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Coal-a window into past climate and ...

Glikson-Simpson, Miryam.

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Coal-a window into past climate and vegetation

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Coal-a window into past climate and vegetation/ by Miryam Glikson-Simpson.
作者:	Glikson-Simpson, Miryam.
出版者:	Cham :Springer International Publishing : : 2020.,
面頁冊數:	xiv, 142 p. :ill., digital ;24 cm.
內容註:	Chapter 1. General review of Permian -- Chapter 2. Systematic description -- Chapter 3. The Microfloral Assemblages; their Environmental and Climatic Interpretation -- Chapter 4. Spontaneous Combustion of Gondwana Coals.
Contained By:	Springer Nature eBook
標題:	Coal - Composition. -
電子資源:	https://doi.org/10.1007/978-3-030-44472-3
ISBN:	9783030444723

Coal-a window into past climate and vegetation
Glikson-Simpson, Miryam.

Coal-a window into past climate and vegetation[electronic resource] /by Miryam Glikson-Simpson. - Cham :Springer International Publishing :2020. - xiv, 142 p. :ill., digital ;24 cm.

Chapter 1. General review of Permian -- Chapter 2. Systematic description -- Chapter 3. The Microfloral Assemblages; their Environmental and Climatic Interpretation -- Chapter 4. Spontaneous Combustion of Gondwana Coals.

This book focuses on the Permian time slice in the geological history of Gondwana, which includes Australia, India, South Africa, Antarctica and South America. Coal is an organic rock, the product of compressed and 'cooked' plants. The exact formation of coal via physicochemical reactions, burial and subsidence is the subject of numerous books. The vast thick coal deposits characterising Gondwana formed from special kind of trees termed the Glossopteris Flora. These trees shed their leaves in winter and with the rest of their remains decayed and through subsidence and burial formed the coal. Pollen preserved from these plant communities has been concentrated and isolated and is the focus of this book. The first plant communities as can be seen from the pollen graphs in this book were impoverished in species. The Permian era started with a very cold climate and as the climate warmed more and more diverse vegetation took hold. The emergence of different forms of pollen at certain times in the Permian is used as an indicator of climatic change. Furthermore, the predominance of algal spores in some samples and lack of representation by pollen of Glossopteris point to significant changes in the climate which led to the disappearance of their pollen and the accumulation of spores representing algal communities. These climate induced changes are noticed in their completed transformation after a long time span; small changes are evident during a lifetime of Earth's inhabitants. Today, in our lifetime, we can see and witness the drying of many lakes across the Earth and their total disappearance from maps of only 50 years ago is a testimony to a climatic change taking place. The time of a 'complete' change in the Permian is possible to calculate. However, to determine the duration and maximum change in the climate of the earth today is impossible due to the apparent acceleration of the process by industrial activities of our species. Chapter 4 in the book deals with the special characteristics of the Permian coals of Gondwana and the special plant community which made them. The composition of these coals on a microscopic level shows them to be rich in hydrocarbons, more than other coals. The Permian coals of India and Australia generate 'heavy' oil which is retained within the coal matrix as bitumen and is a potential source of methane. This chapter demonstrates through a pilot study the potential for explosion in the Permian Gondwana coals through their propensity to spontaneous combustion and methane generation.

ISBN: 9783030444723

Standard No.: 10.1007/978-3-030-44472-3doiSubjects--Topical Terms:

3529690
Coal
--Composition.

LC Class. No.: TP325 / .G55 2020

Dewey Class. No.: 553.24

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520 $a This book focuses on the Permian time slice in the geological history of Gondwana, which includes Australia, India, South Africa, Antarctica and South America. Coal is an organic rock, the product of compressed and 'cooked' plants. The exact formation of coal via physicochemical reactions, burial and subsidence is the subject of numerous books. The vast thick coal deposits characterising Gondwana formed from special kind of trees termed the Glossopteris Flora. These trees shed their leaves in winter and with the rest of their remains decayed and through subsidence and burial formed the coal. Pollen preserved from these plant communities has been concentrated and isolated and is the focus of this book. The first plant communities as can be seen from the pollen graphs in this book were impoverished in species. The Permian era started with a very cold climate and as the climate warmed more and more diverse vegetation took hold. The emergence of different forms of pollen at certain times in the Permian is used as an indicator of climatic change. Furthermore, the predominance of algal spores in some samples and lack of representation by pollen of Glossopteris point to significant changes in the climate which led to the disappearance of their pollen and the accumulation of spores representing algal communities. These climate induced changes are noticed in their completed transformation after a long time span; small changes are evident during a lifetime of Earth's inhabitants. Today, in our lifetime, we can see and witness the drying of many lakes across the Earth and their total disappearance from maps of only 50 years ago is a testimony to a climatic change taking place. The time of a 'complete' change in the Permian is possible to calculate. However, to determine the duration and maximum change in the climate of the earth today is impossible due to the apparent acceleration of the process by industrial activities of our species. Chapter 4 in the book deals with the special characteristics of the Permian coals of Gondwana and the special plant community which made them. The composition of these coals on a microscopic level shows them to be rich in hydrocarbons, more than other coals. The Permian coals of India and Australia generate 'heavy' oil which is retained within the coal matrix as bitumen and is a potential source of methane. This chapter demonstrates through a pilot study the potential for explosion in the Permian Gondwana coals through their propensity to spontaneous combustion and methane generation.
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