This thesis provides new tools for extracting information on the process of diversification from a phylogenetic tree. To do so the standard approach is to employ likelihood functions in order to estimate the best parameters for the diversification models via likelihood maximization. The parameters for this kind of models usually represent the diversification rates at which the various evolutionary events (e.g., speciations or extinctions) can take place in the process
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
The branching patterns of molecular phylogenies are generally assumed to contain information on rate...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
The branching patterns of molecular phylogenies are generally assumed to contain information on rate...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
This thesis provides new tools for extracting information on the process of diversification from a p...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
International audiencePhylogenetic trees are types of networks that describe the temporal relationsh...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
Phylogenetic trees are types of networks that describe the temporal relationship between individuals...
The branching patterns of molecular phylogenies are generally assumed to contain information on rate...