In the future, modelling of overpresure in real time via deformation, seismicity or other means (as has been done retrospectively - e.g. https://t.co/thnyV0i0xA), could help to forecast the volcano eruptive style.
Recent #volcanic eruptions like #stromboli and #anakkrakatau show the critical importance of real-time monitoring of volcanic unrest. Read about how the assimilation of deformation data can improve methods for #eruptionforecasting here https://t.co/YxDkwe5
#Assimilation of #Deformation #Data for #Eruption #Forecasting : #Potentiality #Assessment Based on Synthetic Cases https://t.co/n7X8uk7BNz
RT @rh_pateline: Новый метод прогнозирования извержений вулканов с помощью GPS https://t.co/GDDsxzIBwf https://t.co/58Ij7I2KEj https://t.co…
Новый метод прогнозирования извержений вулканов с помощью GPS https://t.co/GDDsxzIBwf https://t.co/58Ij7I2KEj https://t.co/D00cPRET3X
RT @FrontEarthSci: Assimilation of Deformation Data for Eruption Forecasting: Potentiality Assessment Based on Synthetic Cases: M.… https:/…
Assimilation of Deformation Data for Eruption Forecasting: Potentiality Assessment Based on Synthetic Cases: M.… https://t.co/7xFpRWK4A0
#Assimilation of #Deformation #Data for #Eruption #Forecasting : #Potentiality #Assessment Based on Synthetic Cases https://t.co/n7X8uk7BNz
Assimilation of Deformation Data for Eruption Forecasting: Potentiality Assessment Based on Synthetic Cases https://t.co/hYrBc57MZK