All functions |
|
---|---|
Bchron: Radiocarbon dating, age-depth modelling, relative sea level rate estimation, and non-parametric phase modelling |
|
Fast radiocarbon calibration |
|
Check data for input into BchronCalibrate or Bchronology |
|
Non-parametric phase model |
|
Non-parametric phase model (faster version) |
|
Relative sea level rate (RSL) estimation |
|
Runs the Compound Poisson-Gamma chronology model of Haslett and Parnell (2008) |
|
Glendalough data |
|
Sluggan Moss data |
|
Example chronology file for use with the BchronRSL function. |
|
Relative sea level data |
|
Compute positions to date next which result in maximal decrease of chronological uncertainty |
|
Find the influence of dates in a pair of Bchronology runs across the core |
|
Create a new calibration curve |
|
Find the influence of the dates in a Bchronology run |
|
Calculate highest density regions for Bchron calibrated ages |
|
Northern hemisphere 2013 calibration curve |
|
Northern hemisphere 2020 calibration curve |
|
Marine 2013 calibration curve |
|
Marine 2020 calibration curve |
|
Data for dummy calibration of normally distributed ages |
|
Plot calibrated dates from a BchronCalibrate run |
|
Plot output from |
|
Plot run from |
|
Plot output from BchronRSL |
|
Plot output from Bchronology |
|
Predict ages of other positions for a BchronologyRun object |
|
Get sample ages from a set of Bchron calibrated dates |
|
Southern hemisphere 2013 calibration curve |
|
Southern hemisphere 2020 calibration curve |
|
Summarise a BchronCalibrate object |
|
Summarise a Bchron density object |
|
Summarise a BchronRSL run |
|
Summarise a Bchronology object |
|
Uncalibrate a Radiocarbon date |