允许矿化

Permineralization is the process by which minerals replace organic material in fossils, preserving their shape and structure over millions of years.
矿质化是矿物质数百万年来取代化石中有机物质的过程，从而保存了它们的形状和结构。

The fossil was discovered to be permineralized, allowing scientists to study its intricate details.
化石被发现是矿质化的，这让科学家能够研究其复杂的细节。

The permineralization process occurs when groundwater rich in minerals seeps into the remains of organisms, replacing the organic material with stone.
当富含矿物质的地下水渗入生物遗骸时，就会发生矿质化过程，用石头取代有机物质。

After the permineralization process, the fossil can be extracted and studied, providing valuable insights into ancient life forms.
经过矿质化过程后，化石可以被提取并进行研究，为了解古代生命形式提供宝贵的见解。

The permineralization of wood can result in petrified wood, which is often used as a decorative stone.
木材的矿质化可导致化石木，通常作为装饰性石材使用。

Scientists have been able to determine the age of the permineralized fossil through radiometric dating techniques.
科学家们已经能够通过放射性测年技术确定矿质化化石的年龄。

The permineralization process can occur in various environments, such as deserts, swamps, and lakes.
矿质化过程可以在各种环境中发生，如沙漠、沼泽和湖泊。

Researchers have found that permineralization can also preserve soft tissues, offering rare glimpses into prehistoric creatures.
研究人员发现，矿质化也可以保存软组织，为史前生物提供了罕见的窥视机会。

The permineralization of bones has allowed paleontologists to reconstruct the anatomy of extinct animals with remarkable accuracy.
骨骼的矿质化使古生物学家能够非常准确地重建灭绝动物的解剖结构。

Permineralization is just one of several processes that contribute to the preservation of fossils, alongside carbonization and cast formation.
矿质化只是有助于化石保存的几种过程之一，还有碳化和铸型形成。