摘要
随着地质勘察领域的不断发展，对测绘技术的精度和效率要求日益提高。传统的测绘方法受限于其固有的局限性，已难以满足现代地质勘察工作的需求。近年来，测绘新技术如卫星遥感、无人机测绘、激光扫描等快速发展，为地质勘察提供了全新的解决方案。这些新技术不仅大大提高了测绘的精度和效率，还拓展了地质勘察的应用范围，为资源勘探、地质灾害防治等领域提供了更为精准的数据支持。因此，本文探讨了测绘新技术在地质勘察中的应用，首先概述了测绘新技术的定义、分类及其发展历程。随后，分析了测绘新技术在地质勘察中面临的挑战，包括地理适应性、高海拔地区适应性、极端气候条件下稳定性、多源数据融合与处理的复杂性以及精度与效率之间的平衡等。针对这些挑战，本文提出了相应的对策，包括增强地理适应性的技术优化策略、提高高海拔地区测绘新技术适应性的措施、增强极端气候条件下测绘技术稳定性的对策、高效多源数据融合与处理的解决方案以及精度与效率平衡的优化管理与技术更新。通过深入研究和实践应用，本文旨在为地质勘察工作的现代化转型提供有力支持。
关键词 测绘新技术；地质勘察；多源数据
Abstract
With the continuous development of geological survey field, the accuracy and efficiency requirements of surveying and mapping technology are increasing. Traditional surveying and mapping methods are limited by its inherent limitations, which is difficult to meet the needs of modern geological survey work. In recent years, new surveying and mapping technologies such as satellite remote sensing, uav mapping, laser scanning have developed rapidly, providing a new solution for geological survey. These new technologies not only greatly improve the accuracy and efficiency of surveying and mapping, but also expand the application scope of geological survey, providing more accurate data support for resource exploration, geological disaster prevention and control and other fields. Therefore, this paper discusses the application of new surveying and mapping technology in geological survey, and first summarizes the definition, classification and development process of new surveying and mapping technology. Subsequently, the challenges faced by the new mapping technology in geological survey are analyzed, including geographical adaptability, adaptability in high altitude areas, stability in extreme climate conditions, the complexity of multi-source data fusion and processing, and the balance between accuracy and efficiency. In view of these challenges, this paper puts forward the corresponding countermeasures, including enhance the adaptability of technology optimization strategy, improve the adaptability of surveying and mapping technology, enhance extreme climate surveying and mapping technology stability, efficient multi-source data fusion and processing solutions and the balance of accuracy and efficiency of optimization management and technology update. Through deep research and practical application, this paper aims to provide strong support for the modern transformation of geological survey work.
Keywords New technology of surveying and mapping; geological survey; multi-source data
目录
摘要 I
Abstract II
第1章 绪论 1
1.1 研究背景和意义 1
1.2 国内外研究现状 1
第2章 测绘新技术概述 1
2.1 测绘新技术的定义与分类 1
2.2 测绘新技术的发展历程 1
第3章 测绘新技术在地质勘察中的应用挑战 3
3.1 测绘新技术的地理适应性挑战 3
3.2 多源数据融合与处理的复杂性 4
3.3 复杂地质环境下的应用局限性 5
3.4 精度与效率之间的平衡挑战 5
第4章 测绘新技术在地质勘察中的应用对策 7
4.1 增强地理适应性的技术优化策略 7
4.2 高效多源数据融合与处理的解决方案 8
4.3 复杂地质环境下技术应用的创新方法 8
4.4 精度与效率平衡的优化管理与技术更新 9
结论 11
参考文献 12
致谢 13
