from The American Heritage® Dictionary of the English Language, 4th Edition
- n. Synthesis of carbohydrate from carbon dioxide and water using energy obtained from the chemical oxidation of simple inorganic compounds. This form of synthesis is limited to certain bacteria and fungi.
from Wiktionary, Creative Commons Attribution/Share-Alike License
- n. the production of carbohydrates and other compounds from simple compounds such as carbon dioxide, using the oxidation of chemical nutrients as a source of energy rather than sunlight; it is limited to certain bacteria and fungi
from the GNU version of the Collaborative International Dictionary of English
- n. Synthesis of organic compounds by energy derived from chemical changes or reactions. Chemosynthesis of carbohydrates occurs in the nitrite bacteria through the oxidation of ammonia to nitrous acid, and in the nitrate bacteria through the conversion of nitrous into nitric acid.
from The Century Dictionary and Cyclopedia
- n. The formation of carbohydrates out of inorganic compounds by an organism in darkness or in the absence of sunlight: contrasted with *photosynthesis.
from WordNet 3.0 Copyright 2006 by Princeton University. All rights reserved.
- n. synthesis of carbohydrate from carbon dioxide and water; limited to certain bacteria and fungi
Other autotrophs use inorganic compounds instead of sunlight to make food; process known as chemosynthesis
Rather, the organisms of these ecosystems function through "chemosynthesis".
Instead of photosynthesis, there is chemosynthesis.
Then again, the absence of a preferred chemosynthesis pathway that formic acid photosynthesis impress, means that the old "chicken-and-egg" paradox of "what came first, enzymes or metabolism" that it promise to resolve remains.
Is a most interesting statement! indicating exact/precise measurements of the solar wind as cold fusion chemosynthesis driver?
Lots of tube worms, clam beds sitting on barren rock but when we opened them their body had taken over by a bacteria that uses chemosynthesis, not photosynthesis.
However, the starting point for almost all substrates is the primary production of organic matter by plant photosynthesis or (occasionally) bacterial chemosynthesis.
Soil chemosynthesis (nitrifying, hydrogen-oxidizing, iron (Fe2+) - oxidizing, and sulfur c (S) bacteria)
With the "billions and billions" of stars and their attendant planets, surely some form of photosynthesis and/or chemosynthesis would occur out there.
These organisms derive their energy through chemosynthesis of volcanic sulfur compounds and warm water solution dripping down from above.
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