G.O.THERM Project: an integrated approach to probe the deep thermal structure of Ireland
A 3D temperature model of Ireland has provided a unique insight into the thermochemical structure within Ireland's subsurface.
Probabilistic surface heat flow estimates assimilating palaeoclimate history: new implications for the thermochemical structure of Ireland
Heat‐producing elements have been more successfully reworked into the upper crust of Laurentia than Avalonia during continental accretion.
Adjoint inversion of geothermal potential in Ireland assimilating surface heat flow, seismic velocity, and Curie depth
Temperature models for assessing geothermal potential are usually concerned with the upper 5 km of the crust. The configuration of deeper crustal lithologies, and the …
Apr 9, 2018 5:30 PM — 7:00 PM
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1 min read
Uncertainty reduction of geothermal heat flux from assimilating seismic tomography and depth to Curie temperature
Surface heat flux is highly sensitive to small temperature fluctuations at varying timescales. The magnitude of these variations depend on the duration of climatic fluctuations and …
Mar 23, 2018 1:00 PM — 1:15 PM
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1 min read
Probing the geothermal potential of Ireland
Geothermal power is traditionally viable only in volcanically active regions, however direct application of this energy source for industrial heating can exploit low enthalpy …
Feb 24, 2018 4:15 PM — 4:30 PM
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1 min read
Estimating the depth to the Curie isotherm: a synthesis of the methodology and its application to Ireland.
Magnetic data is one of the most common geophysics datasets available on the surface of the Earth. At long wavelengths it pertains information on the depth at which rocks lose …
Feb 13, 2018 4:00 PM — 4:30 PM
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1 min read
Variations and controls on lithospheric thermal regimes in Southeast Australia
182 recent heat flow determinations and 66 new heat production measurements for Southeastern Australia significantly increase our understanding of local and regional lithospheric …