In this study, an innovative method for regional rainfall frequency analysis for ungauged sites is presented.
A parameter estimation method for stochastic rainfall-runoff models is presented.
Therefore, in this study, an improved FFG method which accounts for rainfall spatial variability is proposed.
G2 adopts fundamental equations from the Revised Universal Soil Loss Equation (RUSLE) and the Erosion Potential Method (EPM), especially for rainfall erosivity, soil erodibility, and sediment delivery ratio.
Nguyen et al. [4] proposed regional frequency analysis method for sites where rainfall records are limited or unavailable.
We illustrate the utility and complementary value of these methods for conceptual rainfall-runoff processes with real and 'exact' daily flow data, hydrological models of increasing complexity, and different objective functions.
Subsequently, in recent years, advancements in the EVT helped the researchers to propose a method for developing non-stationary rainfall IDF curve by modelling trend present in the observed extreme rainfall series using covariate.
To solve this problem, a new statistical method for investigating relationships between rainfall and karst-spring discharge is proposed.
An important feature of Cascade is that it employs a modified runoff coefficient method for estimating runoff from rainfall, which incorporates a modified Antecedent Precipitation Index as an indicator of catchment wetness.
Mishra and Singh (2004) studied the validity and extension of the SCS-CN method for computing infiltration and rainfall-excess rates.
