Linked from

The 28 pages that link to Abiogenesis, each with the reason it gives.

• Mid-Atlantic RidgeRelated: The ridge's serpentinizing vents supply the hydrogen and gradients many origin-of-life models require.

• VitalismRelated: A naturalistic account of life’s origin challenges the need for a force added from outside physical processes.

• CreationismRelated: It addresses life’s initial emergence, a question distinct from biological evolution.

• SerpentinizationRelated: Serpentinization supplies chemical energy and gradients studied in origin-of-life models.

• CarbonRelated: Carbon-rich molecules are central to leading accounts of how life could begin.

• Fermi paradoxRelated: Its unknown probability leaves the frequency of life’s beginnings uncertain.

• Drake equationRelated: The equation includes the unknown chance that life begins on a suitable world.

• RNA world hypothesisRelated: The hypothesis addresses a possible intermediate between prebiotic chemistry and cellular life.

• Rare Earth hypothesisRelated: Its frequency is unknown, making it hard to separate rare origins from rare complex evolution.

• Chemical evolutionRelated: It names the transition chemical evolution seeks to explain.

• Dresser FormationRelated: The formation’s hydrothermal setting informs hypotheses about environments where life could originate.

• Extraterrestrial lifeRelated: Understanding how life began on Earth helps frame possible origins elsewhere.

• History of lifeRelated: Evidence has not yet established the detailed pathway from early chemistry to the first life.

• Carbon-based lifeRelated: It addresses how carbon-based chemistry could have become the first living systems.

• Big HistoryRelated: It marks the transition from planetary chemistry to biological history.

• Earliest known life formsRelated: It concerns the transition that must precede any organisms represented in Earth’s geological record.