Ergodic Theory, Open Dynamics, and Coherent Structures

1. Nonautonomous flows as open dynamical systems: characterising escape rates and time-varying boundaries.- 2. Eigenvalues of transfer operators for dynamical systems with holes.- 3. Periodic points, escape rates and escape measures.- 4. A multi-time step method to compute optical flow with scientific priors for observations of a fluidic system.- 5. Numerical approximation of conditionally invariant measures via maximum entropy.- 6. Lebesgue ergodicity of a dissipative subtractive algorithm.- 7. Improved estimates of survival probabilities via isospectral transformations.- 8. Dispersing billiards with small holes.- 9. Almost-invariant and finite-time coherent sets: directionality, duration, and diffusion.- Return-time statistics, hitting-time statistics, and inducing.