Thus the distance covered by the pollutants to reach the second measurement station implies a greater mixing and a variability smoothing. Leading to a more constant equilibrium of mean concentrations all along the week.
Thus the distance covered by the pollutants to reach the second measurement station implies a greater mixing and a variability smoothing , l eading to a more constant equilibrium of mean concentrations all through the week. I am worried about "implies a greater mixing and a variability smoothing". Do you mean that both the mixing and smoothing are greater?
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Thus the distance covered by the pollutants to reach the second measurement station implies a greater mixing and a variability smoothing, leading to a more constant equilibrium of mean concentrations all through the week.
I am worried about "implies a greater mixing and a variability smoothing". Do you mean that both the mixing and smoothing are greater? And greater than wh