Volcanism and Global Environmental Change - Title page

pp iii-iii

Copyright page

pp iv-iv

Table of contents

pp v-vii

List of contributors

pp viii-xii

Preface

pp xiii-xvi

Part One - Large volume volcanism: origins, features and timing

pp 1-78

1 - Large igneous provinces and explosive basaltic volcanism

pp 3-15

2 - On the nature and consequences of super-eruptions

pp 16-29

3 - Large igneous province locations and their connections with the core–mantle boundary

pp 30-46

4 - High-precision U–Pb geochronology of Phanerozoic large igneous provinces

pp 47-62

5 - Volcanic pulses in the Siberian Traps as inferred from Permo-Triassic geomagnetic secular variations

pp 63-78

Part Two - Assessing gas and tephra release in the present day and palaeo-record

pp 79-192

6 - Volcanic-gas monitoring

pp 81-96

7 - Remote sensing of volcanic ash and sulfur dioxide

pp 97-114

8 - Quantification of volcanic reactive halogen emissions

pp 115-132

9 - Satellite and aircraft-based techniques to measure volcanic emissions and hazards

pp 133-146

10 - The origin of gases that caused the Permian–Triassic extinction

pp 147-163

11 - Volatile release from flood basalt eruptions: understanding the potential environmental effects

pp 164-176

12 - Volatile generation and release from continental large igneous provinces

pp 177-192

Part Three - Modes of volcanically induced global environmental change

pp 193-320

13 - Volcanism, the atmosphere and climate through time

pp 195-207

14 - Volcanic emissions: short-term perturbations, long-term consequences and global environmental change

pp 208-227

15 - Evidence for volcanism triggering extinctions: a short history of IPGP contributions with emphasis on paleomagnetism

pp 228-243

16 - Halogen release from Plinian eruptions and depletion of stratospheric ozone

pp 244-259

17 - The environmental and climatic impacts of volcanic ash deposition

pp 260-274

18 - Oceanic anoxia during the Permian–Triassic transition and links to volcanism

pp 275-290

19 - Spatial and temporal patterns of oceanacidification during the end-Permian mass extinction – an Earth system model evaluation

pp 291-306

20 - Environmental effects of large igneous province magmatism: a Siberian perspective

pp 307-320

Index

pp 321-324