LifeItself

Greenland's ice is melting 5-6 times faster than recently thought and Siberia's permafrost is belching giant quantities of methane into the atmosphere, see Figure 1. Perhaps then, it is time to consider seriously how we can alleviate the crushing impacts of the uncontrollable geologic forces we have unleashed by sheer greed and lack of imagination. For fun, please read my Paris OECD dinner speech I gave twelve years ago to the distinguished EU ministers of environment and transportation. This speech was (a) ignored despite presenting the most popular paper of the conference, and (b) got me blacklisted by OECD ever since. Myopia is our middle name. From Mike Haywood, 08/21/2019. Figure 1 . The Yamal crater after belching lots of methane from melting permafrost.  It is difficult to say, but you may think of this crater as of one million cows farting methane 24/7 for one year. Oops! This aerial photo was taken by the people at the Engineering and Technical Center of ...

An ocean of ink has already been spilled on pros and cons of using Hubbert curves to model production from a large collection of wells in one or many reservoirs.  In 2010, I published together with my last graduate student in Berkeley, Dr. Greg Croft, a highly cited paper on this subject. I have also commented multiple times in this blog on the different aspects of the Hubbert curve analysis, its limitations, and predictive power. Since I cannot out-talk or out-convince the numerous critics of this type of analysis, let me give you a simple example of its robustness. This particular story is as follows.  At the end of the year 2010, Greg Fenves, at that time Dean of UT's Cockrell School of Engineering in Austin, asked me to make a presentation to the School's Engineering Advisory Board (EAB).  Using the results of our recent paper with Greg Croft, I chose to speak about my new work on unconventional resources in the U.S.  On April 09, 2011, I made the presentation...