What does continental mean in science

What does continental mean in science?

Geologists use the term continental to describe pieces of earth’s crust that are joined together. But in a more general sense, continental refers to a continent — a large section of the earth’s surface, usually made up of land, which covers more than 70 percent of the earth’s surface.

What does continental mean in science terms?

A continent is a large, geologically ancient landmass, usually with a distinct coastline. So, the term continental refers to the idea that the earth’s surface is made up of large, super continents These continents are thought to have formed about 300 million years ago during the breakup of the supercontinent known as Pangea.

What does continental mean in science fair?

The term "continental" refers to the major divisions of the Earth's surface. These regions are based on the major plate tectonics that shape the surface. These plates are often called the "continents" of the planet because they form the outer edge of the planet's crust and thus hold the oceans in place. The continents are sometimes called "supercontinents" because they can collide with each other, forming large stationary masses of land.

What does continental mean in chemistry?

A continent is a large land mass that is separate from other continents. Geologists use the term for a large area of the earth’s crust that is distinct from other types of rock. Geologists refer to the major land masses on the earth as “continents”, and the oceans and seas separating them are referred to as “oceans”.

What does continent mean in chemistry?

A continent is a large landmass that shares a common geological history, and is usually composed of many smaller areas with distinct geologies. Continental scientists are interested in the structure and composition of the crust and upper mantle beneath continents, as well as the processes that form mountains and volcanoes. Continentalists also study the interactions between the solid earth and groundwater, and the cycles of water, carbon, and energy that control the composition of the atmosphere and hydrosphere.