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Table 25 Last and End Boundary distributions generated by different Bayesian models from the 3 date Achanduin Castle MERLF radiocarbon dataset, with TPQ and TAQ probabilities

From: Modelling medieval masonry construction: taxa-specific and habitat-contingent Bayesian techniques for the interpretation of radiocarbon data from Mortar-Entrapped Relict Limekiln Fuels

Model specification

Last HPD intervals/cal AD

End Boundary HPD Intervals/cal AD

Agreement indices

68%

95%

Median

After TPQ

Before TAQ

68%

95%

Median

After TPQ

Before TAQ

Amodel

Aoverall

Ai

Exponential prior;

no outlier

1275–1305

1270–1385

1295

55%

81%

1275–1385

1265–1535

1310

81%

48%

82.8

82.2

0

Exponential prior; modified Charcoal

1280–1320

1270–1405

1300

78%

63%

1280–1395

1270–1550

1325

91%

35%

84

83.6

0

Exponential prior;

default Charcoal

1275–1385

1270–1460

1305

81%

54%

1280–1410

1270–1610

1335

92%

30%

83.1

82.7

0

uniform prior;

default Charcoal

1280–1390

1270–1480

1310

83%

50%

1280–1450

1275–1820

1375

95%

19%

81.7

81.5

0