The aim of sedimentology, studying sediments, is to derive information on the depositional conditions which acted to deposit the rock unit, and the relation of the individual rock units in a basin into a coherent understanding of the evolution of the sedimentary sequences and basins, and thus, the Earth's geological history as a whole. The scientific basis of this is the principle of uniformitarianism, which states that the sediments within ancient sedimentary rocks were deposited in the same way as sediments which are being deposited at the Earth's surface today. Sedimentological conditions are recorded within the sediments as they are laid down; the form of the sediments at present reflects the events of the past and all events which affect the sediments, from the source of the sedimentary material to the stresses enacted upon them after diagenesis are available for study. The principle of superposition is critical to the interpretation of sedimentary sequences, and in older metamorphic terrains or fold and thrust belts where sediments are often intensely folded or deformed, recognising younging indicators or graded bedding is critical to interpretation of the sedimentary section and often the deformation and metamorphic structure of the region. This book is offered with the hope that it will be a constant companion for students of this subject.



Autorentext

Ganesh Prasad has written four best-selling science books and made several award-winning documentaries. He is a geologist, research scientist and technical editor. He completed a Bachelor of Science degree in Applied Geology at the University of New South Wales in Sydney, Australia, graduating with First Class Honours in 1975. At the Third International Conference on Creationism in Pittsburgh (1994), he was presented with the Technical Excellence Award for the best technical paper, a paper on evidence for regional metamorphism within the creationist timeframe.

Titel
Introduction to Sedimentology
EAN
9789390413089
Format
E-Book (epub)
Veröffentlichung
30.06.2013
Digitaler Kopierschutz
Adobe-DRM
Dateigrösse
0.31 MB
Anzahl Seiten
267