Mathematical Geoenergy, Discovery, Depletion, and Renewal, Wiley, Daniel Challou, Dennis Coyne, Paul Pukite,Geology, geomorphology and the lithosphere,Earth sciences,
oil discovery; oil depletion modeling; oil depletion; oil depletion analysis; peak oil; peak oil modeling; peak oil interpretation; energy renewal; geoenergy; mathematical geoenergy modeling; geoenergy prediction models; renewable energy; renewable energy modeling; stochastic modeling; fossil fuel discovery; fossil fuel depletion; fossil fuel depletion modeling; oil reserve discovery; oil reserve modeling; oil production; oil production modeling; energy transition; geophysical energy; future energy production; future energy production modeling; oil reservoir sizing; logistic peak oil derivation; energy science; energy resource modeling; fossil fuel transition; energy use data; energy use analysis; energy use modeling; depletion forecasting; oil depletion interpretation; wind energy; wave energy; geophysical energy; thermal energy
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Geophysical Monograph Series, United States, en-UShttps://www.wiley.com
oil discovery; oil depletion modeling; oil depletion; oil depletion analysis; peak oil; peak oil modeling; peak oil interpretation; energy renewal; geoenergy; mathematical geoenergy modeling; geoenergy prediction models; renewable energy; renewable energy modeling; stochastic modeling; fossil fuel discovery; fossil fuel depletion; fossil fuel depletion modeling; oil reserve discovery; oil reserve modeling; oil production; oil production modeling; energy transition; geophysical energy; future energy production; future energy production modeling; oil reservoir sizing; logistic peak oil derivation; energy science; energy resource modeling; fossil fuel transition; energy use data; energy use analysis; energy use modeling; depletion forecasting; oil depletion interpretation; wind energy; wave energy; geophysical energy; thermal energy
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