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The currently used model of subsurface oil, coal, gas production works. Its predictable and usable. "Dinosaurs" are not a critical part of the model, that's just silly hyperbole to make things memorable to those knuckleheads whose simple minds are easily blown. Coastal wetlands and bogs produce loads of buried organic material.
The alternative hypothesis of deep earth production (which is actually pretty old, I learned about it in undergrad school 50 years ago) does not work. It's actually been tested by intelligently designed deep (really deep) drilling programs and the amount and types of oil recovered is easily attributable to the hydraulic systems used to do the drilling. Furthermore the deep earth temperatures are high enough to destroy complex molecules like hydrocarbons, not produce them. Nobody spends money on trying to produce oil from deep earth sources because it doesn't work.
I know that recent events have caused elevated skepticism about a lot of things, but lets not throw out the baby with the bathwater.
Clinically demonstratable ineffectiveness.
The currently used model of subsurface oil, coal, gas production works. Its predictable and usable. "Dinosaurs" are not a critical part of the model, that's just silly hyperbole to make things memorable to those knuckleheads whose simple minds are easily blown. Coastal wetlands and bogs produce loads of buried organic material.
The alternative hypothesis of deep earth production (which is actually pretty old, I learned about it in undergrad school 50 years ago) does not work. It's actually been tested by intelligently designed deep (really deep) drilling programs and the amount and types of oil recovered is easily attributable to the hydraulic systems used to do the drilling. Furthermore the deep earth temperatures are high enough to destroy complex molecules like hydrocarbons, not produce them. Nobody spends money on trying to produce oil from deep earth sources because it doesn't work.
I know that recent events have caused elevated skepticism about a lot of things, but lets not throw out the baby with the bathwater.
Clinically demonstratable ineffectiveness.
Aliens.They've said for years that oil comes from microscopic plankton and microorganisms. My question has always been, how did those microorganisms manage to travel miles deep into the Earth? It's all a lie.
Oh, poor baby has to resort to ignorant bigoted memes because he hasn't an actual original thought in his empty head.
History is bigotry ?Oh, poor baby has to resort to ignorant bigoted memes because he hasn't an actual original thought in his empty head.
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We have a 3 mile wide, 300M yo impact crater here in Central MO (Decaturville Impact), part of the 38th parallel series, and no oil here.some of the best 'oil fields' are located in the craters of meteor strikes (except in AZ lol)
A 1991 Oklahoma oil discovery in a hidden meteor crater attracted worldwide attention. About 450 million years ago, a meteor 1,000 feet wide struck north-central Oklahoma, creating an impact crater — an astrobleme — more than eight miles wide.
Saturn's moon Titan has abundant liquid hydrocarbons, including methane and ethane, that are similar to but not the same as oil and natural gas found on Earth. These hydrocarbons are derived from the planet's vast organic chemical inventory and form lakes and dunes on Titan's surface, containing more of these substances than all of Earth's known fossil fuel reserves.Do all the Hydrocarbons on the moon Titan come from dead dinosaurs?
Once again proving my point, AI is retarded.Saturn's moon Titan has abundant liquid hydrocarbons, including methane and ethane, that are similar to but not the same as oil and natural gas found on Earth. These hydrocarbons are derived from the planet's vast organic chemical inventory and form lakes and dunes on Titan's surface, containing more of these substances than all of Earth's known fossil fuel reserves.
Titan's "Hydrocarbon Oil"
- Composition:
On Titan, the liquid hydrocarbons are primarily methane and ethane, which are gases on Earth but remain liquid in Titan's frigid temperatures.
- Formation:
These compounds are produced from the breakdown of organic molecules by ultraviolet light from the Sun, creating a "giant factory of organic chemicals".
- Abundance:
Titan's surface contains hundreds of times more liquid hydrocarbons than Earth's oil and gas reserves.Distinction from Earth's Oil
- Location:
These liquid hydrocarbons collect in large lakes, seas, and rivers, with notable bodies like Ligeia Mare
- Origin:
Unlike Earth's oil, which forms from the remains of ancient organisms, Titan's hydrocarbons are created abiogenically (without life) through geological and atmospheric processes.
- Definition:
While the terms are sometimes used interchangeably, Titan's hydrocarbons do not strictly meet the definition of "oil" or "natural gas" as understood on Earth, which implies a biological origin.