Sentence examples for steepness factor from inspiring English sources

USLE/RUSLE contain parameters for slope length factor (L) and slope steepness factor (S), usually combined as LS.

There seems to be a maximum step height for impinging jets that is approximately twice the drop height; this maximum may explain the upper limit of the steepness factor found in high-gradient step-pool streams.

The factors of geology, soil, land use/land cover (LULC), altitude, slope, aspect, curvature, topographic wetting index (TWI), stream power index (SPI), length steepness factor (LS), distance to roads, distance to faults, faults density, distance to river, drainage density, lineaments and lineaments density are often used in the analysis of groundwater springs and aquifer yields potentiality.

The USA database for steepness factor S extends to 18? but it is quite likely that the physics of fluid flow and sediment transport will not be the same on very steep slopes, and this is a possible area for local investigation.

These could be fitted to Boltzmann functions to provide empirical indications of maximum peak currents (INa,max), steepness factors (k) describing their dependence upon voltage and the voltage excursions corresponding to half-maximal current (V*).

The LS-TOOL algorithm can automatically calculate slope length, slope steepness, L factor, S factor, and LS factors, providing the results as ASCII files which can be easily used in some GIS software.

The LS-factor in RUSLE is a combination of slope length (L) and slope steepness (S) factors (Wischmeier and Smith 1978; Moore and Wilson 1992; McCool et al. 1995; Prasannakumar et al. 2012; Alexakis et al. 2013).

The capacity of soil to perform any of the seven identified functions and to support their associated ecosystem services depends on its physical, biological, and chemical attributes (i.e., "internal" characteristics), while the realization of the performance is conditioned by natural (e.g., slope steepness) and/or anthropogenic factors ("external" controls).

Even if forests can be considered as protection against erosion and landsliding, in this case, slope steepness is the main factor explaining why more failures are occurring in the forest area than in agriculture area.

However, the half-activation potential (V1/2) and the steepness of the curve (factor k) were not significantly different (see Table 1).

By having different values for each parameter (i.e. for weight values ω i, time step size Δt, slow and fast speed factors γ, steepness σ i, threshold τ i ), the agent can facilitate a wide variety of behaviours.