underwater damage

简明释义

船体水下部分损伤

英英释义

例句

1.The divers were sent down to inspect the underwater damage 水下损坏 caused by the storm.

潜水员被派下去检查暴风雨造成的水下损坏。

2.We need to address the underwater damage 水下损坏 before we can sell the property.

在我们出售该物业之前，需要处理水下损坏。

3.Our boat sustained significant underwater damage 水下损坏 after hitting a submerged rock.

我们的船在撞上潜伏的岩石后遭受了严重的水下损坏。

4.After the heavy rain, we discovered underwater damage 水下损坏 in the basement.

大雨后，我们在地下室发现了水下损坏。

5.The insurance adjuster assessed the underwater damage 水下损坏 to determine the claim amount.

保险理赔员评估了水下损坏以确定索赔金额。

作文

Underwater damage is a term that refers to the harm caused to structures, vehicles, or ecosystems when they are submerged in water. This type of damage can occur in various scenarios, such as natural disasters like floods, hurricanes, or tsunamis, as well as through human activities like shipwrecks or underwater construction. Understanding the implications of underwater damage (水下损害) is crucial for both environmental conservation and infrastructure protection.One of the most significant aspects of underwater damage (水下损害) is its impact on marine ecosystems. When structures such as bridges, piers, or pipelines are submerged, they can disrupt the natural habitat of aquatic life. For instance, the presence of debris from damaged structures can create hazardous conditions for fish and other marine organisms. Additionally, chemicals and pollutants released from damaged vessels can lead to long-term ecological consequences, affecting not only local wildlife but also the entire food chain.Moreover, underwater damage (水下损害) can severely affect human-made structures. Buildings and infrastructure that are exposed to prolonged submersion may suffer from corrosion, weakening their integrity. For example, steel and concrete used in construction can deteriorate when exposed to saltwater, leading to costly repairs and potential safety hazards. The economic implications of such damage are substantial, often requiring extensive resources for restoration and maintenance.In the context of disaster response, understanding underwater damage (水下损害) is vital for effective recovery efforts. After a flood or tsunami, assessing the extent of damage beneath the water's surface is crucial for planning rehabilitation strategies. Divers and underwater drones are often employed to evaluate the condition of submerged structures and to identify any potential risks to navigation and safety. This assessment helps in prioritizing repair work and ensuring that critical infrastructures, such as bridges and dams, are restored promptly to prevent further complications.Preventive measures against underwater damage (水下损害) are also essential. Engineers and architects must consider the potential for flooding and submersion when designing structures in vulnerable areas. Implementing resilient designs, such as elevated foundations and waterproof materials, can significantly reduce the risk of damage. Furthermore, regular inspections and maintenance of existing structures can help identify and mitigate any potential issues before they escalate into more severe problems.In conclusion, underwater damage (水下损害) encompasses a wide range of challenges that affect both natural ecosystems and human infrastructures. Its implications are far-reaching, impacting biodiversity, economic stability, and safety. By understanding the causes and effects of underwater damage (水下损害), we can take proactive steps to protect our environment and ensure the longevity of our structures. Ultimately, awareness and preparedness are key to minimizing the impact of this phenomenon, allowing us to coexist harmoniously with our aquatic environments while safeguarding our communities.