|
54.3% [42.5:66.0] |
Maximum LFMC () of grasses in the W site. A varies with plot and therefore a hyperparameter is estimated. |
A
1
|
30.9% [13.5:48.3] |
Difference between of grasses in the E site and of grasses in W site. |
A
2
|
223.4% [191.9:254.6] |
Difference between of M. spinosum and of grasses in the W site. |
A
3
|
240.3% [207.1:273.5] |
Difference between of S. filaginoides and of grasses in the W site. |
w
0
|
29.1% [25.7:32.4] |
Minimum LFMC () of grasses in the W site. |
w
1
|
−20.7% [−25.8: −15.6] |
Difference between of grasses in the E site and of grasses in the W site. |
w
2
|
31.7% [16.4:47.0] |
Difference between of M. spinosum and of grasses in the W site. |
w
3
|
26.7% [11.1:42.9] |
Difference between of S. filaginoides and of grasses in the W site. |
m
|
30.9 days [26.9:35.0] |
Day when the LFMC half‐maximum occurs () in the study area (data suggest one general value for all the leaf types). |
s
|
−16.1 [−20.8: −11.5] |
Parameter controlling speed of change () of the LFMC (data suggest one general value for all the leaf types, the negative value indicates vegetation to be drying during the fire season). |
|
7.1% [6.0:8.6] |
LFMC variability within‐plots (residual standard error) of grass () in Site W at the beginning the fire season. |
δ
1
|
0.9 [0.7:1.2] |
Ratio between the within‐plots standard error of the LFMC of grasses in Site E () and grasses in W site () |
δ
2
|
3.2 [2.4:4.0] |
Ratio between the within‐plots standard error of the initial LFMC M. spinosum () and grasses in W site () |
δ
3
|
3.0 [2.4:3.9] |
Ratio between the within‐plots standard error of the initial LFMC S. filaginoides () and grasses in W site () |
|
9.4% [3.9:15.8] |
Variability among plots (standard deviation) in the maximum LFMC (random effects on A). |