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Arboreal locomotion is the locomotion of animals in trees. In habitats in which trees are present, animals have evolved to move in them. Some animals may scale trees only occasionally (scansorial), but others are exclusively arboreal.
The pages in this category are redirects to terms transliterated from the Urdu language. The language code in the |1= parameter below is essential to populate this category. To add a redirect to this category, place {{ Rcat shell |{{ R to transliteration |1= ur }}}} on the second new line (skip a line) after #REDIRECT [[Target page name]] .
Rekhta is an Indian web portal started by Rekhta Foundation, a non-profit organisation dedicated to the preservation and promotion of the Urdu literature. [4] The Rekhta Library Project, its books preservation initiative, has successfully digitized approximately 200,000 books over a span of ten years. [5]
Urdu-language books (4 C, 64 P) This page was last edited on 15 October 2016, at 09:32 (UTC). Text is available under the Creative Commons Attribution ...
Scansoriopterygidae (meaning "climbing wings") is an extinct family of climbing and gliding maniraptoran dinosaurs.Scansoriopterygids are known from five well-preserved fossils, representing four species, unearthed in the Tiaojishan Formation fossil beds (dating to the mid-late Jurassic Period) of Liaoning and Hebei, China.
The Urdu Wikipedia (Urdu: اردو ویکیپیڈیا), started in January 2004, is the Standard Urdu-language edition of Wikipedia, a free, open-content encyclopedia. [1] [2] As of 1 March 2025, it has 218,309 articles, 191,144 registered users and 7,561 files, and it is the 54th largest edition of Wikipedia by article count, and ranks 20th in terms of depth among Wikipedias with over 150,000 ...
Urdu-language books (4 C, 64 P) Urdu-language literary movements ... Pages in category "Urdu-language literature" The following 42 pages are in this category, out of ...
Adaptations for cursorial locomotion in terrestrial vertebrates include: Increased stride length by: Increased limb bone length; Adoption of digitigrade or unguligrade stance; Loss of clavicle in mammals, which allows the scapula to move forwards and backwards with the limb and thereby increase stride length. Increased spinal flexion during ...