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.
|