Modern progress in the solution of fundamental and application tasks in the field of Earth sciences is related mainly to development of scientific-information data and information communication technologies. The databases of the portal "Geophysics'', elaborated by the Geophysical Center in the framework of the project "Electronic Earth'' of the Russian Academy of Sciences led to the solution of a complicated and resource-intensive task: exploring of the evolution and ore-bearing factors of rare-metal carbonatites and diamondiferous kimberlitic magmatism.
Rare-metal, carbonatites, diamond, kimberlites.
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2. Belov, Otechestvennaya Geologiya, no. 1, 1999.
3. Frolov, Carbonatite Deposits of Russia, 2003.
4. Frolov, Carbonatites and Kimberlites Interrelations, Minerageny, Prediction, 2005.
5. Heinrich, Geology of Carbonatites, 1966.
6. Ilupin, Geochemistry of Kimberlites, 1978.
7. Ilupin, Kimberlites Directory, 1990.
8. Janse, J. Geochem. Explor., v. 53, 1995.
9. Kharkiv, Global Indigenous Diamonds Deposits, 1998.
10. Kogarko, Alcaline Rocks and Carbonatites of the World, Part 2: Former USSR, 2000.
11. Kovalsky, Kimberlitic and Carbonatite Formations of the Eastern and South-Eastern Slopes of Anabar Anteclise, 1974.
12. Milashev, Kimberlitic Provinces, 1974.
13. Milashev, Regime and Factors of Formation of Kimberlites, 2003.
14. Vasilenko, Petrochemical Models of Diamond Deposits of Yakutia, 1997.
15. Wooley, Alcaline Rocks and carbonatites of the World, Part 1, North and South America, 1989.
16. Wooley, Alcaline Rocks and Carbonatites of the World, Part 3, Africa, 2001.
