The Tellus airborne geophysical survey of Northern Ireland was flown in 2005–6 and the Tellus Border survey of the six most northern counties of the Republic of Ireland in 2011-2. Together the two surveys covered a region of approximately 25,000 km2, or 30% of the land surface of the island of Ireland. Three parameters were measured and mapped: magnetic field, electrical conductivity and gamma radiation. These parameters vary significantly between the different rocks found in this region, and data from these surveys have proved valuable in supporting geological mapping, environmental monitoring and mineral prospecting. This chapter describes the operations and summarises the results and some of the geoscience research that followed
The Tellus airborne geophysical data sets provide impetus to many new lines of research. The radiome...
€15 million of government and EU funding was spent on geophysical and geochemical sampling surveys i...
The Tellus airborne radiometric data have enabled assessments of environmental radioactivity levels ...
The Tellus airborne geophysical survey of Northern Ireland was conducted over a two year period. Me...
An airborne geophysical survey of the whole of Northern Ireland was flown in 2005 and 2006 as part ...
This paper describes an airborne geophysical survey of Northern Ireland that is being conducted over...
In 2006 the Geological Survey of Northern Ireland (GSNI) completed the national low-level airborne g...
In the UK, prior to the onset of revised high-resolution airborne surveying in the late 1990s, the n...
A recent low-level high resolution airborne geophysical survey of Northern Ireland has provided deta...
The Geological Survey of Northern Ireland completed a low-level regional airborne geophysical survey...
New regional geochemical and geophysical surveys are in progress in Northern Ireland. These will adv...
The Tellus airborne geophysical survey revealed sets of narrow, linear, north-east to south-west, mo...
An airborne geophysical survey of the whole of Northern Ireland was flown by the Geological Survey ...
Airborne electromagnetic (EM) results have been applied to estimating depth-to-bedrock and to mappin...
Between 2004 and 2013, €15 million of government and EU funding was spent on high-resolution, airbor...
The Tellus airborne geophysical data sets provide impetus to many new lines of research. The radiome...
€15 million of government and EU funding was spent on geophysical and geochemical sampling surveys i...
The Tellus airborne radiometric data have enabled assessments of environmental radioactivity levels ...
The Tellus airborne geophysical survey of Northern Ireland was conducted over a two year period. Me...
An airborne geophysical survey of the whole of Northern Ireland was flown in 2005 and 2006 as part ...
This paper describes an airborne geophysical survey of Northern Ireland that is being conducted over...
In 2006 the Geological Survey of Northern Ireland (GSNI) completed the national low-level airborne g...
In the UK, prior to the onset of revised high-resolution airborne surveying in the late 1990s, the n...
A recent low-level high resolution airborne geophysical survey of Northern Ireland has provided deta...
The Geological Survey of Northern Ireland completed a low-level regional airborne geophysical survey...
New regional geochemical and geophysical surveys are in progress in Northern Ireland. These will adv...
The Tellus airborne geophysical survey revealed sets of narrow, linear, north-east to south-west, mo...
An airborne geophysical survey of the whole of Northern Ireland was flown by the Geological Survey ...
Airborne electromagnetic (EM) results have been applied to estimating depth-to-bedrock and to mappin...
Between 2004 and 2013, €15 million of government and EU funding was spent on high-resolution, airbor...
The Tellus airborne geophysical data sets provide impetus to many new lines of research. The radiome...
€15 million of government and EU funding was spent on geophysical and geochemical sampling surveys i...
The Tellus airborne radiometric data have enabled assessments of environmental radioactivity levels ...