. | Preface, Contents | 1-7 |

Z. Kucharski A. Borisovich W. Marzantowicz | A multiplicity result for a system of real integral equations by use of the Nielsen number | 9-18 |

R. Brown | Nielsen fixed point theory on manifolds | 19-27 |

R. Brown | A middle-distance look at root theory | 29-41 |

A. Carey V. Mathai A. Mishchenko | On analytic torsion over C*-algebras | 43-67 |

Z. Dzedzej | On the Nielsen fixed point theory for multivalued mappings | 69-75 |

A. Fel'shtyn R. Hill | Dynamical zeta functions, congruences in Nielsen theory and Reidemeister torsion | 77-116 |

D. Ferrario | Generalized Lefschetz numbers of pushout maps defined on nonconnected spaces | 117-135 |

R. Geoghegan A. Nicas | Fixed point theory and the K-theoretic trace | 137-149 |

E. Hart | The Reidemeister trace and the calculation of the Nielsen number | 151-157 |

P. Heath | A survey of Nielsen periodic point theory (fixed n) | 159-188 |

J. Jezierski | On generalizing the Nielsen coincidence theory to non-oriented manifolds | 189-202 |

B. Jiang | Applications of Nielsen theory to dynamics | 203-221 |

B. Jiang | The Wecken property of the projective plane | 223-225 |

M. Kelly | Minimal surface maps, fixed point indices and a Jiang-Guo type inequality | 227-233 |

C. McCord | Wecken theorems for Nielsen intersection theory | 235-252 |

P. Wong | Equivariant Nielsen theory | 253-258 |

M. Woo | Evaluation subgroups and G-sequences | 259-268 |