Abstract
Aeromagnetic surveys are nowadays used at a wide range of scales and purposes. In frontier and under-explored areas, where data are otherwise sparse or non-existent, aeromagnetic acquisition remains the cheapest and easiest way to obtain or refine a picture of the structural setting. Aeromagnetic data are also useful for strategic planning of geological mapping campaigns and detailed geophysical data acquisition. Moreover, aeromagnetic data are of importance for prospecting, helping to define prospects. Large aeromagnetic surveys can be carried out efficiently and safely almost everywhere, in a short period of time and at reasonable cost.
Highlights
Aeromagnetic surveys are nowadays used at a wide range of scales and purposes
Further details on the survey operation and equipment can be found in a report by EON Geosciences Inc. (2013), which is available at the online DODEX database at the Geological Survey of Denmark and Greenland (Riisager et al 2011)
Aeromag 2013 survey dataset can be obtained as line obtained for free from the Ministry of Industry and Mineral Resources in Greenland by submitting a form available at the Greenland Mineral Resources portal
Summary
Aeromagnetic surveys are nowadays used at a wide range of scales and purposes. In frontier and under-explored areas, where data are otherwise sparse or non-existent, aeromagnetic acquisition remains the cheapest and easiest way to obtain or refine a picture of the structural setting. In the following we present the newly released Aeromag 2013 aeromagnetic survey that covers a remote and relatively under-explored coastal region in south-eastern Greenland, stretching from 64°45 ́N and northward to 67°30 ́N (Fig. 1). Further details on previous surveys on Greenland and the database of available aeromagnetic data are summarised in Rasmussen et al (2013; see Fig. 1).
Published Version (Free)
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have