Usage Examples
Filter by Meaning Lithification is the reason why the ancient coral reefs can now be seen in the cliffs.
Lithification is just one step in the long process of rock formation.
The lithification of organic matter is an important step in the formation of coal deposits.
This region has a high potential for the lithification of coal seams.
Lithification is a slow process that can be observed in coal mines.
The lithification of snow into ice can take thousands of years.
The lithification process can take millions of years to complete.
Lithification is the process by which shale can be transformed into slate.
The lithification of existing rocks can create foliation in metamorphic rocks.
The lithification of sedimentary rocks can result in the formation of metamorphic rocks such as schist.
The intense pressure and heat from tectonic activity can result in the lithification of preexisting rocks into metamorphic rocks such as gneiss.
The process of lithification involves the recrystallization of minerals in existing rocks.
The lithification of shale can result in the formation of slate, a fine-grained metamorphic rock.
Lithification can produce new minerals in rocks through chemical reactions.
Lithification is a key process in the formation of metamorphic rocks such as gneiss and marble.
Lithification can occur deep in the Earth's crust as a result of tectonic activity.
Heat and pressure are essential for the lithification of rocks.
The heat and pressure of lithification can cause the minerals in preexisting rocks to align in a particular direction, resulting in the formation of foliated metamorphic rocks.
Lithification can occur due to the tectonic movements of the Earth's crust.
The lithification of sandstone can result in the formation of quartzite, a hard and durable metamorphic rock.
The process of lithification can turn shale into slate.
The process of lithification takes millions of years to complete.
The lithification process of sandstone is what gives it its characteristic hardness and durability.
The formation of schist through lithification requires both heat and pressure.
The process of lithification can result in the formation of mineral crystals within metamorphic rocks.
Metamorphic rock is created by the process of lithification.
Marble is formed through the lithification of limestone, a sedimentary rock.
Lithification transformed the granite rock into gneiss.
The process of lithification can sometimes include the formation of fossils in rocks.
The process of lithification requires a source of calcium carbonate, such as shells or coral.
The famous White Cliffs of Dover are a result of lithification of calcium carbonate sediments.
The process of lithification can be observed in layers of sedimentary rocks.
The lithification of sand and shells produces sandstone and shell limestone, respectively.
Lithification can occur in shallow or deep water environments.
The lithification of shells and other calcium-rich materials can contribute to the formation of limestone.
The lithification of calcium carbonate sediments forms various types of limestone.
Lithification is one of the ways that rocks can be formed from sedimentary materials.
The process of lithification can be studied through the analysis of rocks and sediments in different layers of the Earth's crust.
Lithification occurs over millions of years as sediments are compressed and cemented into rock.
The chalk cliffs along the coast of England are an example of lithification.
The limestone walls of the caves are the result of lithification of sediments over time.
Lithification is an important process in the formation of sedimentary rocks.
During lithification, the sediments lose their loose structure and become hard rocks.
The process of lithification can also involve the replacement of one mineral with another.
The formation of chert through lithification can create valuable deposits of mineral resources.
Lithification is an important process in the formation of many types of sedimentary rocks.
Lithification occurs over geologic timescales, typically over thousands to millions of years.
The lithification of silica-rich sediment can result in the formation of chert.
The process of lithification can be influenced by factors such as temperature, pressure, and the presence of water.
During lithification, minerals can be replaced or dissolved and re-precipitated, resulting in changes in the composition of the rock.
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