The application of the concept of chaos theory in hydrology has been gaining considerable
interest in recent times. However, studies reporting the existence of chaos in hydrological …

In this paper we briefly review some aspects of the soil water balance, highlighting the
possible connections and feedbacks among the various processes as well as pointing out …

The past two decades of research on chaos theory in geophysics has brought about a
significant shift in the way we view geophysical phenomena. Research on chaos theory in …

An attempt is made in this study to characterize and predict runoff dynamics, using ideas
gained from nonlinear dynamical theory. Daily runoff data observed over a period of 19 …

In this paper, missing consecutive streamflows are estimated, using the principles of chaos
theory, in two steps. First, the existence of chaotic behavior in the daily flows of the river is …

The use of phase-space reconstruction approach for understanding and predicting
suspended sediment concentration dynamics in rivers is investigated. According to this …

The significance of treating rainfall as a chaotic system instead of a stochastic system for a
better understanding of the underlying dynamics has been taken up by various studies …

This study of the behaviour of rainfall dynamics at different temporal scales identifies the
type of approach most suitable for transformation of rainfall data from one scale to another …

The importance of high‐resolution rainfall data to understanding the intricacies of the
dynamics of hydrological processes and describing them in a sophisticated and accurate …

Technological and methodological advances have facilitated tremendous growth in
hydrology during the last century; however, there are also concerns that these advances …