Evolvement vs. Evolution — What's the Difference?

Evolvement suggests a revealing or manifestation.

Evolution refers to the development of species over time.

Evolvement is the act of unfolding or emerging.

Evolution indicates a gradual development of something.

Evolvement indicates a process of becoming evident.

Evolution is change in the heritable characteristics of biological populations over successive generations. These characteristics are the expressions of genes that are passed on from parent to offspring during reproduction.

Evolvement denotes maturation or growth.

The process by which different kinds of living organism are believed to have developed from earlier forms during the history of the earth.

To develop or achieve gradually

The gradual development of something

To work (something) out; devise

The giving off of a gaseous product, or of heat

(Biology) To develop (a characteristic) by evolutionary processes.

A pattern of movements or manoeuvres

To give off; emit.

The extraction of a root from a given quantity.

To undergo gradual change; develop

A gradual process in which something changes into a different and usually more complex or better form.

(Biology) To arise or transform through evolutionary processes.

A result of this process; a development

Evolution.

Change in the genetic composition of a population during successive generations, often resulting in the development of new species. The mechanisms of evolution include natural selection acting on the genetic variation among individuals, mutation, migration, and genetic drift.

The act of evolving, or the state of being evolved; evolution.

The historical development of a related group of organisms; phylogeny.

Evolvement can mean a development or progression.

(Astronomy) Change in the structure, chemical composition, or dynamical properties of a celestial object or system such as a planetary system, star, or galaxy. Evolution often changes the observable or measurable characteristics of the object or system.

A movement that is part of a set of ordered movements

(Mathematics) The extraction of a root of a quantity.

A change of position.

(military) A manoeuvre of troops or ships.

A turning movement, especially of the body.

(obsolete) A turned or twisted shape; an involution, a complex or intricate shape.

An unfolding.

The act or process of unfolding or opening out; the progression of events in regular succession.

(geometry) The opening out of a curve; now more generally, the gradual transformation of a curve by a change of the conditions generating it.

The extraction of a root from a given power.

(chemistry) The act or an instance of giving off gas; emission.

Process of development.

Development; the act or result of developing what was implicit in an idea, argument etc.

A process of gradual change in a given system, subject, product etc., especially from simpler to more complex forms.

(biology) The transformation of animals, plants and other living things into different forms (now understood as a change in genetic composition) by the accumulation of changes over successive generations.

The act of unfolding or unrolling; hence, any process of growth or development; as, the evolution of a flower from a bud, or an animal from the egg.

A series of things unrolled or unfolded.

The formation of an involute by unwrapping a thread from a curve as an evolute.

The extraction of roots; - the reverse of involution.

A prescribed movement of a body of troops, or a vessel or fleet; any movement designed to effect a new arrangement or disposition; a maneuver.

A general name for the history of the steps by which any living organism has acquired the morphological and physiological characters which distinguish it; a gradual unfolding of successive phases of growth or development.

That theory of generation which supposes the germ to preëxist in the parent, and its parts to be developed, but not actually formed, by the procreative act; - opposed to epigenesis.

That series of changes under natural law which involves continuous progress from the homogeneous to the heterogeneous in structure, and from the single and simple to the diverse and manifold in quality or function. The process is by some limited to organic beings; by others it is applied to the inorganic and the psychical. It is also applied to explain the existence and growth of institutions, manners, language, civilization, and every product of human activity. The agencies and laws of the process are variously explained by different philosophrs.

A process in which something passes by degrees to a different stage (especially a more advanced or mature stage);

(biology) the sequence of events involved in the evolutionary development of a species or taxonomic group of organisms

Evolution is a process of continuous change from a lower to a higher state.

Evolution can mean the extraction of a positive trait.

Evolution is the theory explaining the diversity of life on Earth.

No, evolvement refers to unfolding or emerging, while evolution denotes a gradual development.

Yes, evolution can also describe changes in technology, culture, or ideas.

Not necessarily; evolvement often describes plans, ideas, or personal growth.

Yes, evolvement can indicate an immediate or short-term unfolding.

"Development" or "unfolding" can be synonyms for evolvement.

Evolution denotes change, which can be neutral; however, natural selection promotes advantageous traits.

Typically, evolution suggests a gradual process, especially in biological contexts.

Evolution has broader applications, covering biological, technological, and cultural contexts.

Yes, evolvement can be a result of deliberate planning or natural progression.

Yes, evolvement often denotes maturation or growth in a particular aspect.

Evolution is primarily associated with biological development over time.

While both refer to development, their contexts differ, so they're not always interchangeable.

Yes, both terms imply a form of progression, but their contexts and connotations can differ.

Evolvement refers to a process of unfolding, which can be either positive or negative depending on context.

In scientific terms, evolution is both a theory (an explanation) and a fact (observed phenomenon).