Not exact matches
Previous studies
of other
volcanoes have revealed a change in gas composition prior to an
eruption that could serve as an early detection mechanism.
The team, composed
of PhD students John Browning and Sandy Drymoni and Professor Agust Gudmundsson, used newly collected geological data and historical data on
previous eruptions of the Santorini
volcano in Greece, to work out the capacity
of the
volcano's magma - chamber.
The theory: this would cool Earth similarly to the «year without a summer» in 1816, which followed the
eruptions of Mount Tambora in what is now Indonesia, along with other
volcanoes the
previous year.
Thus, Victor the Troll, to contradict all that you wrote @ 221, «the dissipation
of aerosols from any given
eruption IS caused by a lack
of volcanic activity,» and global temperatures CAN «rise above (the) level» «they would have been had the
volcanoes not occurred» because the impact
of previous volcanism would have also dissipated in the interval.
Well, several
previous eruptions of Eyjafjallajökull were followed by
eruptions at Katla, though the link between the two
volcanoes is not understood.
A
previous VEI 7
eruption in the region,
of the Indonesian
volcano Samalas at Mount Rinjani in 1257 CE was implicated in the onset
of a centuries - long cold period between the 14th and the 19th century called the Little Ice Age.