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The Igol’sko-Talovoe oilfield is one of the largest oilfields in southeastern West Siberia, which provides reference for Upper Jurassic reservoirs of the area. The reported studies included integrated interpretation of seismic and well-log data, mapping of tectonic and paleotectonic patterns and sediment thicknesses, as well as seismic-geological and basin modeling. The results were used for tectonic analysis and allowed reconstructing the history of the Igol-Talovoe dome uplift that traps Upper Jurassic oil accumulations. Local uplifts on the Jurassic surface within the Igol-Talovoe dome originated in the Neocomian above basement uplifts produced by erosion and tectonic activity. The local domes merged into a large anticlinal trap as a result of regional-scale vertical crust movements in the Cenozoic. Analysis of the Upper Jurassic hydrocarbon system and basin modeling show that oil generation by the Bazhenov Formaton source rocks began in the Turonian, culminated in the Cenozoic, and continues at present. The process has led to complete filling of the anticlinal trap and formation of the large Igol’sko-Talovoe oilfield. Geological and geophysical data suggest the same scenario for all Upper Jurassic reservoirs in southeastern West Siberia.

This study presents the results of geochemical analysis of organic matter and paleogeographic reconstructions supplemented by data from well log interpretation and cyclostratigraphic analysis for the Vasyugan, Georgiev, and Bazhenov Horizons of the Callovian-Lower Berriasian section in the western part of the Yenisei-Khatanga regional trough and adjacent areas of the West Siberian geosyneclise. It has been found that each horizon contains zones dominated by terrigenous, mixed, and aquatic organic matter. The distribution of different types of organic matter over the area and throughout the section was examined. It was shown that the accumulation of aquatic organic matter took place in the deepest parts of the trough during the Callovian-Oxfordian. The area of accumulation of aquatic organic matter expanded considerably and reached its maximum extent within the Bolshaya Kheta megasyneclise during the Kimmeridgian and Early Volgian and in the west Yenisei-Khatanga regional trough during the Volgian and Early Berriasian.

At present, sounding methods based on the effect of electromagnetic pulses on the environment are widely used for marine exploration of hydrocarbon deposits. The exploration is performed using research systems with special equipment fixed in the water column. The goal of this work is to develop equipment and methods for marine electrical prospecting that would allow reliable predictions of petroleum fields in the underlying environment with reduced labor intensity of the necessary surveys. For this purpose, a subsurface array for marine electrical prospecting during vessel movement is proposed. The effective frequencies, current strengths in cables, and the size and efficiency of the array are determined using both the theoretical knowledge of the operation of similar arrays in similar environments and numerical simulation of the developed array. The 3D finite element method is used for mathematical modeling.

Thermal regime in borehole is simulated by water-filled vertical channel passing through the rock massif. A constant temperature gradient is maintained at the external borders of the massif. Results of numerical simulation of natural thermal convection arising in the channel are presented. Analysis of the results shows the existence of two types of convective thermal effects disturbing the natural temperature field: transient effect, which manifests itself as temperature oscillations around the mean temperature value at a given depth, and quasi-stationary effect causing distortion of natural temperatures and temperature gradient. The obtained statistical relations for estimation of the characteristics of thermal effects and convection flow velocities agree with the data recorded in real boreholes.

The approaches to the determination of place and role of the economic universities in the Russian education are examined. The idea of universities performance assessment based on the appraisal of intellectual capital is proposed and justified. The value of intellectual capital is defined considering the degree of achievement of goals and objectives determined by the strategy of the university. The main provisions of the strategy Novosibirsk State University of Economics and Management are provided.

Planning optimization of the enterprise work in conditions of risk and uncertainty appears to be a multi-level system models. On the upper level of the achievement of the strategic indicators is provided in the development and implementation of innovations in conditions of the greatest risk. Approval of strategic decisions with tactical plans based on the idea of risk management through the establishment of stochastic reserves. Organization of operations management appears to be iterative, moving process (to reduce risks in production) and can be implemented given the constraints of tactical management.

The article on the basis of statistics of the World Bank describes modern status of Russian economy against economies of other countries. The main provisions of the programs of development of Russian economy, drawn out by the staff of the Institute for National Economic Forecasts of the Russian Academy of Sciences and the staff of the Institute of Economic Growth named after P.A. Stolypin, are also described. The need for development of the financial methods, aimed at assessment of efficiency of real investment and increase in cost of domestic companies, for implementation of the provisions of the programs, eventually - for development of Russian economy, is justified.

The article offers a methodological approach to construction of the system of management of investment strategy implementation at the municipal level. New functionality for organization of investment activity and its distribution between services is offered in relation to the existing system of municipal formations management. Tools of stimulation, support and maintenance of the investment strategy by groups of investment projects, reflecting responsibilities of municipalities regarding development of social and production infrastructure, local economy, are developed as an element of the system of management of the municipal investment strategy.

The article considers the problems of the analysis of the environmental safety in Russia against the world community. The research describes the experience of formation of the environmental indicators by various international organizations (IEA, OECD, World Bank, ECE etc.). A parallel was drawn with the Russian statistical database and the differences were revealed. A unique indicator system was formed, it is reasonable to use it at the Russian and international level for the analysis of the environmental safety of the territories. The suggestions for enhancement of the indicator system, used for assessment of the environmental state at the world and domestic level, were developed. The algorithms of measurement of the environmental sustainability of various territorial units were offered. A complex of economical-mathematical and statistical methods was used to carry out the study. The groupings, typologies and classifications of the countries by the level of the environmental sustainability were obtained as a result. The problem points, aggravating the environmental situation of the territories under investigation, were also revealed, and the ways to overcome them were pointed out.

The aim of this work is to show features of the population morbidity dynamics of theSiberian Federal district and its regions for the period 1995-2015 on the background ofchanges in the population morbidity of the other Federal districts of the Russian Federation.It is shown that the SFD is consistently ranked the first places in many of the mainclasses of diseases, and first of all the main contributors to the mortality and disablementof the population. The first places in morbidity in SFD combined with the younger agestructure of the population than in Russia on average. In the SFD the Altai region standsout sharply in a negative direction with the highest morbidity.