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. 2017 Mar 30;7(9):3110–3122. doi: 10.1002/ece3.2810

Table 3.

Results of univariate matrix regressions with randomization (MMRR) for genetic differentiation [F ST and F ST corrected for null alleles (F STNA)] in relation to different isolation‐by‐resistance (IBR) scenarios: geographical distance (IBD), contemporary topographic complexity (TC), current climate suitability (HS CUR), last glacial maximum climate suitability (HS LGM), climate suitability stability (HSSTA), and three paleogeographical models (Early Tortonian, c. 12.0–11.6 Mya; Late Tortonian, c. 8.0–7.3 Mya; Earliest Messinian, c. 7.2–7.0 Mya)

Model F ST F STNA
r 2 β t p r 2 β t p
IBD .298 .824 7.543 .004 .273 .811 7.097 .011
TC .299 .826 7.561 .006 .274 .814 7.118 .021
HSCUR .031 .163 2.084 .264 .055 .224 2.815 .086
HSLGM .220 .446 6.16 .051 .194 .429 5.662 .064
HSSTA .210 .432 5.978 .053 .185 .417 5.521 .062
Early Tortonian .115 .320 4.180 .063 .096 .301 3.780 .055
Late Tortonian .101 .296 3.886 .066 .084 .278 3.522 .052
Earliest Messinian .088 .278 3.612 .065 .072 .258 3.237 .062

For paleogeographical models, we considered high resistance values for sea water (=100) and low for emerged lands (=1). Table shows the results based on the 17 populations presumably located on permanently emerged lands since the Late Miocene.