How vortexes cool earthquake faults
Laboratory study could solve longstanding mystery of missing heat
Read article: How vortexes cool earthquake faults
Read article: How vortexes cool earthquake faults
Volcanic thunder heard for the first time
Microphone network around Alaskan volcano reveals rumble of volcanic thunder
Read article: Volcanic thunder heard for the first time
EGU 2018: robot boats assess the Danube
Remote-control boat can take measurements and collect water samples autonomously
Read article: EGU 2018: robot boats assess the Danube
EGU 2018: could eagle ‘eyes’ measure urban boundary layer?
The trials and triumphs of attaching sensors to a tame eagle
Read article: EGU 2018: could eagle ‘eyes’ measure urban boundary layer?
EGU 2018: shaken not stirred
When an artist and an atmospheric dynamicist work together for public engagement
Read article: EGU 2018: shaken not stirred
EGU 2018: how to distinguish football celebrations from dancing
Seismometer could provide information about building vibrations and traffic
Read article: EGU 2018: how to distinguish football celebrations from dancing
Simulations reveal how intermittent turbulence affects ocean flow
Research could boost our understanding of the energy budget of the oceans
Read article: Simulations reveal how intermittent turbulence affects ocean flow
Expedition aimed to mitigate earthquake risk in New Zealand
Seismic data from colliding Pacific and Australian plates could reveal fault slip secrets
Read article: Expedition aimed to mitigate earthquake risk in New Zealand
How forests could limit earthquake damage to buildings
Calculations show that rows of trees can block Love waves
Read article: How forests could limit earthquake damage to buildings
Wave attenuation hints at nature of Earth’s asthenosphere
Low viscosity layer enables plate tectonics, but its cause remains unconfirmed
Read article: Wave attenuation hints at nature of Earth’s asthenosphere
