The word evolution has grown to be rather over-used and sometimes even misused, and is commonly used to refer to non-biological systems when talking about them in a sense of their changes over a period of time. For example, while computer systems do not evolve in the way biological organisms do, they have changed drastically over the years through a series of smaller changes. Outwardly this system appears very similar to biological evolution, and so evolution phraseology is useful in this context.
Geologic evolution refers to a system of changes within a geological system. An example would be studying how a specific area has changed from ocean to mountains to desert over a period of time. Once again, geological systems do no progress in a "natural selection" sense such as true evolution, but they can change in drastic ways via a series of smaller changes over a very long period of time.
Organic evolution presumably refers to a system of changes within a biological range. This could refer to the evolution of species or traits within a species, or may even relate to pre-biogenesis evolution of basic amino-acid strands.
Geological evolution refers to how geological processes such as sedimentation, mineral deposition, erosion, and orogeny modify geological features over time, altering the fundamental environment and producing new landscapes. Organic (or biological) evolution refers to how biological processes such as germ-line mutation, natural selection, genetic drift, and gene flow modify biological features over successive generations, differentiating populations and producing new species.
The word evolution is a noun derived from the verb 'to evolve', which means to change over time. In science, only one type of evolution is given the title evolution in a special sense, where in a scientific context it refers solely to the changing of living organisms, the evolution of living organisms through genetic changes in populations which lead to adaptations which lead to speciation, all over long periods of time. Chemical evolution may sometimes refer to the mishmash of carbon based chains and forming aminoacids in the Precambrian seas prior to true life-formation; abiogenesis. It is not a special term of 'evolution' as that only occurs in the biological sense. It is therefore an evolution from the sense of the verb 'evolve' which merely unspecifically denotes a change.
The major difference between steel and wood is that steel is in organic due to its lack of carbon, and wood is organic comprised of organic material. Because of this, their properties will differ wildly.
There's really no difference between organic and inorganic vegetables. Every vegetable is organic. Stop getting hung up on "organic" labeling. Its all regulated by the government in an attempt to get your money. You're going to die no matter what.
Organic cotton is pricy, but possibly more comfortable, whereas regular cotton is both affordable and sufficiently comfortable.
producers are plants that make food for themselves by photosynthesis and decomposers convert organic matter into inorganic materials.
There isn't a difference becaue there both the same.
Basically, organic compounds have carbon. Inorganic do not.
Basically, organic compounds have carbon. Inorganic do not.
maybe
nothing
the difference between organic and chemical fertilisers is that organic fertilisers are naturally made for example cow dung and chemical fertiliser are made by man himself in industries for example ammonium nitrate.
Organic insomnia is caused by another medical condition. Non- organic is "free-standing".
animals are always considered to be organic, though they have inorganic compounds in them
chemical bubbles in acid but organic does not. also chemical is stupid
There is no difference except the words you use to describe them.
i am looking for the answer myself :(
One is certified and the other isn't.