However, other topographical variables such as slope aspect, slope inclination and soil depth may also be crucial.
Technically known as slope meters, they consist of a tubes sunk into the ground with tracks for devices that can be lowered into them and measure the deflection of the tube from plumb at different depths.
The nutrient retention function decreased as slope increased.
Runoff discharge was negatively related to RC as slope gradient = 5° and was positively related to it as slope gradients = 10° and 15°.
Large scale slope conduits such as slope channels or canyons, are notably absent in this stage.
Phytogenic mound shapes changed from symmetrical mound type to asymmetrical terrace type as slope increased.
Parametric study was performed with design variables such as slope and yield stress of the braces.
There was a steady sediment concentration (SC) after runoff generated as slope gradient = 5°.
The fairness parameter can be considered as "slope" of the rate requirements.
Generally speaking, as slope increases, the probability of landslide occurrence also increases.
The model constants were calculated as slope and intercept of the isotherm model.
