coastal error

简明释义

海岸折射误差

英英释义

例句

1.Researchers are working to correct the coastal error in their climate models to improve future predictions.

研究人员正在努力纠正气候模型中的沿海误差，以改善未来的预测。

2.Meteorologists warned that the coastal error in weather models could lead to inaccurate storm forecasts.

气象学家警告说，天气模型中的沿海误差可能导致风暴预报不准确。

3.The environmental report highlighted a coastal error that underestimated the impact of erosion on local habitats.

环境报告强调了一个沿海误差，低估了侵蚀对当地栖息地的影响。

4.The recent study identified a significant coastal error in the sea level rise predictions, which could affect local planning.

最近的研究发现了一个显著的沿海误差，这可能影响到地方规划。

5.The coastal error in the data led to miscalculations in the flood risk assessment for the area.

数据中的沿海误差导致该地区洪水风险评估的错误计算。

作文

The term coastal error refers to inaccuracies or miscalculations that occur in the context of coastal geography, environmental science, or navigation. Understanding this concept is crucial for various fields, including marine biology, urban planning, and climate change research. Coastal areas are dynamic environments where land meets the sea, making them particularly sensitive to changes and errors in data collection and analysis.One significant aspect of coastal error is its impact on environmental assessments. For example, when scientists study coastal erosion, they rely on accurate measurements of land loss over time. If there is a coastal error in the data collection process—perhaps due to outdated technology or incorrect methodologies—the results can lead to misguided policies and ineffective conservation strategies. This is particularly concerning in regions where communities depend on coastal resources for their livelihoods.Moreover, coastal error can also affect navigation and maritime activities. Accurate mapping of coastlines is essential for safe shipping routes, fishing practices, and recreational boating. If navigational charts contain coastal error, it could result in accidents or losses at sea. Mariners must rely on precise data to avoid hazards such as shallow waters or submerged rocks, which may not be accurately represented due to these errors.In urban planning, coastal error can pose challenges when designing infrastructure near shorelines. Cities situated along coasts are often at risk from rising sea levels and extreme weather events. Planners must account for potential changes in coastal boundaries, and any errors in their projections could lead to inadequate flood defenses or poorly placed developments. This highlights the importance of using reliable data and models to minimize coastal error in planning processes.Additionally, climate change exacerbates the risks associated with coastal error. As global temperatures rise, coastlines are shifting, and traditional data may no longer be valid. Researchers must continuously update their models to reflect current conditions, or else they risk making decisions based on outdated information. This is particularly important for predicting the impacts of climate change on coastal ecosystems, which are already facing significant threats from pollution, habitat loss, and changing oceanic conditions.To mitigate the effects of coastal error, it is essential to invest in advanced technologies and methodologies for data collection and analysis. Remote sensing, for instance, provides high-resolution images of coastal areas, allowing for more accurate assessments of changes over time. Additionally, collaboration among scientists, policymakers, and local communities can help ensure that the data used in decision-making processes is comprehensive and up-to-date.In conclusion, understanding and addressing coastal error is vital for the sustainability of coastal regions. By recognizing the potential pitfalls associated with inaccurate data, we can work towards better management practices that protect both the environment and the communities that depend on these vital areas. As we continue to face challenges related to climate change and human activity, prioritizing accurate coastal assessments will be crucial for safeguarding our oceans and coastlines for future generations.

“coastal error”这个术语指的是在海岸地理、环境科学或导航等背景下发生的不准确或错误的计算。理解这一概念对于多个领域至关重要，包括海洋生物学、城市规划和气候变化研究。海岸地区是陆地与海洋相遇的动态环境，使其对数据收集和分析中的变化和错误特别敏感。“coastal error”的一个重要方面是它对环境评估的影响。例如，当科学家研究海岸侵蚀时，他们依赖于对土地损失的准确测量。如果在数据收集过程中出现了“coastal error”，可能是由于过时的技术或不正确的方法论，结果可能导致政策失误和无效的保护策略。这在那些依赖海岸资源谋生的社区中尤为令人担忧。此外，“coastal error”还可能影响导航和海洋活动。准确的海岸线制图对于安全的航运路线、捕鱼活动和休闲航行至关重要。如果导航图表包含“coastal error”，可能会导致海上事故或损失。航海者必须依赖精确的数据来避免浅水区或潜在的岩石等危险，而这些可能由于这些错误而未被准确表示。在城市规划中，“coastal error”可能在设计靠近海岸线的基础设施时带来挑战。位于海岸的城市通常面临海平面上升和极端天气事件的风险。规划者必须考虑海岸边界潜在变化的可能性，而他们的预测中的任何错误都可能导致防洪措施不足或开发位置不当。这突显出使用可靠数据和模型以最小化规划过程中的“coastal error”的重要性。此外，气候变化加剧了与“coastal error”相关的风险。随着全球气温上升，海岸线正在发生变化，传统数据可能不再有效。研究人员必须不断更新他们的模型，以反映当前条件，否则他们就有可能基于过时的信息做出决策。这对于预测气候变化对沿海生态系统的影响尤其重要，这些生态系统已经面临来自污染、栖息地丧失和海洋条件变化的重大威胁。为了减轻“coastal error”的影响，投资于先进的技术和方法以进行数据收集和分析至关重要。例如，遥感提供了高分辨率的海岸地区图像，允许对随时间变化的情况进行更准确的评估。此外，科学家、政策制定者和地方社区之间的合作可以帮助确保用于决策过程的数据是全面和最新的。总之，理解和解决“coastal error”对沿海地区的可持续性至关重要。通过认识到与不准确数据相关的潜在陷阱，我们可以努力实现更好的管理实践，以保护环境和依赖这些重要区域的社区。随着我们继续面临与气候变化和人类活动相关的挑战，优先考虑准确的海岸评估对于保护我们的海洋和海岸线以供后代使用将至关重要。