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the profile of soils with cyclic or intermittent horizons or layers may be described without those terms, as is commonly done with non-stratified profiles. additionally, cyclic or intermittent profiles may be described using the same attributes as are used with the stratified profiles and their variants. although this approach is more complicated, it allows for greater versatility in describing a soil profile in the field.
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adjacent profiles can be used to describe a profile by indicating the conditions existing in the soil profiles being compared. for example, the profile of the rocky subsoil between the profile of the clayed topsoil and the profile of the subsoil with a large aeolian deposit in the profile of the topsoil would look different than the profile of that topsoil itself. equivalents of the preceding example are seen in real life and illustrate the importance of comparing the soil profiles of similar soils.
in simple terms, the profile maker uses a drawing tube or it scans a photograph of the soil profile. you can use a drawing tube or any other hand-held device that has a pencil, to sketch a profile, and the profile maker, which stores the information and allows you to manipulate the information, will plot the profile. in fact, the easiest way to draw a profile is to use the profile maker. the profile maker will either generate a profile or capture the profile if it was drawn on paper using a pencil.
a groundwater table occurs when the saturated moisture limit (slope of profile under the stable equilibrium condition) occurs. the criterion of the saturated limit depends on the physicochemical properties of the unsaturated zone material and its material properties of construction. unsaturated zones are delimited by the water table and by the free water zone. water under the stable equilibrium condition is called the saturated groundwater. the groundwater table is taken to be the uppermost boundary of the saturated groundwater.