

Satellite view of Paluweh volcano Sept 4, 2013 following deadly pyroclastic flow of Aug 10. Image courtesy NASA Earth Observatory
Nevado de Toluca from surrounding valley. Image courtesy Ricardo Guaderrama Caraveo, via Medium.com, 2018
Mount Longonot most recent caldera (pit crater) with line of pyroclastic craters down flank fissure on the north. Massive lava flow on the flank visible on the lower left of the photo. Image courtesy Lonely Planet
Ontake shortly after phreatic eruption on Sept 27. Photo courtesy EOS.org, 2017
Mount Awu from a local village. May be Tahuna. Image courtesy Volcanomapping blog
Perspective view looking NW over the Caloris Basin. Pantheon Fossae, radial dike swarm in the foreground. The Impact crater just offset to the right of the swarm is 41 km in diameter. Red and white are higher topography; blues are lower. Total vertical difference is 4 km. Image courtesy NASA/Johns Hopkins University Applied Physics Laboratory (JHU / APL) / Carnegie Institution of Washington/Goddard Space Flight Center
Volcan Toliman (center right), Atitlan (far right) from Volcan San Pedro (foreground). Note cinder cone on northern flank of Toliman. Lake Atitlan in the foreground and to the left of the photo. Heavily vegetated lava flows on the near flanks and north facing flanks of Toliman. Village in the center foreground. North is to the left of the photo. Lake Atitlan fills about half the Atitlan III caldera. Image courtesy DIY Travel HQ
Special note to our readers:
Many thanks to all who filled in the survey. A few great suggestions have come in. Now we have to think about the “logistics” to put some of them into action. As we are allowed to keep the survey app running to a certain limit of entries we have decided to put the post up in our top menu. Perhaps the one or other of you still want to have their say. Be reminded that you may answer even just one question and then click the “Finish” button. That’s okay – we appreciate every single bit of input!
Active fumaroles on Makushin Volcano from Dutch Harbor July 2018. Photo courtesy Abi Woodbridge, via AVO
NASA ISS photo of Raikoke in eruption taken June 22. Active plume with water vapor collar at the base. Water vapor collar at the base may be due to ambient air sucked upwards with the plume. Alternately, it may be due to interaction of pyroclastic flows with surrounding sea water. Image courtesy NASA Earth Observatory.