Soil hydraulic parameters (SHPs) required as inputs for numerical models are scarce in Sahelian regions. Instead, they estimated using pedotransfer functions (PTFs), but their ability to simulate soil water dynamics has not been evaluated. This study aims parameterize SHPs with seven different PTFs and inverse modelling examine fluxes Senegal’s Groundnut basin. We used four years of field measu...

Accurate saturated hydraulic conductivity (Ksat) predictions are critical for precise water flow estimations. Pedotransfer functions (PTFs) have been used to estimate Ksat based on soil structural and textural properties. However, PTF accuracy must be validated with observed values improve confidence in model predictions. A study was conducted the seasonal wetlands of a representative mixed lan...

ABSTRACT The saturated hydraulic conductivity (Ks) is an essential property for modeling water and contaminants movement into aquifers. However, Ks extremely variable, even when considering nearby locations, which poses a challenge at catchment scales. Field measurements of are most the time expensive, time-consuming labor-intensive. This study aimed to obtain, purposes, using pedotransfer func...

Soil hydraulic properties are an important factor to optimize and adapt water management for a given crop. Pedotransfer functions (PTFs) present solution predict soil variables such as properties, using fundamental properties. In this research, we compared two sources of information: iSDAsoil data field data, in four regions Morocco. We then used evaluate published developed new PTFs informatio...