Table 1.
Table of expert derived habitat suitability scores.
The experts showed a high level of agreement in rating habitat suitability with ICC(3,1): 0.66 and ICC(3,k): 0.96. Descriptions of land use classes from [43].
Fig 1.
Frequency distributions of survey responses for each land use class on Borneo.
Fig 2.
Resistance maps, cumulative resistant kernel surfaces and factorial least cost paths for 2000, 2010, 2020.
Landscape resistance maps are scaled from 1 to 100, cumulative resistant kernel maps and factorial least cost path density maps are scaled from low density in blue to high density in red.
Table 2.
Relative change in Fragstats metrics between 2000–2010 and 2010–2020.
Fig 3.
Changes in the mean population size, inbreeding coefficient, number of alleles in the population and mean dispersal distance for the years 2000, 2010, and 2020 at a dispersal distances of 125kcu and 250kcu.
All values represent the equilibrium position after a simulated 200 generations of mating under each landscape condition. Each simulation was run 10 times and the points indicate the mean result and the bars indicate the standard deviation.
Table 3.
Population characteristics at generation 200 from CDPOP simulations, averages and standard deviations across 10 CDPOP runs for each scenario.
Fig 4.
Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus (left column) and observed heterozygosity (right column) with focal mean landscape resistance within a 10km radius (top row), cumulative density of least cost paths (middle row), and cumulative resistant kernel density (bottom row).
Fig 5.
Scatterplots of (a) average number of alleles per locus and (b) observed heterozygosity in a local neighborhood of 10km radius relative to the resistant kernel value calculated with a 125kcu dispersal distance.
The fitted regression equation is shown in red overlay, and the equation and deviance explained are displayed below each scatterplot.