The accuracy of this model ranged from 94.4%to97.1%1%.
The total cost of 1 model ranged from $65 to $75.
The transmission rate, estimated by a Generalized Linear Model, ranged from 0.45 to 3.63 per day.
The results show that the amount of variance explained by the interaction of the independent constructs in the model ranged from 52%to76%6%.
The ratio of the latent heat flux calculated using the coupled model to the latent heat flux calculated using the uncoupled model ranged from 0.53 to 0.76.
The number of independent variables in each model ranged from two to five for the models without age and three to five for the models with age.
The latent heat fluxes calculated using the uncoupled model ranged from 275.1 W m−2 (for T1221L at 24 h) to 713.4 W m−2 (for T1215 at 48 h), whereas the latent heat fluxes calculated using the coupled model ranged from 209.4 W m−2 (for T1221L at 24 h) to 484.1 W m−2 (for T1215 at 72 h).
The parameters used for this model are shown in Tables 2, 3. The values of R2 for the Elovich model ranged from 0.92 and 0.99 suggest that the process involves chemisorption.
Generally, R2 of the first-order kinetic model ranged from 0.794 to 0.990 which were lower than that obtained from the Gompertz kinetic model (0.985 0.999) and the MBPPSA kinetic model (0.995 1.000).
The discharge coefficient of the best sluice caisson model ranged from 2.3 to 3.1 depending on the experimental conditions, which is far higher than the values that were adopted in the past feasibility studies in Korea.
AGB estimations per pixel using the sigmoidal model ranged from 0 to 390 t∙ha−1, where lower values were more common around areas with higher population and higher values were more common in remote areas in the Luangwa River valley (Fig. 4).
