碎屑岩
自生的
沉积沉积环境
成岩作用
地质学
腐蚀
风化作用
沉积(地质)
地球化学
分类
斜长石
地貌学
地球科学
沉积物
沉积岩
古生物学
构造盆地
计算机科学
程序设计语言
石英
出处
期刊:Special papers
[Geological Society of America]
日期:1993-01-01
卷期号:: 1-20
被引量:495
摘要
The composition of clastic sediments and rocks is controlled by a complex suite of parameters operating during pedogenesis, erosion, transport, deposition, and burial. The principal first-order parameters include source rock composition, modification by chemical weathering, mechanical disaggregation and abrasion, authigenic inputs, hydrodynamic sorting, and diagenesis. Each of these first-order parameters is influenced to varying degrees by such factors as the tectonic settings of the source region, transportational system and depositional environment, climate, vegetation, relief, slope, and the nature and energy of transportational and depositional systems. These factors are not independent; rather a complicated web of interrelationships and feedback mechanisms causes many factors to be modulated by others. Accordingly, processes controlling the composition of clastic sediments are best viewed as constituting a system, and in evaluating compositional information the dynamics of the system must be considered as whole.
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