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- Q3241735 subject Q7451190.
- Q3241735 abstract "The Hubbert Linearization is a way to plot production data to estimate two important parameters of a Hubbert curve; the logistic growth rate and the quantity of the resource that will be ultimately recovered. The Hubbert curve is the first derivative of a Logistic function, which has been used in modeling depletion of crude oil, predicting the Hubbert peak, population growth predictions and the depletion of finite mineral resources. The technique was introduced by Marion King Hubbert in his 1982 review paper. The geologist Kenneth S. Deffeyes applied this technique in 2005 to make a prediction about the peak production of conventional oil.".
- Q3241735 thumbnail HubbertLin_US_Lower48.svg?width=300.
- Q3241735 wikiPageExternalLink rutledge.caltech.edu.
- Q3241735 wikiPageExternalLink Hubbert%27s%20Peak,%20The%20Coal%20Question,%20and%20Climate%20Change.xls.
- Q3241735 wikiPageExternalLink 2389.
- Q3241735 wikiPageWikiLink Q1052379.
- Q3241735 wikiPageWikiLink Q10861030.
- Q3241735 wikiPageWikiLink Q1344782.
- Q3241735 wikiPageWikiLink Q2170729.
- Q3241735 wikiPageWikiLink Q3522073.
- Q3241735 wikiPageWikiLink Q3699699.
- Q3241735 wikiPageWikiLink Q383883.
- Q3241735 wikiPageWikiLink Q386191.
- Q3241735 wikiPageWikiLink Q578170.
- Q3241735 wikiPageWikiLink Q7081391.
- Q3241735 wikiPageWikiLink Q7451190.
- Q3241735 comment "The Hubbert Linearization is a way to plot production data to estimate two important parameters of a Hubbert curve; the logistic growth rate and the quantity of the resource that will be ultimately recovered. The Hubbert curve is the first derivative of a Logistic function, which has been used in modeling depletion of crude oil, predicting the Hubbert peak, population growth predictions and the depletion of finite mineral resources.".
- Q3241735 label "Hubbert linearization".
- Q3241735 depiction HubbertLin_US_Lower48.svg.