Groundwater applications of towed TEM in diverse geology at farm scale

D. Allen
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Abstract

Summary Vehicle towed transient TEM systems have opened up possibilities of comprehensive mapping of groundwater resources at farm scale. At this scale airborne TEM usually has too much setup cost and conventional TEM conducted on foot is usually too laborious and rarely economically viable. Interpretation of data requires understanding of diverse geology, from alluvial geomorphology, volcanogenic deposition, weathering and erosion processes and the often complex combination of these. Further, impacts on the data by fences, buried cables and modelling imperfections must be separated from geological impact. Typically, it is the detail of the survey that renders it interpretable rather than system quality alone.
拖曳式瞬变电磁法在农田不同地质条件下的地下水应用
车辆牵引瞬态瞬变电磁法系统开辟了在农场规模上进行地下水资源综合测绘的可能性。在这种规模下,机载瞬变电磁法通常有太多的安装成本,而传统的步行瞬变电磁法通常太费力,而且很少具有经济可行性。数据的解释需要了解不同的地质,从冲积地貌学、火山沉积、风化和侵蚀过程,以及这些过程的复杂组合。此外,围栏、地下电缆和建模缺陷对数据的影响必须与地质影响分开。通常,是调查的细节使其具有可解释性,而不仅仅是系统质量。
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