Evolution of the Arborescent Gymnosperms 2 Volume Hardback Set

Auteur

Christopher N. Page (1942-2022) held a first class bachelor's degree in geology and a PhD in cytogenetics. Following positions at the University of Queensland and University of Oxford, he joined the Royal Botanic Garden in Edinburgh as a specialist tree scientist. This provided him with a base for half a century of global study of conifers and ferns, including more than 10 cumulative years spent in the field on every continent except Antarctica. After leaving Edinburgh, he joined the University of Exeter in his retirement, where he continued to study ancient plant groups by integrating multi-sourced plant data with phylogenetic arrays. The author of 8 books and 150 journal papers, Dr Page was best known for bridging fields as diverse as geology, palaeobotany, evolutionary biology, biodiversity, genetics and modern molecular studies in order to develop environmental-evolutionary interpretations and applications. He was awarded two scientific Gold Medals - fittingly one for plant biology from the Indian Pteridological Society and one for geology from the Royal Geological Society of Cornwall. This treatise on gymnosperms, the manuscript for which was completed shortly before his death, is the culmination of 54 years of research, teaching and field study.

Texte du rabat

This two-volume reference set, covering the Northern and Southern Hemispheres, provides a comprehensive description of the evolution and diversity of the arborescent gymnosperms, illustrated with distribution maps, form silhouettes and a wealth of colour plates. Invaluable to researchers in palaeobotany, geobiology and evolutionary biology.

Contenu

Preface and acknowledgements; Structure of the two volumes; Part I. Aims, Approaches and Methodologies: Part II. Phylogenetic Bases and Revised Taxonomic Structure: Part III. Living Arborescent Gynosperm Genetic Presentations: 1. Ginkgo; 2. Picea; 3. Cathaya; 4. Pinus; 5. Larix; 6. Pseudotsuga; 7. Abies; 8. Nothotsuga; 9. Tsuga; 10. Keteleeria; 11. Pseudolarix; 12. Cedrus; 13. Taxus; 14. Pseudotaxus; 15. Austrotaxus; 16. Cephalotaxus; 17. Amentotaxus; 18. Torreya; 19. Sciadopitys; 20. Cupressus; 21. Hesperocyparis; 22. Chamaecyparis; 23. Fokienia; 24. Thujopsis; 25. Thuja; 26. Xanthocyparis; 27. Juniperus; 28. Platycladus; 29. Microbiota; 30. Calocedrus; 31. Neocallitropsis; 32. Callitris; 33. Actinostrobus; 34. Widdringtonia; 35. Tetraclinis; 36. Libocedrus; 37. Papuacedrus; 38. Austrocedrus; 39. Pilgerodendron; 40. Diselma; 41. Fitzroya; 42. Cryptomeria; 43. Glyptostrobus; 44. Taxodium; 45. Sequoia; 46. Sequoiadendron; 47. Metasequoia; 48. Cunninghamia; 49. Taiwania; 50. Athrotaxis; 51. Araucaria; 52. Wollemia; 53. Agathis; 54. Podocarpus; 55. Retrophyllum; 56. Nageia; 57. Afrocarpus; 58. Dacrydium; 59. Dacrycarpus; 60. Falcatifolium; 61. Acmopyle; 62. Halocarpus; 63. Lagarostrobos; 64. Manoao; 65. Parasitaxus; 66. Prumnopitys; 67. Sundacarpus; 68. Pectinopitys; 69. Microcachrys; 70. Phaerosphaera; 71. Phyllocladus; 72. Saxegothaea; 73. Lepidothamnus; Part IV. From Ecosystem Services to Conservation and Sustainability: Bibliography; Genus index.