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Qu'est-ce (qui) est joining formation - définition
CLUSTERING METHOD IN BIOINFORMATICS
Neighbor-Joining; Neighbour-joining; Neighbour joining; Neighbor-joining; Neighbour joining phylogram
Geological formation
![The [[Permian]] through [[Jurassic]] strata of the [[Colorado Plateau]] area of southeastern [[Utah]]
demonstrate the principles of [[stratigraphy]]. These strata make up much of the famous prominent rock formations in widely spaced protected areas such as [[Capitol Reef National Park]] and [[Canyonlands National Park]]. From top to bottom: Rounded tan domes of the [[Navajo Sandstone]], layered red [[Kayenta Formation]], cliff-forming, vertically jointed, red [[Wingate Sandstone]], slope-forming, purplish [[Chinle Formation]], layered, lighter-red [[Moenkopi Formation]], and white, layered [[Cutler Formation]] sandstone. Picture from [[Glen Canyon National Recreation Area]], Utah.](https://commons.wikimedia.org/wiki/Special:FilePath/SEUtahStrat.JPG?width=200 "The [[Permian]] through [[Jurassic]] strata of the [[Colorado Plateau]] area of southeastern [[Utah]]
demonstrate the principles of [[stratigraphy]]. These strata make up much of the famous prominent rock formations in widely spaced protected areas such as [[Capitol Reef National Park]] and [[Canyonlands National Park]]. From top to bottom: Rounded tan domes of the [[Navajo Sandstone]], layered red [[Kayenta Formation]], cliff-forming, vertically jointed, red [[Wingate Sandstone]], slope-forming, purplish [[Chinle Formation]], layered, lighter-red [[Moenkopi Formation]], and white, layered [[Cutler Formation]] sandstone. Picture from [[Glen Canyon National Recreation Area]], Utah.")
![The [[Summerville Formation]] is composed of alternating thin beds of two lithologies, mudstone and sandstone, penetrated by veins of a third lithology, gypsum.](https://commons.wikimedia.org/wiki/Special:FilePath/Summerville Formation.jpg?width=200 "The [[Summerville Formation]] is composed of alternating thin beds of two lithologies, mudstone and sandstone, penetrated by veins of a third lithology, gypsum.")
![[[Uluru]] (Ayers Rock) in [[Australia]] is underlain by the Mutitjulu Arkose, a formation composed almost entirely of a single lithology (arkosic sandstone).](https://commons.wikimedia.org/wiki/Special:FilePath/Uluru (Helicopter view)-crop.jpg?width=200 "[[Uluru]] (Ayers Rock) in [[Australia]] is underlain by the Mutitjulu Arkose, a formation composed almost entirely of a single lithology (arkosic sandstone).")
BODY OF ROCK IDENTIFIED BY LITHIC CHARACTERISTICS AND STRATIGRAPHIC POSITION; IT IS USUALLY BUT NOT NECESSARILY TABULAR AND IS MAPPABLE AT THE EARTH'S SURFACE OR TRACEABLE IN THE SUBSURFACE. SMALLER THAN A SUBGROUP
Formation (geology); Geologic formation; Geological Formation; Geologic formations; Sedimentary formation; Stratigraphic formation; Geological formations; Formation (stratigraphy)
A geological formation, or simply formation, is a body of rock having a consistent set of physical characteristics (lithology) that distinguishes it from adjacent bodies of rock, and which occupies a particular position in the layers of rock exposed in a geographical region (the stratigraphic column). It is the fundamental unit of lithostratigraphy, the study of strata or rock layers.
Aluminium joining
.jpg?width=200 "Example of aluminium aircraft panel")
Aluminum Joining; Aluminum joining
Aluminium alloys are often chosen due to their high strength-to-weight ratio, corrosion resistance, low cost, high thermal and electrical conductivity. There are a variety of techniques to join aluminium including mechanical fasteners, welding, adhesive bonding, brazing, soldering and friction stir welding (FSW), etc.
Neighbor joining
In bioinformatics, neighbor joining is a bottom-up (agglomerative) clustering method for the creation of phylogenetic trees, created by Naruya Saitou and Masatoshi Nei in 1987. Usually based on DNA or protein sequence data, the algorithm requires knowledge of the distance between each pair of taxa (e.
Wikipédia
Neighbor joining
In bioinformatics, neighbor joining is a bottom-up (agglomerative) clustering method for the creation of phylogenetic trees, created by Naruya Saitou and Masatoshi Nei in 1987. Usually based on DNA or protein sequence data, the algorithm requires knowledge of the distance between each pair of taxa (e.g., species or sequences) to create the phylogenetic tree.
