In: Wagner W., Székely, B. (eds.): ISPRS TC VII Symposium - 100 Years ISPRS, Vienna, Austria, July 5-7, 2010, IAPRS, Vol. XXXVIII, Part 7B
627
west and to east from the researches territory. Drilling confirms
the reliability of prognosis research results.
Results of our exploration on the north of Western Siberia
and the Yamalo-Nenetskiy Region were tested by drilling. Two
prospecting wells were recommended within the limits of two
potential areas. Both prospecting wells are producing an
efficient oil production rate.
The above mentioned results of works for forecasting pools
on the remotely sensed data and estimations of reliability of the
received results by test drilling in areas with completely
different physics-geographical conditions, geological structures
and type of deposits, on our opinion, convincingly testify to an
opportunity, reliability and expediency of realization of such
researches with use of the offered technique of works.
3. CONCLUSION
Analysis of results of works by the quantitative prognosis
estimation of oil-and-gas content, were fulfilled with the use of
the developed technology, on territory about 18.000 sq. km.
Their result allows doing the following conclusions:
1) . The offered technology of works allows executing
quantitative prognosis estimation of potential of pools for
territories with different natural-climatic conditions, geological
structure and character of structures. Authenticity of results of
prognosis in most cases is confirmed by data of the boring
drilling.
2) . The results of prognosis estimation of oil-and-gas content of
territory are appeared in a quantitative form. It allows executing
the complex analysis of its data with materials of geologic-
geophysical researches and is increasing probability of
reliability and efficiency of results of prognosis.
3) . Prognosis researches are conducted operatively for different
territories, regardless of time of year, in the different natural-
climatic conditions and in the required scales. Result is shorted
time for acceptance of decisions on conducting of the detailed
explorations.
4) . Concentration of works on the most perspective sites, were
selecting on the results of quantitative prognosis estimation of
oil-and-gas content of territory, allows to shorten financial
expenditures and period of conducting of the exploration. For
example, prognosis works for license site about 1000 sq. km. on
territory of Russia was executed for 7 months, and was shorted
the financial expenditures on 2.500.000 USD. Detailed survey
for oil-and-gas accumulation for territory about 12.000 sq. km
on the Arabian peninsula for 7 months was executed.
5) The offered technology of works can be used and for
prognosis estimation of potential of territory on the discovery of
ore mineral resources.
P. Kronberg. 1988. Remote study of Earth. Bases and methods of
the remote researches in geology. Mir. Moscow, p. 349. (in
Russian).
V.A. Nagorskiy. 1970. Evaluation of sequences of geological
objects and features are used how the basis of quantitative
prognostication. Edition “Questions of geochemistry, mineralogy,
petrology and ore-bearing rock”. Naykova dymka. Kiev. p. 163-
169. (in Russian).
V.A. Nagorskiy, A.V. Netreba, V.S. Tepikin. 2004. The «Kiev-
Geoprognoz system» how a new level of spatial-stochastic
geologic-geophysical, geochemical and aerospace information for
the use for effective prognostication of minerals. Edition “The
theoretical and applied aspects of geoinformation” V.l. Kiev. p.
81-89 (in Russian).
V.A Nagorskiy, L.A Prikazchikov, V.V Skvortsov, A.Y.
Hodorovsky. 1971. Spatial-probabilistic prognostication. Bases of
scientific prognosis of deposits of ore and non-metallic minerals.
VSEGEI. Leningrad., p. 68-69. (in Russian).
V.A. Nevskiy. About some regularity placing of hydrothermal of
mineralization in the large breaking and more shallow faults. IGN
AS USSR. V.l62. 120-129 p. (in Russian).
U. V.Nechaev, E.A. Rogogin. 1991. Analysis of the tectonic
fragmentation of seat region of the Spitak's earthquake.. Report
AS USSR, v.320 №6. p. 1441-1445 (in Russian).
Patent 32050 Ukraine. MPK (2006) G01V 9/00, G01V 11/00. The
method of prognostication of deposits of minerals. V.l. Lyalko,
V. A. Nagorskiy, A.J.Elodorovsky, A.A.Apostolov, A.B.Vostokov.
04. 25. 2008. Bulletin #8 (in Ukrainian).
REFERENCES
V.L Lyalko, M.A. Popov. 2006. Multispectral remote sensing
in nature management. “Scientific book project”. Kiev. p. 360.
D.M.Trofimov, L.P.Polkanova. 1988 Aerospace of research are
fulfill for regional stage of geological survey on an oil and gas.
Nedra. Moscow. 160 p. (in Russian).
E. Barret, L. Kurtis. 1979. Introduction in space physical
geography. M. Progress, (in Russian).
Y.G. Kats, A.V. Tevelev, A.I. Poletaev. Bases of space
geology. Nedra. Moscow. 988- 235 p. (in Russian).
V. I. Kravtsova, E.K. Kozlova, Y.I. Fivenskiy. 1985. Space
images (methodical guidance). MGU. Moscow., (in Russian).