Abstract Design rainfall is frequently utilized in the planning and design of urban
infrastructure, including culverts and urban drainage systems. The choice of an appropriate …

The choice of the most suitable probability distribution for rainfall varies across different
geographical regions due to varying spatial and temporal variability. Therefore, there is an …

Rainfall intensity prediction or forecast is vital in designing hydraulic structures and flood
and erosion control structures. In this work, meteorological data were obtained from the …

The development of statistical equations for meteorological simulation is germane to water
resources planning and management in all catchments around the world. Several locations …

The present study deals with the regional frequency analysis approach to analyzing rainfall
data of Haryana state. From all over Haryana, 29 rain gauge stations were selected based …

The most appropriate probability distribution for rainfall data varies from one region to the
other. The need to research the best distribution for different locations is thus a continuous …

This paper is sets-out for the regional frequency analysis of daily maximum rainfall from the
27 rain gauge stations in Haryana using L-moments. As the distribution of rainfall varies …

The aim of this study was to estimate the return period probability of maximum rainfall in a
day for Hisar district. The secondary data of 45 years from 1970-2014 was taken for one day …

Rainfall intensity prediction or forecast is vital in designing hydraulic structures and flood
and erosion control structures. In this work, meteorological data were obtained from the …

The historical rainfall data for the period of 37 years (1981-2017) of Junagadh district in
Gujarat were analyzed for selection of most appropriate probability distribution of rainfall …