Early Permian Tarim Large Igneous Province in Northwest China （塔里木早二叠世大火成岩省）

封面

版权信息

Advances in China's Basic Research Editorial Board

Preface to the Series

Preface

1 Introduction

1.1 Tectonic Evolution of the Tarim Block

1.2 Brief Introduction to LIPs

1.3 Research History on the Early Permian Tarim Large Igneous Province (Tarim LIP)

References

2 Tempo-Spatial Features of the Tarim LIP

2.1 Lithological Characteristics of Different Rock Units in the Tarim LIP

2.2 Spatial Distribution of the Tarim LIP

2.3 Time Sequence of the Tarim LIP

References

3 Geochemical Features of the Tarim LIP Rocks and Implications for the Magma Evolution

3.1 General Geochemical Features of the Tarim LIP Rocks

3.2 Geochemical Features of the Three Basalt Groups

3.3 Geochemical Features of the Bachu Intrusive Rocks

3.4 Effects of Crustal Contamination on the Tarim CFBs

3.5 Implications for Source Isotopic Heterogeneity and Plume–Lithosphere Interaction in the Tarim LIP

References

Supplementary Table I Characteristic geochemical and Sr–Nd–Hf isotopic compositions of different igneous rock units in the TLIP

Supplementary Table I's References

4 Geodynamics of the Tarim LIP

4.1 Relationship Between the Tarim LIP and the Mantle Plume

4.2 Geochemical Comparison with other Permian Magmatism in Central Asia

4.3 Geodynamic Model of the Tarim LIP

References

5 Metallogenesis of the Tarim LIP

5.1 Wajilitag Fe-Ti-V Oxide Deposit

5.2 Cu–Ni–PGE Mineral Resource Potential in the Tarim LIP

References

Supplementary Table II Chemical compositions of olivine in the Wajilitag deposit

Supplementary Table III Chemical compositions of clinopyroxene in the Wajilitag deposit

Supplementary Table IV Chemical compositions of magnetite in the Wajilitag deposit

Supplementary Table V Chemical compositions of ilmenite in the Wajilitag deposit

Supplementary Table VI Chemical compositions of the coexisting magnetite–ilmenite in the Wajilitag deposit