Philosophy | Installation | Getting Help | Providing Data | Recruitment | Fit a Bayesian model | Convergence | Summary | Priors | Survival | Predictions | Recruitment by year | Recruitment for a 'typical' year | Recruitment trend | Survival by year for a 'typical' month | Survival by month for a 'typical' year | Population Growth | Multi-Population Analysis | Maximum Likelihood | Understanding bboufit objects | References

Introduction | Setup | Resource development scenario | 1. Weights Raster and Weight Function | 2. Existing road network layer | 3. Landings layer(s) | Output format | Simulation of new roads development | Simulation methods | 1. Snapping | 2. Least Cost Paths (LCP) | 3. Iterative Least Cost Paths (ILCP) | 4. Minimum Spanning Tree (MST) with Least Cost Paths (LCP) | One-time versus multi-temporal simulation | One-time simulation | Multi-temporal simulation | Multiple landings per harvest block | Note

Survival and fecundity rates | Process matrices | Population projection | Group allocation

References

Simulate survival and fecundity rates | Project population | Allocate and sample groups | Simulate abundance, survival and recruitment data