Strahler Stream Order in the context of High-level programming language


Strahler Stream Order in the context of High-level programming language

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⭐ Core Definition: Strahler Stream Order

In mathematics, the Strahler number or Horton–Strahler number of a mathematical tree is a numerical measure of its branching complexity.

These numbers were first developed in hydrology, as a way of measuring the complexity of rivers and streams, by Robert E. Horton (1945) and Arthur Newell Strahler (1952, 1957). In this application, they are referred to as the Strahler stream order and are used to define stream size based on a hierarchy of tributaries.The same numbers also arise in the analysis of L-systems and of hierarchical biological structures such as (biological) trees and animal respiratory and circulatory systems, in register allocation for compilation of high-level programming languages and in the analysis of social networks.

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Strahler Stream Order in the context of Arthur Newell Strahler

Arthur Newell Strahler (February 20, 1918 – December 6, 2002) was a geoscience professor at Columbia University who in 1952 developed the Strahler Stream Order system for classifying streams according to the power of their tributaries.

Strahler was largely responsible for the shift from qualitative to quantitative geomorphology during the mid 20th century.

View the full Wikipedia page for Arthur Newell Strahler
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