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. // Tomsk State Pedagogical University Bulletin. 1998. Issue 1 (4). P. 10-17

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. // Tomsk State Pedagogical University Bulletin. 1998. Issue 5 (8). P. 3-9

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Problem of natural dynamic system description // Tomsk State Pedagogical University Bulletin. 2000. Issue 2 (18). P. 21-27

We suggest the complex approach to the research of the changing natural fields. This approach consists of two stages: assigning components from the time rows in the each point of space and classification of the all components. It was shown that classification allows us to find the interior regularities of the natural fields.

Interior structure of the temperature field in Tomsk region // Tomsk State Pedagogical University Bulletin. 2000. Issue 2 (18). P. 33-39

Suggested approach of geophysical fields researching was realised for the Tomsk region temperature field. It was revealed and cartographicated characteristics of researched field. Revealed interiour annual movement amplitude dependence of the average temperature meaning It's showed that for the com-parely small regions with the moderately compact measuring net that dependence has the same character as for the North Hemisphere. Also demonstrated the impact of that dependence on the calendar monthes trend forming

Circulating Conditions of the Forming Precipitation Fields of the Warm Year Period on the Tomsk Region // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 87-92

In the present work are revealing 10 types of the circulating processes on the basis of the genetic approach to classification of synoptic processes for Tomsk area. Five processes among them concern to cyclone types, three processes relate to the clear anticyclone type and the last two belong to small - gradient fields. Also, is shown the influence of each type of synoptic processes in the forming of the precipitation, both on the areas and at the each station

Forming of the Long Term Trend Precipitation Field above Asiatic Area of Russia // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 92-97

Numerical values of the long-term trend components for 129 points of Asiatic area of Russia are estimated. The typical trend fields are determined and classification of long-term trends is executed