Aerial、Geological and Geophysical Survey of

简明释义

Northern Australia; 北澳大利亚空间、地质和地球物理调查所;

英英释义

例句

1.We utilized an Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查 to map the underground water resources in the area.

我们利用了Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查来绘制该地区的地下水资源图。

2.The government commissioned an Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查 the new construction site to assess its viability.

政府委托进行对新建设工地的Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查，以评估其可行性。

3.An Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查 the coastal area was necessary to identify potential risks from erosion.

对沿海地区进行Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查是必要的，以识别侵蚀带来的潜在风险。

4.The university conducted an Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查 local fault lines for research purposes.

大学对当地断层进行了Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查以用于研究目的。

5.Results from the Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查 the region showed significant mineral deposits.

该地区的Aerial、Geological and Geophysical Survey of 空中、地质和地球物理调查结果显示出显著的矿藏。

作文

The importance of conducting an Aerial、Geological and Geophysical Survey of a specific area cannot be overstated. Such surveys provide critical data that can significantly influence decision-making in various fields, including environmental management, urban planning, and resource exploration. An Aerial、Geological and Geophysical Survey of a region typically involves the integration of multiple techniques to gather comprehensive information about the Earth's surface and subsurface. This multidisciplinary approach ensures that the data collected is robust and reliable.Firstly, the aerial component of the survey often utilizes advanced technologies such as drones or satellites equipped with high-resolution cameras and sensors. These tools allow researchers to capture detailed images of the terrain, which can reveal important features such as vegetation patterns, water bodies, and land use. By analyzing these images, scientists can identify potential areas for further investigation and assess the overall health of the ecosystem.Secondly, the geological aspect focuses on understanding the physical characteristics of the Earth's materials. Geologists study rock formations, soil types, and mineral deposits to determine the geological history of the area. This information is crucial for various applications, including mining, oil exploration, and construction projects. For instance, knowing the type of soil present in a region can help engineers design safer and more efficient structures.Moreover, the geophysical element of the survey employs techniques such as seismic, magnetic, and electrical methods to explore subsurface conditions without the need for extensive drilling. These non-invasive methods allow scientists to map underground features, such as aquifers, faults, and mineral resources. The data obtained from geophysical surveys can guide further exploration and inform resource management strategies.The integration of these three components—Aerial、Geological and Geophysical Survey of—creates a comprehensive overview of the area under study. For instance, in the context of environmental assessment, understanding the interplay between surface features (gathered through aerial surveys), subsurface geology, and geophysical properties can help identify potential hazards, such as landslides or groundwater contamination.Furthermore, the results from an Aerial、Geological and Geophysical Survey of can also support sustainable development initiatives. By providing essential data on natural resources and environmental conditions, these surveys enable policymakers to make informed decisions that balance economic growth with ecological preservation. For example, before initiating a new construction project, developers can utilize survey data to assess the environmental impact and implement measures to mitigate any negative effects.In conclusion, an Aerial、Geological and Geophysical Survey of plays a vital role in modern scientific research and practical applications. By combining aerial imagery, geological analysis, and geophysical techniques, researchers can obtain a holistic understanding of the Earth’s surface and subsurface. This comprehensive approach not only enhances our knowledge of the environment but also supports informed decision-making in various sectors, ultimately contributing to a more sustainable future.

进行Aerial、Geological and Geophysical Survey of特定区域的重要性不容小觑。这类调查提供的关键数据可以显著影响环境管理、城市规划和资源勘探等多个领域的决策。Aerial、Geological and Geophysical Survey of一个地区通常涉及多种技术的整合，以收集关于地球表面和地下的全面信息。这种多学科的方法确保了收集的数据是强大和可靠的。首先，调查的航空部分通常利用先进的技术，如配备高分辨率相机和传感器的无人机或卫星。这些工具使研究人员能够捕捉地形的详细图像，这可以揭示重要特征，如植被模式、水体和土地使用。通过分析这些图像，科学家可以识别潜在的进一步调查区域，并评估生态系统的整体健康。其次，地质方面专注于了解地球材料的物理特征。地质学家研究岩石层、土壤类型和矿产沉积，以确定该地区的地质历史。这些信息对采矿、石油勘探和建筑项目等各种应用至关重要。例如，了解一个地区的土壤类型可以帮助工程师设计更安全、更高效的结构。此外，调查的地球物理元素采用如地震、磁性和电气方法等技术来探索地下条件，而无需进行广泛的钻探。这些非侵入性方法使科学家能够绘制地下特征的图谱，例如含水层、断层和矿产资源。从地球物理调查中获得的数据可以指导进一步的勘探，并为资源管理策略提供信息。这三个组成部分的整合——Aerial、Geological and Geophysical Survey of——创造了对研究区域的全面概述。例如，在环境评估的背景下，理解表面特征（通过航空调查收集）、地下地质和地球物理特性的相互作用可以帮助识别潜在的危险，如滑坡或地下水污染。此外，Aerial、Geological and Geophysical Survey of的结果也可以支持可持续发展倡议。通过提供有关自然资源和环境条件的重要数据，这些调查使政策制定者能够做出平衡经济增长与生态保护的明智决策。例如，在启动新的建筑项目之前，开发人员可以利用调查数据评估环境影响并实施减轻任何负面影响的措施。总之，Aerial、Geological and Geophysical Survey of在现代科学研究和实际应用中发挥着至关重要的作用。通过结合航空影像、地质分析和地球物理技术，研究人员可以获得对地球表面和地下的整体理解。这种全面的方法不仅增强了我们对环境的认识，还支持各个领域的明智决策，最终有助于实现更可持续的未来。