Dnyanesh Borse
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View article: Hydraulic geometry hypothesis allows reverse engineering of 3D quasi-equilibrium landscapes from 2D channel networks
Hydraulic geometry hypothesis allows reverse engineering of 3D quasi-equilibrium landscapes from 2D channel networks Open
A fluvial catchment consists of unchannelized hillslopes drained by a channel network. Catchments can be fully characterized by their three-dimensional (3D) topography and the bankfull characteristics of their channels. Here we use a proba…
View article: Power Law Distribution of Independent Basin Areas in Fluvial Landscapes
Power Law Distribution of Independent Basin Areas in Fluvial Landscapes Open
River networks around the world exhibit statistical scaling laws, including the distribution of independent basin sizes in landscapes. The widespread occurrence of these patterns in various landscapes suggests that there are fundamental, b…
View article: Emergence of efficient channel networks in fluvial landscapes
Emergence of efficient channel networks in fluvial landscapes Open
Channel networks across fluvial landscapes are believed to have evolved to minimize energy expenditure[1–3], as evidenced by the similarities between computer-generated optimal channel networks (OCNs) and real networks[4,5]. However, the s…
View article: Power law Scaling in Drainage Basin Areas of Independent landscapes
Power law Scaling in Drainage Basin Areas of Independent landscapes Open
Power-law distributions occur in a diverse range of phenomena. Natural drainage networks also exhibit distinctive fractal properties and certain power-law scaling relationships irrespective of the underlined controls, such as geology, topo…
View article: A probabilistic model to explain drainage network evolution and emerging scaling laws of river networks 
A probabilistic model to explain drainage network evolution and emerging scaling laws of river networks  Open
<p><span>River networks have been studied in geosciences and hydrology for many theoretical and practical purposes. Self-organization into self-similar tree-like network patterns is observed in many natural phenomena including …