Stochastic Spatial Processes : Mathematical Theories and Biological Applications Proceedings of a Conference held in Heidelberg September 10–14 1984 Stochastic spatial processes in biology: A concise historical survey Tests for space time clustering Age distributions in birth and death processes Critical clustering in the two dimensional voter model Measure valued processes Construction qualitative behavior and stochastic geometry Dual processes in population genetics Some peculiar properties of a particle system with sexual reproduction Computer simulation of developmental processes in biology: Models for the developing limb Asymptotics and spatial growth of branching random fields Generation dependent branching processes with immigration: convergence of distributions On a class of infinite particle systems evolving in a random environment Percolation processes and dimensionality Birth and death processes with killing and applications to parasitic infections Limit theorems for multitype branching random walks On the reproduction rate of the spatial general epidemic Nearest particle systems: Results and open problems Neutral models of geographical variation Stochastic measure diffusions as models of growth and spread L 2 convergence of certain random walks on Z d and related diffusions Random fields: Applications in cell biology Correlated percolation and repulsive particle systems.