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, The predictions are shown by 714 the dashed lines. The predicted AFT ages also include those for the dummy samples and the 715 horizontal lines show the 95% credible range on the predicted age at each elevation for all 716 accepted thermal histories, b) Observations and predictions using the thermal history in (a
, assuming the 718 topographic sampling function (TSF) is the present day hypsometry (see figure 2). The 719 histogram and light blue line represent the observed detrital AFT ages. The red line is the 720 predicted distribution for the thermal history in (a), and the black line is the average of the 721 predicted detrital distributions for all accepted thermal histories. a) Inferred thermal history from just the detrital sample at the outlet of the Fundación 725 catchment. See the caption for figure 3 for more details, Predicted detrital AFT age distribution using the thermal history in (a), vol.726
, assuming the 728 topographic sampling function (TSF) is the present day hypsometry. a) Inferred thermal history from both the in situ samples and the detrital sample at the outlet 732 of the Fundación catchment. See the caption for figure 3 for more details, Predicted detrital AFT age distribution using the thermal history in (a), vol.733
, assuming the 735 topographic sampling function (TSF) is the present day hypsometry. ) Inferred thermal history from both the in situ samples and the detrital sample at the outlet 739 of the Fundación catchment, Predicted detrital AFT age distribution using the thermal history in (a)
, Observations and predictions using the thermal history in (a) and the inferred TSF shown 742 in (c)
, Predicted detrital AFT age distribution using the thermal history in (a), together with the 744 inferred TSF, estimated with a non-negative least squares method, using the present day 745 hypsometry as a starting model