Catchment
Average Runoff Ratio
Average Runoff Ratio
Time Trend Analysis Method ΔQveg
Time Trend Analysis Method ΔQveg
Sensitivity-based Approach ΔQclim
Sensitivity-based Approach ΔQclim
Total Changee ΔQtot (mm)
Total Percentage(%)
Burnt Percentage
Calibration Period Testing Period Streamflow changes (mm)a percentage (%)b Streamflow changes (mm)c percentage (%)d
Rosewhite 0.117 0.121 29.7 (9, 50.3) 51 24.1 42 58.1 93 71.0
Flowerdale 0.133 0.187 61.5 (36.1,87) 89 3.7 5 68.9 95 96.6
Devlins Br 0.200 0.222 12.5 (-13.8, 38.8) 53 5.5 24 23.5 77 75.7
Murrindindi above Colwells 0.312 0.357 51.8 (7.2, 96.3) 98 -3.5 -7 52.8 91 58.9
Taggerty 0.311 0.369 72.3 (38.8, 105.7) 96 -0.1 0 75.2 96 89.7
Rubicon 0.499 0.563 85.1 (38.1, 132.1 ) 84 15.2 15 100.9 99 76.7
Neerim 0.159 0.194 37.9 (13.9, 61.8) 85 3.6 8 44.7 93 66.2
Tonimbuk 0.134 0.156 27.6 (10.9, 44.2) 90 2.4 8 30.7 98 69.1
Koornalla 0.164 0.218 57.1 (25.2, 88.9) 94 -2.0 -3 60.5 91 83.1
Frenchman Ck Jun 0.348 0.348 1.6 (-24.2, 27.4) 27 0.05 1 5.9 28 22.4
Traralgon South 0.097 0.203 125.9 (86.4, 165.4) 89 17.4 12 141.4 101 79.9
Running Ck 0.155 0.146 18.7 (-8.1, 45.5) 28 41.2 62 65.9 91 26.3
Jamieson 0.334 0.335 10.0 (-9.9, 29.9) -45 -35.1 157 -22.3 112 36.3
Tallarook
0.105
0.075
12.0 (-0.2, 24.1)
33
24.0
66
36.6
98
b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses. b, d The negative sign in these columns represent the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) is contrary to the total streamflow change (ΔQtot). For example, if the total streamflow increases, the negative sign before the number means the streamflow change due to bushfire (ΔQveg) or climate variability (ΔQclim) decreases. a, c, e The positive sign in these column represent the streamflow increases in testing period and the negative sign represents it decreases. Changes in streamflow (mm) caused bybushfire (ΔQveg) were estimated as the differences between measured and predicted streamflow for the testing period, and the lower and upper 95% confidence limits of the changes in streamflow are given in parentheses.