Carbonate Diagenesis and Porosity (Volume 46) (Developments in Sedimentology, Volume 46) Moore, C.H.

$73

1989 Volume 46. Hardcover has some minor wear along the sides, scuffs and marks. No dust jacket. Spine has some wear on the top and bottom. Pages are clean and the binding is secure.

A well-preserved geological gem, this 1989 volume explores carbonate diagenesis and porosity, crucial concepts in sedimentary rock formation and hydrocarbon exploration. Authored by C.H. Moore, a renowned expert, it offers invaluable insights into the Earth’s geological history. Despite lacking a dust jacket, its clean pages and secure binding make it an attractive addition to any earth science collection or library, appealing to researchers, educators, and collectors alike.

1 in stock

SKU: VB67-165 Category: Product Condition: Used

Description

1989 Volume 46. Hardcover has some minor wear along the sides, scuffs and marks. No dust jacket. Spine has some wear on the top and bottom. Pages are clean and the binding is secure.

This well-preserved copy of “Carbonate Diagenesis and Porosity” is a valuable addition to any geological library or collection. Published in 1989 as part of the prestigious “Developments in Sedimentology” series, this volume explores the complex processes that shape carbonate rocks, a crucial component of the Earth’s sedimentary record.

Authored by C.H. Moore, a renowned expert in the field, this book delves into the intricate mechanisms of diagenesis – the chemical and physical alterations that sediments undergo after deposition. With a focus on porosity, a critical factor in the exploration and extraction of hydrocarbons, this work offers invaluable insights for researchers, educators, and industry professionals alike.

Beyond its scientific merits, this book holds historical significance as a testament to the ongoing quest for understanding our planet’s geological history. Its well-preserved condition, despite the absence of a dust jacket, makes it an attractive acquisition for collectors seeking to preserve the legacy of earth science literature.

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Weight 27.84 lbs
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