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Table 19 Last and End Boundary distributions generated by different Bayesian models from the 5 date Aros Castle NW block 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

1295–1380

1290–1395

1320

100%

93%

1300–1385

1285–1460

1340

100%

76%

77.7

78

0

exponential prior;

modified Charcoal

1300–1380

1290–1410

1335

100%

86%

1305–1390

1290–1470

1350

100%

71%

79.6

79.8

0

exponential prior;

default Charcoal

1300–1390

1285–1450

1340

100%

79%

1305–1400

1285–1505

1360

100%

64%

79.7

79.8

0

uniform prior;

default Charcoal

1305–1390

1290–1445

1350

100%

76%

1310–1425

1290–1595

1380

100%

52%

81.3

81.3

0