Core-Mantle Co-Evolution: An Interdisciplinary Approach (Hardcover)

1. Unravelling the Core-Mantle interaction: An integrated approach. Nakagawa, T. (JAMSTEC), Satish-Kumar, M. (Niigata Univ.) and Tsuchiya, T. (Ehime Univ.)

Part 1: Deep Earth Mineralogy: Technical developments for Earth’s deep interior

2. Deep Earth and planetary interior mineralogy. Irifune, T. (Ehime Univ.) and others

3. Precise elastic wave velocity measurement in the whole of lower mantle condition. Higo, Y.(JASRI) & Inoue, T., (Hiroshima Univ.)

4. Deformation experiments under lower mantle pressures: Implications on mantle convection processes. Nishihara, Y., (Ehime Univ.)

5. Stability of hydrous minerals and transportation of water in the deep lower mantle. Nishi, M. (Ehime Univ.) & Tsuchiya, J.

6. Physical properties of magmas and molten iron alloys in the Earth's deep interior. Suzuki, A. (Tohoku Univ.) & Terasaki, H. (Osaka Univ.)

Part 2: Lower Mantle Heterogeneity and its implications to core-mantle interaction

7. Seismic velocity structure in the lower mantle revealed by international seismic arrays. Tanaka, S. (JAMSTEC)

8. Geoneutrino Observation. Takeuchi, N., T. (ERI, Tokyo Univ.) and others

9. Dynamics of subducted crustal materials and chemical heterogeneity in the lower mantle. Tsuchiya, T., (Ehime Univ. ) Kawai, K. (Tokyo Univ. ) and Nakagawa, T., (JAMSTEC)

10. Geochemical evolution of mantle over 3.5 billion years. Kimura, J., (JAMSTEC) and others

11. NanoSIMS Analysis of trace elements and it application in high pressure experiments. Sano, Y., (Tokyo Univ.) and others

12. Isotope partitioning in deep earth. Nomura, R. (Ehime Univ.) and others

Part 3: Structure and chemistry of Earth’s core to reconcile the core-mantle interaction

13. Seismic velocity structure in the vicinity of the inner core boundary. Ohtaki, T. (AIST)

14. Rheology of hcp-iron and the dynamics of core. Yamazaki, D. (Okayama Univ.) and others

15. Light elements and their possible isotopic composition in the core. Satish-Kumar, M. (Niigata Univ.) & Kameda S., (Tohoku Univ.)

16. Observation of the internal structure of the Earth with high energy neutrinos. Tanaka, H.K.M. (ERI, Tokyo Univ.)

Part 4: Core-mantle interaction and co-evolution: Current status and synthesis

17. Core-mantle interaction through diffusion and infiltration at the core-mantle boundary. Yoshino, T. (Okayama Univ.)

18. Isotopic perspective of core-mantle interaction and its early evolution. Suzuki, K., (JAMSTEC) and others

19. Thermal conductivity of deep Earth materials and heterogeneity in the lowermost mantle and inner core. Ohta, K. (Tokyo Inst. Tech.) and others

20. Local geomagnetic jerks and electrical conductivity of the deep mantle. Shimizu, H., (ERI, Tokyo Univ.)

21. Core-mantle interaction and co-evolution. Nakagawa, T., (JAMSTEC) and others