Arctic blackout

简明释义

北极无线电波衰减;

英英释义

例句

1.The prolonged Arctic blackout 北极黑暗期 can lead to increased energy consumption in northern cities.

持续的<说>北极黑暗期可能导致北方城市能源消耗增加。

2.Residents have adapted their routines to cope with the challenges posed by the Arctic blackout 北极黑暗期.

居民们已经调整他们的日常活动，以应对<说>北极黑暗期带来的挑战。

3.During the winter months, many remote communities experience an Arctic blackout 北极黑暗期 due to the lack of sunlight.

在冬季，许多偏远社区经历<说>北极黑暗期，因为缺乏阳光。

4.Survivors of the harsh winter described the psychological toll of the Arctic blackout 北极黑暗期 on their mental health.

严酷冬季的幸存者描述了<说>北极黑暗期对他们心理健康的心理影响。

5.The scientists studied the effects of an Arctic blackout 北极黑暗期 on local wildlife and plant life.

科学家们研究了<说>北极黑暗期对当地野生动物和植物的影响。

作文

The term Arctic blackout refers to a phenomenon that occurs in the Arctic region, where the prolonged absence of sunlight during winter months can lead to severe disruptions in communication and navigation systems. This phenomenon is not only a natural occurrence but also poses significant challenges for scientific research and exploration in one of the most remote areas of our planet.During the winter months, the Arctic experiences polar night, a time when the sun does not rise above the horizon for an extended period. This can last for several weeks or even months, depending on the specific location within the Arctic Circle. The lack of sunlight affects not only the natural environment but also the technology that relies on satellite signals and other forms of communication. As a result, researchers and explorers often find themselves cut off from the outside world, unable to communicate effectively or navigate safely.The impact of Arctic blackout extends beyond mere inconvenience. For scientists working in the Arctic, the inability to communicate can hinder their ability to share important data and findings with their colleagues around the globe. This is particularly critical in fields such as climate change research, where timely communication of data can influence global policy decisions. Moreover, the absence of reliable navigation systems can pose serious risks for those conducting fieldwork in the harsh and unpredictable Arctic conditions.In recent years, the increasing interest in the Arctic due to climate change has brought more attention to the challenges posed by Arctic blackout. As ice melts and new shipping routes open up, more vessels are navigating these waters, which increases the demand for reliable communication and navigation systems. However, the existing infrastructure is often inadequate to meet this demand, leading to potential safety hazards for ships and crews operating in the region.To address the challenges associated with Arctic blackout, researchers and policymakers must invest in improving communication technologies that can withstand the extreme conditions of the Arctic environment. This includes developing satellite systems that are specifically designed to function in polar regions, as well as enhancing ground-based communication networks that can provide backup support in case of satellite failures.Additionally, international collaboration is essential in tackling the issues related to Arctic blackout. Countries with interests in the Arctic must work together to establish protocols and share resources to ensure that all parties can operate safely and efficiently in this challenging environment. By pooling knowledge and expertise, nations can develop more robust systems that enhance communication and navigation capabilities in the Arctic.In conclusion, the phenomenon of Arctic blackout presents significant challenges for communication and navigation in the Arctic region. As interest in this remote area continues to grow, it is crucial to address these challenges through technological advancements and international cooperation. Only by doing so can we ensure safe and effective exploration and research in the Arctic, ultimately contributing to our understanding of climate change and its global impacts.

“北极停电”这个术语指的是发生在北极地区的一种现象，在冬季的漫长黑暗期中，阳光的缺乏可能导致通信和导航系统的严重中断。这种现象不仅是自然发生的，还给科学研究和探索我们星球上最偏远地区之一带来了重大挑战。在冬季，北极经历极夜，这是一个太阳在地平线下不升起的时期，这一现象可能持续数周甚至数月，具体取决于北极圈内的位置。阳光的缺乏不仅影响自然环境，也影响依赖卫星信号和其他通信形式的技术。因此，研究人员和探险者常常发现自己与外界隔绝，无法有效沟通或安全导航。“北极停电”的影响不仅仅是麻烦。对于在北极工作的科学家来说，无法沟通可能会妨碍他们与全球同事分享重要数据和发现。这在气候变化研究等领域尤其关键，因为及时传达数据可能影响全球政策决策。此外，可靠导航系统的缺失可能对在恶劣和不可预测的北极条件下进行实地工作的人员构成严重风险。近年来，由于气候变化对北极的兴趣日益增加，使得“北极停电”所带来的挑战受到更多关注。随着冰层融化和新的航运路线开放，越来越多的船只在这些水域航行，这增加了对可靠通信和导航系统的需求。然而，现有基础设施往往不足以满足这一需求，导致在该地区操作的船只和船员面临潜在的安全隐患。为了解决与“北极停电”相关的挑战，研究人员和政策制定者必须投资于改善能够抵御北极极端环境的通信技术。这包括开发专门设计用于极地地区的卫星系统，以及增强地面通信网络，以便在卫星故障时提供备份支持。此外，国际合作在应对与“北极停电”相关的问题上至关重要。对北极有利益的国家必须共同努力，建立协议并共享资源，以确保所有相关方在这一充满挑战的环境中能够安全高效地运作。通过汇集知识和专业技能，各国可以开发出更强大的系统，增强北极的通信和导航能力。总之，“北极停电”现象为北极地区的通信和导航带来了重大挑战。随着对这一偏远地区的兴趣不断增长，解决这些挑战至关重要，通过技术进步和国际合作来实现。只有这样，我们才能确保在北极安全有效的探索和研究，从而最终促进我们对气候变化及其全球影响的理解。