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Title: Econometrics of exhaustible resource supply: a theory and an application. Final report

Technical Report ·
OSTI ID:5493925

An econometric model of US oil and natural gas discoveries is developed in this study. The econometric model is explicitly derived as the solution to the problem of maximizing the expected discounted after tax present value of revenues net of exploration, development, and production costs. The model contains equations representing producers' formation of price expectations and separate equations giving producers' optimal exploration decisions contingent on expected prices. A procedure is developed for imposing resource base constraints (e.g., ultimate recovery estimates based on geological analysis) when estimating the econometric model. The model is estimated using aggregate post-war data for the United States. Production from a given addition to proved reserves is assumed to follow a negative exponential path, and additions of proved reserves from a given discovery are assumed to follow a negative exponential path. Annual discoveries of oil and natural gas are estimated as latent variables. These latent variables are the endogenous variables in the econometric model of oil and natural gas discoveries. The model is estimated without resource base constraints. The model is also estimated imposing the mean oil and natural gas ultimate recovery estimates of the US Geological Survey. Simulations through the year 2020 are reported for various future price regimes.

Research Organization:
Carnegie-Mellon Univ., Pittsburgh, PA (USA)
DOE Contract Number:
AC02-79ET60003
OSTI ID:
5493925
Report Number(s):
DOE/ET/60003-1; ON: DE82010056
Country of Publication:
United States
Language:
English