Datasets - Geophysics for the Environment in Indonesia

This datasets is related to a paper with the same title "<b>Geophysics for the Environment in Indonesia</b>" that was submitted to F1000R Journal.Files:Scopus-Geophys-Indo-3.csv: bibliometric dataset from Scopus database with the keywords: "geophysics" AND "Indonesia".Scopus-Geophys-Indo-Enviro.csv: bibliometric dataset from Scopus database with the keywords: "geophysics" AND "Indonesia" AND "environment".scopus-gephys-indo.png: visualization for dataset no 1 with Vosviewer.scopus-gephys-indo-enviro.png: visualization for dataset no 2 with Vosviewer.<b>Abstract</b>This paper explores the hidden potential of geophysics for the environment, focusing on Indonesia. Geophysics plays a crucial role in understanding the Earth's physical characteristics and addressing environmental challenges. It is particularly relevant in water-related environmental problems, such as groundwater contamination and infiltration monitoring. Geophysics is also used to detect metals in fertile soils and plants, providing insights into agricultural practices and potential health risks. However, applying geophysics in urban areas poses challenges due to physical obstructions, cultural noise, limited workspace, permits, and safety concerns.<br><br>This article emphasizes the integration of geophysics with environmental studies, the need for further research on water-related environmental problems and metal detection, and the development of techniques tailored for urban environments. It suggests focusing on understanding the specific environmental challenges in Indonesia and leveraging advancements in technology for more accurate and efficient geophysical investigations.<br><br>In the Indonesian context, geophysics has diverse applications, including energy exploration, seismology, and oceanography. However, it has not been properly utilized in the field of environmental studies, particularly in urban areas.

本数据集与一篇已提交至F1000R期刊、标题为**《Geophysics for the Environment in Indonesia》**（《印尼环境地球物理学》）的同名论文相关。
数据集文件如下：
1. Scopus-Geophys-Indo-3.csv：来自斯高帕斯(Scopus)数据库的文献计量数据集，检索关键词为"地球物理学(geophysics)" AND "印度尼西亚(Indonesia)"。
2. Scopus-Geophys-Indo-Enviro.csv：来自斯高帕斯(Scopus)数据库的文献计量数据集，检索关键词为"地球物理学(geophysics)" AND "印度尼西亚(Indonesia)" AND "环境(environment)"。
3. scopus-gephys-indo.png：基于Vosviewer文献可视化工具生成的数据集1可视化成果。
4. scopus-gephys-indo-enviro.png：基于Vosviewer文献可视化工具生成的数据集2可视化成果。

**摘要**
本论文聚焦印度尼西亚，探讨地球物理学(geophysics)在环境领域的潜藏应用价值。地球物理学对于认知地球物理特性、应对各类环境挑战具有关键作用，在水体相关环境问题中尤为关键，例如地下水污染监测与入渗过程监测。此外，地球物理学亦可用于检测肥沃土壤与植物体内的金属含量，为农业生产实践及潜在健康风险评估提供参考依据。但在城市区域开展地球物理探测仍面临诸多挑战，包括物理障碍物干扰、人文噪声影响、作业空间受限、审批流程繁琐以及安全隐患等。

本文强调需推动地球物理学与环境研究的交叉融合，指出需进一步开展水体相关环境问题与金属检测方向的研究，并开发适配城市环境的专属探测技术。同时建议聚焦印度尼西亚本土特有的环境挑战，依托技术进步开展更为精准高效的地球物理探测工作。

就印度尼西亚的实际情况而言，地球物理学拥有多元应用场景，涵盖能源勘探、地震学与海洋学研究，但目前其在环境研究领域，尤其是城市环境研究中的应用仍未得到充分开发。