping leaf set...
Amalgamating smaller evolutionary trees into a single parent tree is an important task in evolution...
Amalgamating smaller evolutionary trees into a single parent tree is an important task in evolution...
Phylogenetic supertree is a collection of different phylogenetic trees combined into a single tree f...
The Phylogenetic reconstruction has seen great development in the last 30 years. Computers have beco...
The research work presented in this manuscript is of algorithmic kind: it is mainly composed of poly...
Phylogenetic trees are used in the interdisciplinary field of bioinformatics to relate and classify ...
Reconstructing the tree of life will require fast methods for building very large phylogenetic trees...
Typically, supertree methods combine a collection of source trees in which just the leaves are label...
Supertree methods assemble many smaller phyloge-netic trees, called input trees, into a larger phylo...
Recently, two exact polynomial-time supertree methods have been developed in which the traditional i...
Supertree methods combine a set of phylogenetic trees into a single supertree. Similar to supermatri...
Abstract: Given k rooted binary trees A t,A2,..,Ak, with labeled leaves, we gen-erate C, a unique sy...
phylogeny. Typically, supertree methods combine a collection of source trees in which just the leave...