In contrast, Bualda and Fulbaria show no trends between As and depth, and U and depth.
For the BWDO model, potential constant trends include linear and quadratic trends with depth (Depth and Depth), easting (Easting and Easting), and northing (Northing and Northing).
No simple trend between cell numbers and depth of sample site within the sediment was noted.
Corn yield forecasts are based on historical trends and in-depth industry analysis and input.
On the basis of an examination of model residuals, it was noted that the overall trend between depth and BWDO does not continue for depths greater than 40 m, and so depths of greater than 40 m are treated as 40 m in the final BWDO model development.
The trends in the incidence and depth of poverty, however, do not fully capture poverty dynamics, i.e., its duration and how often families enter and exit poverty.
However, superposed on general trends between petrophysical properties and depth, large variations exist even between closely spaced wells making forward prediction of reservoir quality difficult.
Differences in biomolecule concentrations and respiration by horizon reveal two contrasting trends with increasing decomposition and depth: chlorophyll and respiration decrease, whereas protein, DNA and chitin increase.
The BWDO model includes trends with easting, northing, and depth.
The profile has a smooth trend with depth and concentration values are generally proportional to that of Cs for the same water samples, but with a slightly lower ratio of Cs/U below 2000 m.
