Um, CO2 doesn't have any hydrogen in it either. But my point was that your statement that fossil fuels are made from CO2 really doesn't sound like something a scientist would say. Or anybody who took highschool chemistry would say for that matter. And you have claimed to be a scientist in your 'we scientists' line in another post.
That's why I said hydrogen, mostly from water.
Every scientist that I know would agree that the carbon in hydrocarbon fuels was originally in the atmosphere as CO2. It has been sequestered underground since the Carboniferous Period. Thus allowing the climate that we've built civilization around. When hydrocarbon fuels are burned it is returned to the atmosphere and does what it did and what all greenhouse gasses do. Warms the climate. Continuing to do what we've done for the last 100+ years will change the climate to one that requires rebuilding much of civilization to accomodate a new environment. Move our farms to where the water will be, move our cities inland away from the rising sea, and prepare for more violent weather.
That's where ignorance of science will lead humanity unless we continue to ignore you.
I have only six hours of college geology, but that is enough, Sir, to be pretty damn sure you don't have a clue what you are talking about. I suggest you read up on the Carboniferous period, why it is called that, and the process of creating fossil fuels before you embarrass yourself any further.
LOL. From your posts, I would say that you have never learned much in that class. And my last Geology class was Eng. Geology, 470/570.
No, I did not finish then, and so now I am in the process of finishing. 22 credits this year, while working 40 to 45 hours a week as a millwright in a steel mill.
And there are many petroleum deposites from the Tertiary.
http://cseg.ca/assets/files/resources/abstracts/2003/440S0203.pdf
ABSTRACT
This story was born in the South Atlantic margin basins, skipped along East Africa and progressed around SE Asia. We show examples in Tertiary sequences in basins (Congo Fan, Angola; Baram Delta, NW Borneo; Campos Basin, Brazil; Pearl River Mouth Basin, China; Rufiji Trough/Lamu Basin of Kenya/Tanzania; Niger Delta, Nigeria) where striking correlations were observed between geologic features that control sedimentation and signatures of multiple potential field attributes.
Working in a GIS environment enabled faster, more precise interpretations and digital presentation of results. Stacking hundreds of geo-referenced images from published experts on GETECHÂ’s multi-featured potential fields data allowed the reinterpretation, realignment and extrapolation of long-recognized features. Data signatures in map view yielded unexpected geologic inferences using simple tools and basic concepts.
The study began with reinterpreted extents of continental, oceanic and mixed crust to help investigate hydrocarbon maturation. However, the regional work revealed surprising correlations between gravity imagery and published reservoir and source distributions such as:
- inter-raft sediment pathways, post-salt depocentres and unconfined basin floor fans, Congo Fan
- basement control on Oligocene fans, bypass zones and source pod locations, Campos Basin
- correlations between gas hydrates, toe thrust belts and basement structure, Niger Delta
- hydrocarbon migration catchments offshore Kenya/Tanzania
- projections of base of slope/basin floor fans, offshore NW Borneo
http://pubs.usgs.gov/pp/p1625a/Chapters/ES.pdf
The current coal resource assessment investigations in the Northern Rocky
Mountains and Great Plains region concentrated on selected coal beds and zones in
rocks of Tertiary age in four basins—coal resources that are most likely to be
utilized in the next 20-30 years. These coal deposits are described in detail and
estimates of quantity and quality are made for the Powder River Basin in Wyoming
and Montana, the Williston Basin in North Dakota, the Greater Green River Basin in
Wyoming, and the Hanna-Carbon Basin in Wyoming. Coal availability and
recoverability for selected areas in the Powder River Basin are assessed, as well.
Table ES-1 summarizes the total resources in millions of short tons in each of the
four assessed basins. In other basins in the region, Tertiary coal resources that are
less likely to be utilized in the next 20-30 years are summarized but were not
assessed. These unassessed areas include the Bighorn Basin, Wyoming; Bull