Footage courtesy of BRGM, France
Latest Case Studies
VMS and Ni-Cu case study Orion Minerals
This case study illustrates the use of an exploration method…
SkyTEM312 HP Whitepaper
Summary:
The SkyTEM312 HP helicopter TEM system is engineered…
SkyTEM – mapping Antarctica to improve understanding of climate changes
See brilliant video at The Wall Street Journal.
SkyTEM…
SkyTEM used by X-Terra Resources to identify multiple new and base metal targets
In early winter 2017 X-Terra Resources Inc. (TSXV: XTT) (FRANKFURT:…
Latest News
Wairarapa 3D Aquifer Mapping Project Launch
You’re invited to attend the official launch of the 3D Aquifer Mapping Project.
Tairāwhiti Water Information Project
From early February, we’re using the latest airborne electromagnetic technology (AEM) to understand more about the region’s aquifers (underground natural water storage).
Upper Darling Floodplain SkyTEM airborne EM survey
Geoscience Australia is pleased to announce the completion of the acquisition for the Upper Darling Floodplain airborne electromagnetic (AEM) survey
SkyTEM survey completed for Dundas Minerals in Australia
Dundas Minerals has completed its SkyTEM airborne electromagnetic…
Inauguration of SkyTEM water survey in Jodphur, India
In search for groundwater and aquifers a SkyTEM heliborne survey…
Latest News
Wairarapa 3D Aquifer Mapping Project Launch
You’re invited to attend the official launch of the 3D Aquifer Mapping Project.
Tairāwhiti Water Information Project
From early February, we’re using the latest airborne electromagnetic technology (AEM) to understand more about the region’s aquifers (underground natural water storage).
Upper Darling Floodplain SkyTEM airborne EM survey
Geoscience Australia is pleased to announce the completion of the acquisition for the Upper Darling Floodplain airborne electromagnetic (AEM) survey
SkyTEM survey completed for Dundas Minerals in Australia
Dundas Minerals has completed its SkyTEM airborne electromagnetic…
Inauguration of SkyTEM water survey in Jodphur, India
In search for groundwater and aquifers a SkyTEM heliborne survey…
Upcoming Events
South African Geophysical Association (SAGA 2022)
28 November-01 December 2022 at Sun City, South Africa
Saskatchewan Geological Open House
28-30 November 2022
at the Delta Bessborough Hotel in Saskatoon, Canada
SimeXmin Brazilian Symposium on Mineral Exploration
27-30 November 2022 - At Parque Metalúrgico in Ouro Prieto, MG, Brazil
Australasian Groundwater Conference (AGC 2022)
21- 23 November 2022 - At the Perth Convention and Exhibition Centre
Alaska Miners
06-10 November 2022 - At the Anchorage Marriott Hotel in Anchorage Alaska
Mapping the Subsurface with Airborne Geophysics
SkyTEM systems do what no other single airborne geophysical system can – map the near surface in high resolution concurrently with accurate measurements to depths over 500 metres.
Engineered to detect subtle geological variations, SkyTEM delivers a comprehensive interpretation of near-surface geology and increases confidence in modeling deeper geology. Furthermore, inverted data can be made available within 48 hours. SkyTEM’s suite of systems satisfies the most challenging mapping needs and offer a wide range of solutions for resource management.
SkyTEM systems are designed to detect subtle variations in conductivity/resistivity making it possible to deliver accurate high resolution images of alterations in the earth. The magnetometer and auxiliary instruments are mounted directly on the frame so that measurements are made as close to the ground as possible from an airborne geophysical platform.
Read more about SkyTEM here.
Mapping the Subsurface with Airborne Geophysics
SkyTEM systems do what no other single airborne geophysical system can – map
the near surface in high resolution concurrently with accurate measurements to
depths up to or greater than 500m in some cases.
Engineered to detect subtle geological variations SkyTEM delivers a comprehensive
interpretation of near-surface geology and increases confidence in modeling deeper
geology. Furthermore, inverted data is available in 48 hours. SkyTEM’s suite of
systems satisfies the most challenging mapping needs and offer a wide range of
solutions for resource management.
SkyTEM systems are designed to detect subtle variations in conductivity/resistivity
making it possible to deliver accurate high resolution images of alterations in the
earth. The magnetometer and gamma ray spectrometer are mounted directly on the
frame so that measurements are made as close to the ground as possible from an
airborne geophysical platform.