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For information on using this template, see Template:Routemap. For pictograms used, see Commons:BSicon/Catalogue . Note: Per consensus and convention, most route-map templates are used in a single article in order to separate their complex and fragile syntax from normal article wikitext.
A diagram showing the relationship for flow depth (y) and total Energy (E) for a given flow (Q). Note the location of critical flow, subcritical flow, and supercritical flow. The energy equation used for open channel flow computations is a simplification of the Bernoulli Equation (See Bernoulli Principle ), which takes into account pressure ...
Use the template {{Infobox river}} for representative images and basic information about a river. The example at right shows how it looks. The example at right shows how it looks. See the template's discussion page for instructions, examples, and blank versions of the template to start with.
The Hjulström curve, named after Filip Hjulström (1902–1982), is a graph used by hydrologists and geologists to determine whether a river will erode, transport, or deposit sediment. It was originally published in his doctoral thesis "Studies of the morphological activity of rivers as illustrated by the river Fyris. [1]" in 1935. The graph ...
(proceed from the main headwater of the river downstream to its mouth, noting direction, size, major tributaries, human settlements, waterfalls, dams, and so forth - can include numerical data on length, volume, drainage basin, etc)
For discussion and queries, see Template talk: River item box. This template is for use with features in rivers, which includes bridges, islands, locks etc. See examples for this template.
Total length of the river's main stem, measured in kilometers. length_mi: Total length of the river's main stem, measured in miles. length_ref: References or other notes for length of river, used only if |length_km= or |length_mi= are used. width_min: Minimum width between banks of the river.
The diagram also shows how human water use impacts where water is stored and how it moves. [ 1 ] The water cycle (or hydrologic cycle or hydrological cycle) is a biogeochemical cycle that involves the continuous movement of water on, above and below the surface of the Earth .