Plant Life Through the Ages A Geological and Botanical Retrospect [Paperback]

Published in 1931 for non-specialist readers, this engaging book explains what plant fossils can tell us about prehistoric times.Aimed at non-specialists, this is an introduction, published in 1931, to the field of palaeobotany. Seward describes the basics of geology and palaeobotany and explains how the interpretation of fossilised plant remains, even though the evidence is fragmentary, can shed light on the natural world of successive prehistoric periods.Aimed at non-specialists, this is an introduction, published in 1931, to the field of palaeobotany. Seward describes the basics of geology and palaeobotany and explains how the interpretation of fossilised plant remains, even though the evidence is fragmentary, can shed light on the natural world of successive prehistoric periods.Published in 1931 to complement Seward's magisterial four-volume textbook Fossil Plants, this book is a digest of his earlier detailed study, written for a non-specialist audience as an introduction to the field of palaeobotany. Seward begins by describing the basics of geology and palaeobotany in order to explain how the interpretation of fossilised plant remains found in rocks can shed light on the natural world of prehistoric times. He then covers geological periods in chronological sequence, from the Pre-Cambrian to the Quaternary. Throughout, he emphasises the fragmentary nature of the evidence and the difficulties in extrapolating from the surviving fossil record, but he also explains the great discoveries made in the field and how they came about. The accompanying drawings give an impression of the likely combinations of plants found in each period, allowing the reader to visualise the different landscapes evoked in Seward's engaging prose.Preface; List of illustrations; 1. Introductory; 2. The crust of the earth; 3. Geological cycles; 4. Other aspects of geological history; 5. Preservation of plants as fossils; 6. A classification of plants; 7. The earliest records of plant-life: l³G