These patterns revealed by descriptive analysis were further supported by the results of joint species distribution modelling, which indicated positive associations within several groups of broadleaf species and negative associations of most species with pine (Fig. 4).
The data fit well to model, which indicates that the established inhibition kinetics model is suitable.
Secondly, we find that the coefficients of determination are low for the regression model which indicates a poor linear fit.
Figure 2 presents the initial conceptual model, which indicates the exchanges with the environment, requirement of any open system.
To support decisions about large-scale sand extraction, we developed a morphological model, which indicates possible effects of such extraction.
The Budiansky modulus-composition model, which indicates phase inversion at the mid-range composition, resulted in the best fit.
Kinetic study indicated that the adsorption process followed a pseudo-first-order kinetic model which indicates that the adsorption process is predominantly controlled by mass transfer.
The CFA results for the alternative models (Table 2) showed a poorer fit than the proposed five-factor model, which indicates that our variables are distinguishable.
One cluster category variable became significant in the model which indicates that different people group will have different feelings of congestion.
The experimental data found to be properly fitted to Freundlich model, which indicates that the sorption takes place on a heterogeneous material.
