We present a general Bayesian hierarchical framework for conducting nonstationary
frequency analysis of multiple hydrologic variables. In this, annual maxima from each …

In this paper, a copula based methodology is presented for flood frequency analysis of
Upper Godavari River flows in India. By using the specific advantages of copula method in …

The aim of this study is to investigate and determine hydrologically homogeneous regions
and to derive regional flood frequency estimates for 47 gauged sites in the West …

In Pakistan, floods are among the most devastating and recurring natural hazards. Flood
hazard assessment requires flood event magnitude and probability of occurrence. Flood …

Study region 26 boreal catchments (mid-Norway). Study focus We performed regional flood
frequency analysis (RFFA) using the L-moments method and annual maximum series (AMS) …

Flood hazard is assessed for the data scarce lower Bharathapuzha basin in Kerala, India,
using a hydrologic-hydraulic approach. L-moment-based regional flood frequency analysis …

Extremely great floods are among environmental events with the most disastrous
consequences for the entire world. Estimates of their return periods and design values are of …

Hydrodynamic flow modeling is carried out using a coupled 1D and 2D hydrodynamic flow
model in northern India where an industrial plant is proposed. Two flooding scenarios, one …

Abstract The Ganga River is a major river of North India and is known for its fertile alluvium
deposits formed due to floods throughout the Indo-Gangetic plains. Flood frequency analysis …

Quality discharge measurements and effective flood frequency analysis (FFA) are the basics
for reliable estimation of design flood. FFA applies two sampling methods: Annual Maximum …