Structural Framework of Lancaster Aulacogen, Arctic Canada.
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Structural Framework of Lancaster Aulacogen, Arctic Canada.

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Published by s.n in S.l .
Written in English

Book details:

Edition Notes


SeriesGeological Survey of Canada Bulletin -- 319
ContributionsKerr, J.
ID Numbers
Open LibraryOL21906839M

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The Lancaster Aulacogen is a geological structure underlying Lancaster Sound and Prince Regent Inlet in the Arctic Archipelago of Nunavut, Canada. It formed as a result of extensional tectonics during the Eurekan Rifting Episode, which took place in the Canadian Arctic Rift System from the Cretaceous to the Tertiary.. References. Geology. The Canadian Arctic Rift System is a branch of the Mid-Atlantic Ridge that extends 4, km (3, mi) into the North American continent. It is an incipient structure that diminishes in degree of development northwestward, bifurcates at the head of Baffin Bay Age: Paleozoic-to-Cenozoic. The Canadian Arctic Islands and nearby mainland areas (Fig. 1) form a physiographic transition between the Atlantic and Arctic Oceans. Thus, the margins of two ocean basins are involved in this by: Was Valentine's Day created by greeting card companies? Why doesn’t lightning travel in a straight line? Why are there dogs in some zoos’ cheetah exhibits?

International Union for Quaternary Research, XII International Congress, Excursion Guide Book A-1, Bylot Island – Eastern Canadian Arctic Conference Paper (PDF Available) · January with Crustal structure of the Innuitian region of Arctic Canada and Greenland from gravity modelling: implications for the Palaeogene forms a structural divide between stepped faults dipping north towards Jones Sound and south towards Lancaster Sound (Okulitch & Trettin ) at the northwestern margin of Baffin Bay and can. Building Structural Design Handbook [Richard White, Charles G. Salmon] on *FREE* shipping on qualifying offers. Provides information vital to preliminary design, analysis, and construction of a variety of buildings. Will help engineers arrive at betterAuthor: Richard White. It provides a living classroom that demonstrates reduced energy use, superior structural and thermal performance. The structure uses a number of Nordic products, including I-joists and beams in Hi-R walls, and mortised-and- tenoned beams and columns that provide a structural framework for .

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