RT @BrendanVolc: (11) Takeshi Ohba and colleagues at @Tokai_Univ_ share intriguing results from Ioyama and Shinmoedake volcanoes, where mix…
(11) Takeshi Ohba and colleagues at @Tokai_Univ_ share intriguing results from Ioyama and Shinmoedake volcanoes, where mixing between magmatic vapour and hydrothermal fluids complicates interpretation of gas chemistry in the run-up to phreatic eruptions.
RT @eps_tweet: [Full paper on Volcanology] Takeshi Ohba et al. (Published: 31 March 2021) Behavior of magmatic components in fumarolic gase…
RT @eps_tweet: [Full paper on Volcanology] Takeshi Ohba et al. (Published: 31 March 2021) Behavior of magmatic components in fumarolic gase…
RT @eps_tweet: [Full paper on Volcanology] Takeshi Ohba et al. (Published: 31 March 2021) Behavior of magmatic components in fumarolic gase…
[Full paper on Volcanology] Takeshi Ohba et al. (Published: 31 March 2021) Behavior of magmatic components in fumarolic gases related to the 2018 phreatic eruption at Ebinokogen Ioyama volcano, Kirishima Volcanic Group, Kyushu, Japan https://t.co/uVRdPMk5