The study of the detachment of soil particles due to rainfall erosivity requires knowledge of the energetic characteristics of the precipitation. In this paper, following a review of both the drop-size distribution (DSD) proposed by one researcher and the corresponding relationship for evaluating the kinetic power of rainfall, the reliability of that researcher\u2019s DSD using the size distributions of raindrops detected by an optical disdrometer installed at Palermo (Sicily) is experimentally tested. Finally, an experimental verification of both the relationship proposed by two separate research teams for evaluating the specific and unit rainfall kinetic energy is carried out
Knowledge of drop size distributions is important for deriving various rain erosivity parameters. Th...
Water soil erosion is a process of detachment and transport of soil particles due to rainfall and ru...
The knowledge of the relationships among rainfall intensity, drop size distribution (DSD) and devel...
The study of the detachment of soil particles due to rainfall erosivity requires knowledge of the en...
Kinetic power, i.e. kinetic energy per unit time and area, is the variable widely used to represent ...
The knowledge of the rainfall drop size distribution (DSD) at the land surface is essential for unde...
Empirical relationships linking kinetic energy to rainfall intensity are commonly used to estimate r...
The kinetic power of rainfall plays a fundamental role in soil erosion processes. Kinetic power can ...
The rainfall kinetic energy, which affects soil erosion processes, can be calculated by the drop-siz...
The rainfall erosivity plays a fundamental role in water soil erosion processes and it can be expres...
Rainfall erosivity is defined as the potential of the rain to cause erosion, and it can be represent...
Kinetic power, i.e. kinetic energy per unit time and area, is the variable widely used to represent ...
Knowledge of rainfall characteristics such as drop-size distribution is essential for the developmen...
Soil erosion is caused, at least in part, by the impact of kinetic energy on the soil during rainfal...
Soil erosion induced by rainfall is mainly due to the rainfall impact besides the consequent surface...
Knowledge of drop size distributions is important for deriving various rain erosivity parameters. Th...
Water soil erosion is a process of detachment and transport of soil particles due to rainfall and ru...
The knowledge of the relationships among rainfall intensity, drop size distribution (DSD) and devel...
The study of the detachment of soil particles due to rainfall erosivity requires knowledge of the en...
Kinetic power, i.e. kinetic energy per unit time and area, is the variable widely used to represent ...
The knowledge of the rainfall drop size distribution (DSD) at the land surface is essential for unde...
Empirical relationships linking kinetic energy to rainfall intensity are commonly used to estimate r...
The kinetic power of rainfall plays a fundamental role in soil erosion processes. Kinetic power can ...
The rainfall kinetic energy, which affects soil erosion processes, can be calculated by the drop-siz...
The rainfall erosivity plays a fundamental role in water soil erosion processes and it can be expres...
Rainfall erosivity is defined as the potential of the rain to cause erosion, and it can be represent...
Kinetic power, i.e. kinetic energy per unit time and area, is the variable widely used to represent ...
Knowledge of rainfall characteristics such as drop-size distribution is essential for the developmen...
Soil erosion is caused, at least in part, by the impact of kinetic energy on the soil during rainfal...
Soil erosion induced by rainfall is mainly due to the rainfall impact besides the consequent surface...
Knowledge of drop size distributions is important for deriving various rain erosivity parameters. Th...
Water soil erosion is a process of detachment and transport of soil particles due to rainfall and ru...
The knowledge of the relationships among rainfall intensity, drop size distribution (DSD) and devel...