orocline

As nouns the difference between terms and orocline

is that terms is while orocline is (geology) a mountain belt whose process of deformation is visible.

Orogeny is a related term of orocline.

In geology|lang=en terms the difference between orogeny and orocline

is that orogeny is (geology) the process of mountain building by the upward folding of the earth's crust while orocline is (geology) any mountain belt with significant curvature.

As nouns the difference between orogeny and orocline

is that orogeny is (geology) the process of mountain building by the upward folding of the earth's crust while orocline is (geology) a mountain belt whose process of deformation is visible.

Orogenous is a related term of orocline.

As an adjective orogenous

is of or relating to mountain-building; orogenic.

As a noun orocline is

(geology) a mountain belt whose process of deformation is visible.

Orogenesis is a related term of orocline.

In geology|lang=en terms the difference between orogenesis and orocline

is that orogenesis is (geology) the process of mountain formation by deformation of the earth's crust see also orogeny while orocline is (geology) any mountain belt with significant curvature.

As nouns the difference between orogenesis and orocline

is that orogenesis is (geology) the process of mountain formation by deformation of the earth's crust see also orogeny while orocline is (geology) a mountain belt whose process of deformation is visible.

As nouns the difference between curvature and orocline

is that curvature is the shape of something curved while orocline is (geology) a mountain belt whose process of deformation is visible.

As an adjective visible

is able to be seen.

As a noun orocline is

(geology) a mountain belt whose process of deformation is visible.

As nouns the difference between deformation and orocline

is that deformation is deformation while orocline is (geology) a mountain belt whose process of deformation is visible.

As nouns the difference between mountain and orocline

is that mountain is a large mass of earth and rock, rising above the common level of the earth or adjacent land, usually given by geographers as above 1000 feet in height (or 3048 metres), though such masses may still be described as hills in comparison with larger mountains while orocline is (geology) a mountain belt whose process of deformation is visible.