Usage Examples
Filter by Meaning The study of lithification is important for understanding the geological history of the earth.
The lithification of snow requires cold temperatures and pressure.
Lithification of snow is the initial stage in the formation of icebergs.
During lithification, snow crystals become tightly packed and compressed.
The process of lithification is a key component of the glacial cycle.
Lithification is an important process in the formation of ice sheets.
Lithification is the process by which snow is transformed into ice on a glacier.
The lithification of snow into ice is a slow and gradual process.
The lithification of snow is the reason why glaciers are formed.
During the lithification process, snowflakes are compressed into a solid mass.
Lithification can occur at high altitudes where snow accumulates and compacts over time.
The process of lithification plays a vital role in the development of mountain glaciers.
The snow on this mountain has undergone lithification and become glacial ice.
Lithification of snow into ice can take thousands of years.
Lithification is responsible for the formation of ice caps and glaciers.
The lithification of snow is a slow and gradual process that can take place over decades.
The lithification of snow is accelerated by pressure and temperature changes.
The weight of accumulated snow helps with the lithification of the snow into glacial ice.
Lithification is one of the mechanisms by which the Earth's climate can be studied over long periods of time.
Lithification created the salt flats in Death Valley.
The formation of evaporites through lithification is a slow process that takes millions of years.
The salt in the Dead Sea was formed by lithification.
The process of lithification can create rock salt deposits.
The lithification of dissolved salts can cause subsurface deformation in areas with high salt concentrations.
The lithification of evaporite deposits is an important geological process that contributes to the formation of mineral resources.
The lithification of evaporites can occur in both marine and non-marine environments.
The lithification of evaporite minerals can result in the formation of unique crystal structures.
The lithification of dissolved minerals is an important process in the formation of salt deposits.
Geologists study lithification to understand how evaporites are formed.
Lithification of evaporites is often caused by evaporation of water in hot and arid climates.
The process of lithification has been going on for millions of years, forming layers of salt and other minerals.
The lithification process can transform a brine into rock salt.
Understanding the mechanisms of lithification is important for predicting the location and quality of mineral resources.
Lithification of evaporites can lead to the formation of rock salt formations that are mined for their salt content.
Lithification of saltwater can lead to the formation of gypsum.
The process of lithification is important in understanding the formation of gypsum deposits in underground caves.
Evaporites are formed by lithification of saltwater.
Lithification occurs when dissolved salts precipitate to form mineral deposits.
The formation of evaporites through lithification can be observed in arid environments.
Lithification of evaporite deposits can be influenced by environmental factors such as temperature and pressure.
The lithification of salt deposits can create unique landscapes such as the salt flats of Bolivia.
The lithification of dissolved salts in water creates unique mineral formations in caves.
The process of lithification can lead to the formation of gypsum and anhydrite from dissolved sulfates.
Lithification is an essential step in the formation of evaporite rocks such as halite and sylvite.
The lithification of mud sediments into shale can be seen in many rock formations around the world.
The lithification of mud sediments involves the removal of water and the compaction of the sediment.
Lithification occurs when clay and mud sediments are compacted over time to form shale.
The lithification of clay sediments can result in the formation of shale, which is a type of sedimentary rock.
The lithification of clay and mud sediments is a slow process that requires pressure and time.
Lithification is a gradual process that involves compaction and cementation of sediment particles to form solid rock.
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