hydraulic mining

简明释义

水力挖掘

英英释义

例句

1.During the Gold Rush, many miners turned to hydraulic mining 水力采矿 to extract gold from riverbeds.

在淘金热期间，许多矿工转向了水力采矿 hydraulic mining 来从河床中提取黄金。

2.The environmental impact of hydraulic mining 水力采矿 has led to stricter regulations in many regions.

由于水力采矿 hydraulic mining 对环境的影响，许多地区已实施更严格的法规。

3.Many historians study the effects of hydraulic mining 水力采矿 on local ecosystems.

许多历史学家研究水力采矿 hydraulic mining 对当地生态系统的影响。

4.In the 19th century, hydraulic mining 水力采矿 became a popular method for extracting minerals from hard-to-reach areas.

在19世纪，水力采矿 hydraulic mining 成为从难以到达的地区提取矿物的流行方法。

5.The use of high-pressure water jets in hydraulic mining 水力采矿 can dislodge large amounts of earth and rock.

在水力采矿 hydraulic mining 中使用高压水枪可以松动大量的土壤和岩石。

作文

Hydraulic mining, a technique that utilizes high-pressure water to dislodge rock material or move sediment, has played a significant role in the history of mining and resource extraction. This method was particularly prominent during the Gold Rush era in the United States, where miners sought to extract precious metals from riverbeds and hillsides. The process involves directing a powerful jet of water at the desired area, which breaks apart the soil and rock, allowing gold and other minerals to be collected. While it proved effective for mining, hydraulic mining (水力采矿) also raised environmental concerns due to its destructive impact on landscapes and ecosystems.The origins of hydraulic mining (水力采矿) can be traced back to ancient civilizations, but it gained widespread popularity during the mid-19th century. Miners discovered that by using water under high pressure, they could access gold deposits that were otherwise difficult to reach. This innovative technique revolutionized mining operations, making it possible to extract vast amounts of material quickly and efficiently. However, the rapid expansion of hydraulic mining (水力采矿) led to significant environmental degradation. Rivers became clogged with sediment, and entire landscapes were altered as water eroded hillsides.Despite its effectiveness, the environmental consequences of hydraulic mining (水力采矿) prompted regulatory changes. In California, for example, the state government eventually banned the practice due to its detrimental effects on the environment. The ban was a response to the growing awareness of the need for sustainable mining practices that would not compromise natural resources or harm ecosystems. As a result, miners had to adapt their techniques, leading to the development of more environmentally friendly methods of extraction.Today, hydraulic mining (水力采矿) is not commonly used in its traditional form; however, the principles behind it have influenced modern mining practices. Engineers and environmental scientists study the impacts of past mining activities to develop better strategies for resource extraction that minimize harm to the environment. Innovations in technology have led to the creation of more efficient and less invasive methods for extracting minerals, ensuring that the lessons learned from the era of hydraulic mining (水力采矿) are not forgotten.In conclusion, hydraulic mining (水力采矿) represents a pivotal moment in the history of mining, showcasing both the ingenuity of human innovation and the importance of environmental stewardship. While it enabled the extraction of valuable resources, it also served as a cautionary tale about the need to balance economic pursuits with ecological preservation. As we continue to explore and utilize the earth's resources, the legacy of hydraulic mining (水力采矿) reminds us to prioritize sustainable practices that protect our planet for future generations.

水力采矿是一种利用高压水来松动岩石材料或移动沉积物的技术，在采矿和资源开采的历史中扮演了重要角色。这种方法在美国的淘金热时代尤为突出，矿工们试图从河床和山坡中提取贵金属。该过程涉及将强大的水流喷射到所需区域，从而打破土壤和岩石，使金子和其他矿物得以收集。尽管这种方法在采矿中证明是有效的，但水力采矿也因其对景观和生态系统的破坏性影响而引发了环境担忧。水力采矿的起源可以追溯到古代文明，但它在19世纪中叶获得了广泛的普及。矿工们发现，通过使用高压水，他们能够进入难以到达的金矿。这一创新技术彻底改变了采矿作业，使得快速高效地提取大量材料成为可能。然而，水力采矿的快速扩张导致了显著的环境退化。河流被沉积物堵塞，整个景观因水流侵蚀山坡而改变。尽管效果显著，水力采矿的环境后果促使了监管变革。例如，在加利福尼亚州，州政府最终禁止了这一做法，原因在于其对环境的有害影响。这一禁令是对可持续采矿实践日益关注的回应，这些实践不会妨碍自然资源或危害生态系统。因此，矿工们不得不调整他们的技术，导致开发出更环保的提取方法。如今，水力采矿在传统形式上并不常用；然而，它背后的原则对现代采矿实践产生了影响。工程师和环境科学家研究过去采矿活动的影响，以制定更好的资源提取策略，最大限度地减少对环境的危害。技术的创新导致了更高效且侵扰性更小的矿物提取方法的产生，确保水力采矿时代的教训不会被遗忘。总之，水力采矿代表了采矿历史中的一个关键时刻，展示了人类创新的聪明才智以及环境管理的重要性。虽然它使得珍贵资源的提取成为可能，但它也作为一个警示故事，提醒我们在经济追求与生态保护之间保持平衡。在我们继续探索和利用地球资源的过程中，水力采矿的遗产提醒我们优先考虑可持续实践，以保护我们的星球，造福未来世代。