Multifractal analysis has been applied as a pattern recognition method based on numerical
verification. The approach was successfully used to estimate the river network structure in …

Ecologists sometimes have a less-than-rigorous background in quantitative methods, yet
research within this broad field is becoming increasingly mathematical. Written in a step-by …

Different hydrological algorithms have been developed to automatically extract drainage
networks from digital elevation models (DEMs). D8 is the most widely used algorithm to …

Virtually, all areas of hydrology have been deeply influenced by the concepts of fractality
and scale invariance. The roots of scale invariance in hydrology can be traced to the …

Considerable evidence from around the world shows that achieving good ecological
outcomes in rivers from programmes of measures in catchments is difficult. There are a …

River networks have important environmental, hydrological, and social functions. However,
they have experienced rapid degradation due to urbanization, and the disorder of their flood …

Urban flooding is a combined product of the climate and watershed geomorphology. River
system is one of the vital components of watershed geomorphology. The geomorphic …

Street layout is an important element of urban morphology that informs on urban patterns
influenced by city growing through the years under different planning regulations and …

Abstract The Middle Route of South-to-North Water Diversion Project (MRSNWD) is the main
skeleton of China's National Water Network, its construction has changed the structure of the …

This paper is focused on the contribution that the two‐dimensional Shallow Water Equations
could provide in respect to the fields of research devoted to the river networks analysis. The …