About Soil Erosion models?

Dear Brahim,

I am happy to see your question and potential dilemmas.

I am kindly recommending you to download (Free) the IntErO model that uses the Erosion Potential Method in its algorithm background [1,2]. www.af.ac.me/Spalevic/IntErO

The IntErO, an upgrading of the River Basins [3,4] and the Surface and Distance Measuring [3] programs, is simple in handling and can be used to calculate a large number of data with the processing of 22 input parameters, returning, after the processing, 26 result parameters (Coefficient of the river basin form, A; Coefficient of the watershed development, m; Average river basin width, B; (A)symmetry of the river basin, a; Density of the river network of the basin, G; Coefficient of the river basin tortuousness, K; Average river basin altitude, Hsr; Average elevation difference of the river basin, D; Average river basin decline, Isr; The height of the local erosion base of the river basin, Hleb; Coefficient of the erosion energy of the river basin’s relief, Er; Coefficient of the region’s permeability,S1; Coefficient of the vegetation cover,S2; Analytical presentation of the water retention in inflow, W; Energetic potential of water flow during torrent rains, 2×gDFˆ12; Maximal outflow from the river basin, Qmax; Temperature coefficient of the region, T; Coefficient of the river basin erosion, Z; Production of erosion material in the river basin, Wyear; Coefficient of the deposit retention, Ru; Real soil losses, Gsp; Real soil losses per km2. The model considers six factors related to lithology (rocks permeability by percentage: fp, permeable; fpp, semi permeable; fo, low permeability) and soil type (erodibility coefficient, Y),topographic and relief data (I coefficient), monthly mean and annual precipitation (P coefficient),temperatures annual averages (t coefficient), land cover data (X coefficient), the state of erosion patterns, and development of the watercourse network (Φ coefficient). The IntErO model can be characterized as semi-quantitative because it is based on a combination of descriptive and quantitative procedures. Compared to other semi-quantitative methods, this is the most quantitative because it uses descriptive evaluation for three parameters only: soil erodibility, soil protection, and the extent of erosion in the catchment.

The application presented in the following examples:

The Impact of Land Use Changes on Soil Erosion in the River Basin of Miocki Potok, Montenegro

https://www.researchgate.net/publication/344843416_The_Impact_of_Land_Use_Changes_on_Soil_Erosion_in_the_River_Basin_of_Miocki_Potok_Montenegro

by contacting

Velibor Spalevic

https://www.researchgate.net/profile/Velibor_Spalevic

About water quality ?

About Observed Discharge Data?

The Illumina NovaSeq 6000 - machine requirement for storage and analyze ?

Water quality and mosquitoes?

XRD shift peaks

Need of a paper?

Do you want to be part of a Morocco-Turkey joint research cooperation program?

Does anyone know why point mutations detected in some MLPA kits are not reproducible?

Is there a difference between master/worker models and master/slave models?

About the latest developments in the science of water?

How can I integrate a routing protocol in a tiny device (e.g. Raspberry Pi)?

How to improve and implement WBAN MAC and Radio modules under Castalia 3.2 ?

D2D implementation in Matlab in Vienna LTE software?

What software programs can directly simulate Additive Manufacturing Directed Energy Deposition (DED)?

Is it possible to set a breakpoint at a specific DYNAMIC instruction using the GNU Debugger (GDB)?

Is this the write procedure for acid digestion of soil for heavy metal analysis using AAS?

Langevin Dynamics in shear flow?

Should I use Pressure Based Solver or a Density-Based Solver?

How to build fouling and erosion simulation model for Aero Engine compressor and turbine rotor in Simulink / Matlab?

Are there packages (R or Python) for simple models (bucket?) to assess soil water content?