Document ID: chunk:federal_register_of_legislation:F2022L00555:body:0:p113
Version: federal_register_of_legislation:F2022L00555
Segment Type: other
Provision Reference: 
Character Range: 356562–360750

of 13
Mulga Lands                 0 (0, 100)                        0 (0, 100)                        0 (0, 100)                        9 of 13
Nandewar                    0 (0, 51)                         8.9 (0, 94.9)                     30.5 (0, 99.8)                    0
New England Tablelands      0 (0, 0.1)                        0 (0, 15.2)                       0 (0, 75.6)                       0
South Eastern Queensland    0.8 (0, 63.1)                     21.4 (0, 97.4)                    43.3 (0, 100)                     0
Wet Tropics                 9.7 (-23.2, 57.3)                 22.5 (-27.4, 100)                 35.9 (-29.8, 100)                 0
TOTAL                       29.9 (0, 78.4)                    58.4 (0, 97.6)                    67.8 (0, 99.5)                    NA
New South Wales Bioregions  Median % loss by 2030 (min, max)  Median % loss by 2050 (min, max)  Median % loss by 2070 (min, max)  Number of models predicting this bioregion to historically hold <1000ha of climatically suitable for Koalas
Australian Alps             0 (-1.8, 66.6)                    0 (-6.8, 96.3)                    0 (-12.7, 98.1)                   11 of 13
Brigalow Belt South         33.8 (0, 67.6)                    61 (0, 97.1)                      81 (0, 100)                       0
Cobar Peneplain             0 (0, 100)                        0 (0, 100)                        0 (0, 100)                        13 of 13
Darling Riverine Plains     96.4 (0, 99)                      100 (0, 100)                      100 (0, 100)                      9 of 13
Mulga Lands                 0 (0, 0)                          0 (0, 0)                          0 (0, 0)                          0
Murray Darling Depression   0 (0, 100)                        0 (0, 100)                        0 (0, 100)                        0
Nandewar                    8.6 (0, 55.3)                     20.1 (0, 89.5)                    39.8 (0, 96.6)                    0
New England Tablelands      0 (0, 2.2)                        0.1 (0, 10.1)                     0.3 (0, 47.1)                     0
NSW North Coast             0 (0, 9.1)                        0.1 (0, 26.3)                     0.6 (0, 70.7)                     0
NSW South Western Slopes    20.3 (0, 57.8)                    43.6 (0, 90.7)                    57.6 (0, 98.7)                    0
Riverina                    84.7 (0, 100)                     99.3 (0, 100)                     100 (0, 100)                      0
South East Corner           0 (0, 0.2)                        0 (0, 1.2)                        0 (0, 8.7)                        0
South Eastern Highlands     0 (-1.1, 18.2)                    0.3 (-0.9, 48.9)                  2.8 (-1.3, 60.1)                  0
South Eastern Queensland    0 (0, 33.1)                       0 (0, 71.4)                       4.3 (0, 97.7)                     0
Sydney Basin                0 (0, 2.6)                        0.7 (0, 21.3)                     4.8 (0, 54.6)                     0
TOTAL                       11 (0, 23.6)                      19 (0, 45.3)                      25.4 (0, 69.3)                    NA
ACT Bioregions              Median % loss by 2030 (min, max)  Median % loss by 2050 (min, max)  Median % loss by 2070 (min, max)  Number of models predicting this bioregion to historically hold <1000ha of climatically suitable for Koalas
Australian Alps             0 (-26.3, 9.8)                    0 (-28, 94.8)                     0 (-28, 100)                      0
South Eastern Highlands     0 (-5.6, 3.9)                     0 (-5.7, 72.5)                    0 (0, 100)                        0
TOTAL                       0 (-9.1, 5.1)                     0 (-9.5, 77)                      0 (0, 100)                        NA

Methods
Thirteen projections of Koala distribution under climate change were generated from six mechanistic species distribution models and seven f correlative species distribution models. The variables used to construct each model are summarised in Table 2.
Table 2. Summary of 13 species distribution models used to estimate impacts of climate change on the Koala
Modelling