Combination of empirical models and observational-based techniques in the quantification of soil loss: a case of Rherhaya watershed, High Atlas, Morocco

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Abstract

Abstract The full text of this preprint has been withdrawn, as it was submitted in error. Therefore, the authors do not wish this work to be cited as a reference. Questions should be directed to the corresponding author.

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Research Square Platform LLC

Reference78 articles.

1. Ait Fora A (1995) “Modélisation Spatiale de l’érosion Hydrique Dans Un Bassin Versant Du Roc Marocain: Validation de l’approche Géomatique Par La Sédimentologie,Les Traceurs Radio-Actifs et La Susceptibilité Magnétique Des Sédiments.”

2. Arabi M (1991) “Influence de Quatre Systèmes de Production Sur Le Ruissellement et l’érosion En Milieu Méditerranéen à Medea, Algérie.”

3. Methodology Used to Determine the Maximum Potential Average Annual Soil Loss Due to Sheet and Rill Erosion in Morocco;Arnoldus HMJ,1977

4. Geospatial Tool-Based Morphometric Analysis Using SRTM Data in Sarabanga Watershed, Cauvery River, Salem District, Tamil Nadu, India;Arulbalaji P;Appl Water Sci,2017

5. Use and Misuse of the K Factor Equation in Soil Erosion Modeling: An Alternative Equation for Determining USLE Nomograph Soil Erodibility Values;Auerswald K;CATENA,2014

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