Fracture and satellite hyperspectral analysis for petroleum exploration

John R. Everett; Ronald J. Staskowski; Robert D. Jacobi

Fracture and satellite hyperspectral analysis for petroleum exploration

John R. Everett
, Ronald J. Staskowski
, Robert D. Jacobi

Earth Sciences

Research output: Contribution to specialist publication › Article

1 Scopus citations

Abstract

A review on fracture and satellite hyperspectral analysis for petroleum exploration was presented. The remote sensing technique enables correlating fracture density and productivity, orienting horizontal wells, finding vegetation differences related to fracture zones and focusing seismic surveys. It is suggested that one can use satellite data to focus more expensive exploration tools in search for fractured reservoirs.

Original language	English
Pages	44-48
Number of pages	5
Volume	224
No	11
Specialist publication	World Oil
State	Published - Nov 2003

Cite this

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title = "Fracture and satellite hyperspectral analysis for petroleum exploration",

abstract = "A review on fracture and satellite hyperspectral analysis for petroleum exploration was presented. The remote sensing technique enables correlating fracture density and productivity, orienting horizontal wells, finding vegetation differences related to fracture zones and focusing seismic surveys. It is suggested that one can use satellite data to focus more expensive exploration tools in search for fractured reservoirs.",

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year = "2003",

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AU - Staskowski, Ronald J.

AU - Jacobi, Robert D.

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N2 - A review on fracture and satellite hyperspectral analysis for petroleum exploration was presented. The remote sensing technique enables correlating fracture density and productivity, orienting horizontal wells, finding vegetation differences related to fracture zones and focusing seismic surveys. It is suggested that one can use satellite data to focus more expensive exploration tools in search for fractured reservoirs.

AB - A review on fracture and satellite hyperspectral analysis for petroleum exploration was presented. The remote sensing technique enables correlating fracture density and productivity, orienting horizontal wells, finding vegetation differences related to fracture zones and focusing seismic surveys. It is suggested that one can use satellite data to focus more expensive exploration tools in search for fractured reservoirs.

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Fracture and satellite hyperspectral analysis for petroleum exploration

Abstract

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