Soil erosion can be estimated using readily available remote sensing observations upon using popular existing methods like USLE, MUSLE, and RUSLE. However, the accuracy is quite a higher case of RUSLE. Apart from that, many conventional models like the MMF model which is based on the soil hydraulic characteristics gives comparable result. You can use some readily available tools like WEPP model and SWAT to estimate the erosion directly with minimal model inputs.

You may find the below article useful which identifies the critical locations based on erosion and flood using the SWAT model:

https://iwaponline.com/jwcc/article/doi/10.2166/wcc.2020.202/73832/A-hydrological-modelling-based-approach-for

1. RUSLE Model

2. Radioactive cesium technology is a more rapid and less expensive method for soil erosion studies in the severely intensive croplands, it gives more accurate results for all types of erosion studies including historic, comparative and long-term soil and soil organic carbon erosion

There are a number of approaches you can do this. For more info. have a look at this articles:

A Review of Soil Erosion Models with Special Reference to the needs of Humid Tropical Mountainous Environment DOI:

• 10.14207/ejsd.2014.v3n4p299

Thank you Mr Subhash Chavare

Thank you Mr Joan Nyika

You can also check the following paper:

Article Assessing land degradation and identifying potential sustain...

Useful articles:

https://www.sciencedirect.com/science/article/pii/S0166248108706469

or,

https://naldc.nal.usda.gov/download/18341/PDF

Thank you Mr George Mitri .

You can find some interesting tools to estimate soil loss in:

https://forest.moscowfsl.wsu.edu/engr/software.html

http://geowepp.geog.buffalo.edu/

https://forest.moscowfsl.wsu.edu/fswepp/

Have a look at Pete Robichaud's (USDA Forest Service) RG profile if you are interested in papers using these tools.

Regards,

Fermin Alcasena

Thank you Mr Pawan Thapa .

Thank you Mr Muhammad Esmat Enan

Thank you Mr Fermin Alcasena .

Useful link:

https://www.hindawi.com/journals/aess/2018/2397265/

Using the satellite remote sensing, erosion can be assessed with some modern methods namely,

USLE - Universal Soil Loss Equation

RUSLE - Revised Universal Soil Loss Equation

MUSLE - Modified Universal Soil Loss Equation

Soil erosion can be estimated using readily available remote sensing observations upon using popular existing methods like USLE, MUSLE, and RUSLE. However, the accuracy is quite a higher case of RUSLE. Apart from that, many conventional models like the MMF model which is based on the soil hydraulic characteristics gives comparable result. You can use some readily available tools like WEPP model and SWAT to estimate the erosion directly with minimal model inputs.

You may find the below article useful which identifies the critical locations based on erosion and flood using the SWAT model:

https://iwaponline.com/jwcc/article/doi/10.2166/wcc.2020.202/73832/A-hydrological-modelling-based-approach-for

Thank you Mr Sonam Sandeep Dash

Thank you Mr Omar Ali Al-Khashman .

Thank you Mr Samuel Akande .

Following

Interesting

Yes we can asses soil erosion hazard using satellite but it needs using

1. Arc GIS software

2. DEM map of the basin (for calculating ls factror)

3. Boundary map of the study area

4. Rain fall data (long term average of the basin, It is better to use much meteorological sites)

5. Soil class (for doing erodibility; it may be done by grid based collection or FAO soil class)

6. Satellite image ( for doing cover factor)

and finally apply

Universal soil loss equation it may by Revised or modified ( USLE, RUSLE and MUSLE)

A(ton/ha/yr)= R*K*LS*C*P for revised or A= R*11.8Qp*LS*C*P for modified

For more any body can communicate me and see the you tube videos at https://www.youtube.com/watch?v=3QG2JP6uvbY

you can also read Article Developing GIS-Based Soil Erosion Map Using RUSLE of Andit T...

Include the use of SLEMSA, Corine model and GIS application using DEM.

Following

- Firstly you have to take the samples physically, chemically and biologically

- Using the results of testing in interpolation analysis

- , Through the interpolation you can identify the erosion area

Thank you Mr Amar Sharaf Eldin Khair

Thank you Mr Tasi'U YALWA Rilwanu .

Thank you Mr Muhammad Esmat Enan

A open source model "Water and tillage erosion model and sediment delivery model (WaTEM/SEDEM)" can be used. If you have reservoir sediment yield data for a watershed than it is better choice than WEPP and SWAT modeling. Physical erosion models such as WEPP, SWAT are complex with several parameters being required to be calibrated whereas WaTEM/SEDEM requires less input parameters. It is a spatial-physical-distributed soil erosion model. It was developed based on RUSLE model and sediment transport capacity equation. It has similar data requirement as the RUSLE. It can spatially simulate the rates of soil erosion and sediment deposition. This model also allows the incorporation of landscape structure and connectivity to identify sediment source areas. It's equation has the ability to simulate the contribution of hillslope gully erosion too. But this model has one disadvantage that neither river bank erosion nor channel storage are simulated by this model. Data requirement of WaTEM/SEDEM are: DEM, land use map, river network, parcel map, soil erodibility map, crop management and soil conservation practice maps. Hope, this information will help you.

Thank You Mr @Daniel Prakash Kushwaha

Article A Review of RUSLE Model