@HootinNHollerin to Science [email protected]English • 2 months agoThe circle of lifeimagemessage-square57arrow-up1842arrow-down130
arrow-up1812arrow-down1imageThe circle of life@HootinNHollerin to Science [email protected]English • 2 months agomessage-square57
minus-squareMentalEdgelinkfedilinkEnglish16•2 months agoYes and no. They’re both hydrocarbons. Coal is organic matter from dry land, so typically plants. Oil is from organic matter that fell to the ocean floor, so microbial life, algae and the like. But both are from and end up as the same types of organic molecules. Carbon and hydrogen.
minus-squarethe post of tom joadlinkfedilinkEnglish6•2 months agoWow ok that’s cool… so then every* oil well is in a place that historically was underwater?
minus-square@Cornelius_WangenheimlinkEnglish9•2 months agoYes, specifically shallow seas that are so rich that they go anoxic. Without oxygen, the organisms don’t break down and just accumulate.
minus-square@[email protected]linkfedilinkEnglish7•edit-22 months agoCan Texas just go back to being a shallow anoxic sea? Please?
minus-squareMentalEdgelinkfedilinkEnglish7•edit-22 months agoYes. A lot of such places are still below the seabed, hence off-shore oil-rigs.
Yes and no. They’re both hydrocarbons.
Coal is organic matter from dry land, so typically plants.
Oil is from organic matter that fell to the ocean floor, so microbial life, algae and the like.
But both are from and end up as the same types of organic molecules. Carbon and hydrogen.
Wow ok that’s cool… so then every* oil well is in a place that historically was underwater?
Yes, specifically shallow seas that are so rich that they go anoxic. Without oxygen, the organisms don’t break down and just accumulate.
Can Texas just go back to being a shallow anoxic sea?
Please?
@JasonDJ @Cornelius_Wangenheim 😂
Yes. A lot of such places are still below the seabed, hence off-shore oil-rigs.