Geothermal heat flow (GHF) is an elusive physical property, yet it can reveal past and
present plate tectonic processes. In Antarctica, GHF has further consequences in predicting …

Antarctica is losing ice mass by basal melting associated with processes in deep Earth and
reflected in geothermal heat flux. The latter is poorly known and existing models based on …

We present a machine learning approach to statistically derive geothermal heat flow (GHF)
for Antarctica. The adopted approach estimates GHF from multiple geophysical and …

The geothermal heat flux (GHF) is an important boundary condition for modeling the
movement of the Antarctic ice sheet but is difficult to measure systematically at a continental …

In the words of Heinrich Hertz in 1885, the Earth is a “gigantic steam engine”. On average, of
the planet's cross section exposed to sunlight, 72% belong to the global ocean. With a delay …

Trigger mechanisms are proposed for gas hydrate decomposition, methane emissions, and
glacier collapse in polar regions. These mechanisms are due to tectonic deformation waves …

We present a refined map of geothermal heat flow for Antarctica, Aq1, based on multiple
observables. The map is generated using a similarity detection approach by attributing …

Tanzania is one of the several countries intersected by the East African Rift System (EARS)
endowed by a geothermal potential that has been explored only to a limited extent. Here we …

The deployment of seismic stations and the development of ambient noise tomography as
well as new analysis methods provide an opportunity for higher-resolution imaging of …

While hotspot tracks beneath thin oceanic lithosphere are visible as volcanic island chains,
the plume‐lithosphere interaction for thick continental or cratonic lithosphere often remains …