minor eruption

简明释义

1. 小小喷发; 2. 低潮期喷发;

英英释义

例句

1.Residents were advised to stay indoors during the minor eruption to avoid ash inhalation.

居民被建议在小规模喷发期间待在室内，以避免吸入灰烬。

2.The minor eruption did not require any evacuations as it was contained within the crater.

这次小规模喷发不需要进行疏散，因为它被限制在火山口内。

3.Tourists were able to witness the minor eruption from a safe distance.

游客能够从安全距离观看这次小规模喷发。

4.Scientists reported a minor eruption that was detected by seismographs near the mountain.

科学家报告说，在山附近的地震仪检测到了一次小规模喷发。

5.The volcano experienced a minor eruption last night, causing minimal damage to the surrounding area.

昨晚火山发生了小规模喷发，对周围地区造成了最小的损害。

作文

Volcanoes are some of nature's most powerful forces, capable of shaping landscapes, affecting climates, and altering the course of human history. Among the various volcanic activities, a minor eruption (小规模喷发) can be described as a relatively small-scale release of magma, gas, and ash from a volcano. While these eruptions may not cause widespread destruction like their more significant counterparts, they still hold great importance in understanding volcanic behavior and their potential impacts on the surrounding environment.A minor eruption (小规模喷发) typically involves less explosive activity and smaller volumes of material being ejected compared to major eruptions. These events can occur with little warning and may last for days, weeks, or even months. For instance, the 2014 eruption of Mount Sinabung in Indonesia began as a minor eruption (小规模喷发) but escalated into more significant volcanic activity over time. Such examples illustrate how even seemingly small eruptions can evolve and pose risks to nearby populations.The effects of a minor eruption (小规模喷发) can be multifaceted. On one hand, they can provide valuable insights into the behavior of a volcano. Scientists often study minor eruptions (小规模喷发) to gather data on magma movement and gas emissions, which can help predict future eruptions. Understanding these patterns is crucial for developing effective monitoring systems that can alert communities to potential dangers.On the other hand, minor eruptions (小规模喷发) can still disrupt local life. Ashfall can damage crops, contaminate water supplies, and pose health risks to residents. For example, the minor eruption (小规模喷发) of Mount St. Helens in 1980 released ash that affected air quality and agriculture in the surrounding areas. Even after the initial eruption, the long-term consequences can linger, affecting livelihoods and ecosystems.Moreover, minor eruptions (小规模喷发) can have broader implications for climate. The release of volcanic gases, such as sulfur dioxide, can lead to temporary cooling of the Earth's surface. This phenomenon was observed after the minor eruption (小规模喷发) of the Eyjafjallajökull volcano in Iceland in 2010, which resulted in widespread air travel disruptions. Such events remind us of the interconnectedness of natural systems and their potential global impacts.In conclusion, while a minor eruption (小规模喷发) may seem insignificant compared to larger volcanic events, it is essential to recognize its potential implications. From providing critical data for scientific research to affecting local communities and the environment, these eruptions play a vital role in our understanding of volcanoes. As we continue to study and monitor volcanic activity, we must remain vigilant and prepared for all types of eruptions, no matter how minor they may appear. By doing so, we can better protect ourselves and our planet from the unpredictable forces of nature.

火山是自然界中最强大的力量之一，能够塑造地貌、影响气候并改变人类历史的进程。在各种火山活动中，minor eruption（小规模喷发）可以描述为火山相对小规模的岩浆、气体和灰烬释放。尽管这些喷发可能不会像更大规模的喷发那样造成广泛的破坏，但它们在理解火山行为及其对周围环境的潜在影响方面仍然具有重要意义。minor eruption（小规模喷发）通常涉及较少的爆炸性活动和较小的喷出物体积，与重大喷发相比。这些事件可能在没有预警的情况下发生，并可能持续数天、数周甚至数月。例如，印度尼西亚的辛巴云山在2014年的喷发开始时就是一次minor eruption（小规模喷发），但随着时间的推移演变成了更显著的火山活动。这些例子说明，即使是看似微小的喷发也会发展并对附近的人口构成风险。minor eruptions（小规模喷发）的影响可能是多方面的。一方面，它们可以提供有关火山行为的宝贵见解。科学家们经常研究minor eruptions（小规模喷发），以收集有关岩浆运动和气体排放的数据，这有助于预测未来的喷发。理解这些模式对于开发有效的监测系统至关重要，这些系统可以警告社区潜在的危险。另一方面，minor eruptions（小规模喷发）仍然可以干扰当地生活。灰烬降落可能损害农作物、污染水源并对居民构成健康风险。例如，1980年圣海伦斯山的minor eruption（小规模喷发）释放的灰烬影响了周边地区的空气质量和农业。即使在初始喷发之后，长期后果也可能持续，对生计和生态系统产生影响。此外，minor eruptions（小规模喷发）可能对气候产生更广泛的影响。火山气体的释放，例如二氧化硫，可能导致地球表面的暂时降温。这一现象在2010年冰岛埃亚菲亚德拉冰盖的minor eruption（小规模喷发）后得到了观察，导致广泛的航空旅行中断。这些事件提醒我们自然系统之间的相互联系及其潜在的全球影响。总之，虽然minor eruption（小规模喷发）与更大规模的火山事件相比似乎微不足道，但认识到其潜在影响是至关重要的。从为科学研究提供关键数据到影响当地社区和环境，这些喷发在我们理解火山方面发挥着重要作用。随着我们继续研究和监测火山活动，我们必须保持警惕，为所有类型的喷发做好准备，无论它们看起来多么微小。通过这样做，我们可以更好地保护自己和我们的星球免受自然力量的不可预测影响。