This paper proposes the use of Complex Network Analysis tools to study the spatial
distribution and temporal evolution of groundwater abstraction wells within a region of …

Selection of suitable general circulation models (GCMs) increases the reliability in the
assessment of the impact of climate change. In a recent study, we introduced the concepts of …

Meteorological droughts often propagate to agricultural (and other) droughts, both spatially
and temporally. The present study proposes a novel complex networks-based cascading …

To decisively confront the far-reaching impacts of climate change, it is crucial to identify
regions that are vulnerable and sensitive to changes in rainfall patterns. Understanding sub …

The reliable prediction of streamflow is crucial for various water resources, environmental,
and ecosystem applications. The current study employs a complex networks-based …

Clustering analysis of small watersheds is an effective tool for identifying the similarity of
runoff generation and concentration. In this paper, 545 small watersheds in the hilly areas of …