Theory | How the breakpoint is estimated | References | Data | Basic use | Plot | Several trials at once | Competing breakpoints | Reproducing a fit from another package | Deciding between basins | Fine-tuning | Warnings worth heeding | Where to go next

Theory | Why this needs iteration | References | Basic use | Design, significance level | The full workflow | Plot | Reading the results | Where to go next

Theory | How the breakpoint is estimated | References | Data | Basic use | Plot | Several trials at once | Fine-tuning | Warnings worth heeding | Comparing with the other methods

Why check first | Data | Running the check | Reading the variogram | The field map | Several trials at once | When the grid is awkward | Where this fits | References

Why compare | From a CV table | From the raw grid | Which statistics are comparable | Weighting | Intervals: the point of the exercise | Several trials at once | Choosing the methods | Where this fits | References

The step before the models | Theory | Shapes are not interchangeable at equal area | Fewer plots, less information | Data and basic use | Same area, different orientation | n falls as the plot grows | Feeding the fitters | Several trials at once | Long-format data | Where this fits | References

Theory | Two ways to estimate a and b | References | Data | Basic use | Choosing the estimator | Plot | Several trials at once | Warnings worth heeding | Where to go next

Theory | How rho is estimated | References | Data | Basic use | Direction of the walk | Three ways to supply the data | Plot | When results are flagged invalid | How it compares

The idea | The generator | Recovering the autocorrelation | Response of the CV-curve methods | What this does and does not show | Extending this to your own scenarios

Soybean plastochron