Preprint No. | Author(s) | Title and publication details |
---|---|---|

IP07286 | D Gusfield | A simple proof that 2-level phylogenetic networks can be constructed in polynomial time, in the ARG model of phylogenetic networks |

IP07304 | A Rodrigo | Alternatives to phylogenetic diversity: on a new measure, and why being greedy is good |

IP07324 | B Holland,V Moulton,K Huber | Using supernetworks to distinguish hybridisation rfom lineage sorting |

IP07332 | E Mossel,S Roch | Incomplete lineage sorting: consistent phylogeneny estimation from multiple loci |

IP07340 | JH Kim,M Sanderson | Penalised likelihood phylogenetic inference |

IP07341 | JH Kim, E Allman,J Rhodes | Geometry of phylogenetic mixtures |

IP07342 | M Bordewich,O Gascuel,KT Huber | Consistency of topological moves based on the balanced minimum principle of phylogenetic inference |

IP07355 | P Lemey,V Moulton,M Lott | Recombination detection in human and primate immunodeficiency virus genomes using a quartet scanning approach |

IP07362 | A Rodrigo,M Steel | Maximum likelihood supertrees |

IP07363 | B Faller,F Pardi,M Steel | Distribution of phylogenetic diversity under random extinction |

IP07364 | E Mossel,S Roch,M Steel | Shrinikage effect in ancestral maximum likelihood |

IP07365 | E Mossel,M Steel,L Szekely | Inverting random function (IV): testing, teasing and reconstruction with applications in phylogenetics |

IP07368 | C Howe,A Barbrook,R Nisbet | The origin of plastids |

IP07369 | K Huber,A Dress,J Koolen | Block realizations of finite metrics and the tight-span construction I: the embedding theorem |

IP07370 | K Huber,J Byrka,S Kelk | Worst-case optimal approximation algorithm for maximising triplet consistency within phylogenetic networks |

IP07371 | K Huber,M Bordewich,O Gascuel | Consistency of topological moves based on the balanced evolution principle of phylogenetic inference |

IP07374 | J Koolen,A Dress,K Huber | Optimal realisations of generic 5-point metrics |

IP07375 | J Koolen,K Huber,V Moulton | The tight span of a totally split decomposable metric |

IP07378 | R Rupp,D Huson | Phylogenetic networks |

IP07380 | P Lockhart,C Howe,D Morrison | Phylogeny from sequences |

IP07381 | P Lockhart,B Holland,S Bentham | Using supernetworks to distinguish hybridization from lineage-sorting |

IP07382 | S Willson | Reconstruction of certain phylogenetic networks from the genomes at their leaves |

IP07383 | S Willson | Restrictions on meaningful phylogenetic networks |

IP07389 | D Huson,T Kloepper,R Rupp | How to draw phylogenetic networks |

IP07390 | D Huson,R Rupp | Computing optimal cluster networks |

IP07391 | K St John,D Gusfield | Untangling tanglegrams |

IP07392 | T Warnow,E Allman | Identifiability of phylogenetic networks |

IP07393 | A Dress,V Moulton,K Huber | Compatible decompositions and block realisations of finite metrics |

IP07396 | E Allman,M Holder,J Rhodes | Statistical models from apomorphic characters |

IP07397 | E Allman,J Rhodes | The identifiability of covarion models in phylogenetics |

IP07398 | E Allman,C Ane,J Rhodes | Point of view: phylogenetic models and identifiability |

IP07399 | E Allman,C Matias,J Rhodes | Identifability of models with hidden variables |

IP07400 | C Semple,S Linz | Hybridisation in non-binary trees |

IP07401 | C Semple,S Grunewald,K Huber | Characterising weakly compatible and circular split systems in terms of weighted quartet sets |

IP07402 | J Koolen,A Dress,K Huber | A note on metric cut points and bridges |

IP08019 | S Whelan | Spatial and temporal heterogeneity in nucleotide sequence evolution |

IP08057 | S Grunewald,K Huber,V Moulton | Quartet maps induced by weighted weakly compatible split systems |

IP08058 | S Grunewald,Y Ding,P Humphries | Bounding the size of agreement forests |

IP08059 | S Grunewald,V Moulton | Maximum parsimony for tree mixtures |