How is the heterotroph hypothesis related to evolution?

Answer 1

The Heterotroph Hypothesis is the Hypothesis that offers a possible answer to the nature of the first cell (coacervate) on the planet. If certain conditions existed on earth, a "cell" can be born. Atmosphere: Methane, Ammonia, Water Vapor, Hydrogen, radiation, lightning Oceans (Primordial Soup): Phosphate, Amino Acids, Sugars, Nitrogen By chance, the energy of the radiation and lightning caused the phosphates, AA's, Sugars and Nitrogen to work together and was surrounded by a water membrane. That first primitive cell used the sugars around it for nutrition making it a Heterotroph. This is very simplified but can serve as a basis for the answer. The Miller experiment proves this possible but only if these were the conditions on primordial earth!

Answer 2

Haldane-Oparin hypothesisis, one explanation of this hypothesis. That inorganic material gave rise to organic material and, eventually life.

The other use of this hypothesis is the positing of heterotrophs arising before autotrophs as the early earth had ab environment more conducive to organisms that utilized both prey and other non-plant materials to survive.

Answer 3

The heterotroph hypothesis and evolution are both theories that life began from smaller organisms and transformed and grew into what life is now.

Reference: ChaCha.com

Answer 4

The heterotroph hypothesis suggests that early life forms were dependent on organic compounds from external sources. This hypothesis is related to evolution because it provides insight into the origins of life and how early organisms may have evolved in response to the availability and consumption of organic molecules. It also helps us understand how organisms have evolved with different modes of nutrition over time.