BBAuthors: Lassabatere, L.; Advisor: -; Participants: Prima, S.D.; Bouarafa, S.; Iovino, M.; Bagarello, V.; Angulo-Jaramillo, R. (2019)
This study presents a new method (BEST‐2K) that extends the existing BEST methods for use in characterizing the water retention and hydraulic conductivity functions of matrix and fast‐flow regions in dual‐permeability soils. BEST‐2K requires input information from two water infiltration experiments that are performed under ponded (Beerkan) and unsaturated (tension infiltrometer) conditions at the surface. Other required inputs include water content measurements and the traditional BEST inputs (particle size distribution and bulk density). In this study, first, a flowchart of the BEST‐2K method was developed and illustrated with analytically generated data for a synthetic dual‐permeabi... 
