PROFESSOR E.M. LAZKO ? AN OUTSTANDING SCIENTIST AND PATRIARCH OF LVIV SCHOOL OF GEOLOGY AND PRECAMBRIAN METALLOGENY: TO THE 100TH ANNIVERSARY
Journal: Visnyk of Taras Shevchenko National University of Kyiv. Geology (Vol.71, No. 4)Publication Date: 2015-12-15
Authors : M. Shatalov;
Page : 6-10
Keywords : Ukranian shield; formations; evolution; Lower Precambrian; Early Precambrian; Archean; Proterozoic; geological formations; greenstone associations; metallogeny;
Abstract
Main, determinative for that time ideas and results of Prof. E.M. Lazko's investigations are presented. Among the main topics discussed, that form the basis and determined peculiarities of scientific school on Precambrian geology and geological-and-formation investigation developed by him at Lviv University, him about are such as specifity of early stages of the Earth's crust evolution and its irreversible development, application of paragenetic method for geologic formation investigations of Precambrian complexes and wide implementation of this method into geological practice, particularly during geological survey works on the Ukrainian shield. Main directions of the metalogenic investigations of the Early Precambrian that carried out by E.M. Lazko and their relations with geological formation researches of the shields are considered. The contribution of representatives of E.M. Lazko's scientific school in the development of formational geology, stratigraphy, magmatic geology and tectonics of Ukranian shield is considered. These investigations landmarked the creation of of integrated geological model of the early Earth's evolution.
Other Latest Articles
- Economic analysis of milk production in Parbhani district of Marathwada region of Maharashtra-A study of small scale farms
- Sustainable development through farming system approach: A study of tribal region in Central Gujarat
- An economic analysis of soybean cultivation in Hoshangabad district of Madhya Pradesh
- Researching the relationship between financial and real sectors in India
- Cytoplasmic Retention Of CDC6 Induces Premature Senescence In Immortalized Cells And Suppresses Tumor Formation In Mice
Last modified: 2016-06-15 15:27:52