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. 2012 Jul 5;7(7):e40212. doi: 10.1371/journal.pone.0040212

Table 2. Number of species for which each modelling framework generated the most accurate forecasts.

Number (and proportion) of best-predicted species
AUC Sensitivity Specificity CCRstable CCRchanged
Mn(PA) 393 (0.216) 79 (0.043) 203 (0.111) 117 (0.064) 84 (0.046)
RF 25 (0.014) 27 (0.015) 1254 (0.688) 1090 (0.600) 234 (0.128)
GBM 234 (0.128) 168 (0.092) 39 (0.021) 77 (0.042) 117 (0.064)
MaxEnt 311 (0.171) 159 (0.087) 92 (0.050) 46 (0.025) 174 (0.095)
GAM 397 (0.218) 131 (0.072) 53 (0.029) 99 (0.054) 98 (0.054)
GLM 138 (0.076) 125 (0.069) 30 (0.016) 46 (0.025) 119 (0.065)
ANN 256 (0.140) 316 (0.173) 102 (0.056) 125 (0.069) 210 (0.115)
MARS 61 (0.033) 113 (0.062) 36 (0.020) 55 (0.030) 103 (0.057)
CTA 6 (0.003) 226 (0.124) 63 (0.035) 105 (0.058) 179 (0.098)
SRE 3 (0.002) 654 (0.359) 6 (0.003) 101 (0.055) 717 (0.393)

Prediction accuracy was measured for each species by AUC, sensitivity, and specificity of the entire range in t2, as well as the correct classification rate of grid squares that have remained occupied or unoccupied (CCRstable) and the correct classification rate of grid squares that have changed occupancy status between time periods (CCRchanged). Values represent the total number (and proportion of the total sample) of species for which each technique performed best. Proportions may exceed 100% of the sample as several species were equally well-predicted by more than one technique.