longitudinal extent of damage

简明释义

纵向破损范围

英英释义

例句

1.The engineers assessed the longitudinal extent of damage on the bridge after the earthquake.

工程师在地震后评估了桥梁的损坏的纵向范围。

2.The report detailed the longitudinal extent of damage caused by flooding in the region.

报告详细说明了洪水对该地区造成的损坏的纵向范围。

3.Using drones, the team was able to measure the longitudinal extent of damage across the affected area.

利用无人机，团队能够测量受影响区域的损坏的纵向范围。

4.After the storm, we needed to evaluate the longitudinal extent of damage to our crops.

暴风雨过后，我们需要评估农作物的损坏的纵向范围。

5.The longitudinal extent of damage on the highway required immediate repairs to ensure safety.

高速公路上的损坏的纵向范围需要立即修复以确保安全。

作文

In recent years, the study of environmental disasters has gained significant attention due to their increasing frequency and severity. One critical aspect of this research is understanding the longitudinal extent of damage (损害的纵深范围) caused by such events. This term refers to the measurement of damage over time and space, providing insights into how disasters affect ecosystems, communities, and economies in the long run. For instance, when a hurricane strikes a coastal area, the immediate impact is often assessed through visual inspections and initial reports. However, to fully grasp the consequences, researchers must examine the longitudinal extent of damage (损害的纵深范围) over months or even years. This includes studying soil erosion, changes in vegetation, and the socio-economic effects on local populations. The longitudinal extent of damage (损害的纵深范围) can vary significantly based on factors such as the intensity of the disaster, the preparedness of the affected community, and the resilience of the local ecosystem. For example, areas that have invested in robust infrastructure may experience less long-term damage compared to those that have not. Understanding these differences is crucial for developing effective disaster response strategies and policies. Furthermore, the concept of longitudinal extent of damage (损害的纵深范围) is not limited to natural disasters. It also applies to human-induced events, such as industrial accidents or oil spills. In these cases, measuring the longitudinal extent of damage (损害的纵深范围) involves assessing both immediate impacts and long-term ecological consequences. For instance, an oil spill may initially affect marine life, but its effects can ripple through the food chain, impacting species and habitats for years to come. To accurately measure the longitudinal extent of damage (损害的纵深范围), researchers utilize various methods, including satellite imagery, field surveys, and ecological modeling. These tools allow scientists to track changes over time, providing a comprehensive view of how ecosystems recover or degrade after a disaster. For example, satellite images can reveal shifts in land use, while field surveys can provide data on species diversity and population health. In conclusion, understanding the longitudinal extent of damage (损害的纵深范围) is essential for effective disaster management and recovery efforts. By analyzing the long-term impacts of environmental disasters, we can better prepare for future events and mitigate their effects on both natural and human systems. This knowledge not only aids in recovery but also informs policy decisions aimed at building resilience in vulnerable communities. As we continue to face the challenges posed by climate change and other environmental threats, the importance of studying the longitudinal extent of damage (损害的纵深范围) will only grow, highlighting the need for ongoing research and proactive measures to protect our planet.

近年来，环境灾害的研究因其频率和严重性日益增加而受到广泛关注。这个研究的一个关键方面是理解损害的纵深范围（longitudinal extent of damage），即通过时间和空间来衡量灾害造成的损害，从而为我们提供关于灾害如何在长期内影响生态系统、社区和经济的见解。例如，当飓风袭击沿海地区时，通常会通过视觉检查和初步报告来评估即时影响。然而，为了充分理解后果，研究人员必须在几个月甚至几年内考察损害的纵深范围（longitudinal extent of damage）。这包括研究土壤侵蚀、植被变化以及对当地人口的社会经济影响。损害的纵深范围（longitudinal extent of damage）可能因灾害的强度、受影响社区的准备情况和当地生态系统的韧性等因素而有显著差异。例如，投资于坚固基础设施的地区与未投资的地区相比，可能经历较少的长期损害。理解这些差异对于制定有效的灾后响应策略和政策至关重要。此外，损害的纵深范围（longitudinal extent of damage）的概念不仅限于自然灾害。它也适用于人为引发的事件，如工业事故或石油泄漏。在这些情况下，测量损害的纵深范围（longitudinal extent of damage）涉及评估即时影响和长期生态后果。例如，油泄漏可能最初影响海洋生物，但其影响可能通过食物链传播，影响物种和栖息地多年。为了准确测量损害的纵深范围（longitudinal extent of damage），研究人员利用各种方法，包括卫星图像、实地调查和生态建模。这些工具使科学家能够跟踪随时间变化的情况，提供全面的视角来观察生态系统在灾后恢复或退化的过程。例如，卫星图像可以揭示土地利用的变化，而实地调查则可以提供物种多样性和种群健康的数据。总之，理解损害的纵深范围（longitudinal extent of damage）对于有效的灾害管理和恢复工作至关重要。通过分析环境灾害的长期影响，我们可以更好地为未来事件做好准备，并减轻其对自然和人类系统的影响。这一知识不仅有助于恢复工作，还为旨在增强脆弱社区韧性的政策决策提供信息。随着我们继续面临气候变化和其他环境威胁带来的挑战，研究损害的纵深范围（longitudinal extent of damage）的重要性只会增加，这突显了持续研究和主动措施以保护我们星球的必要性。