A) Stratovolcano B) Submarine volcano C) Glaciovolcano D) Supervolcano
A) Chile and New Zealand B) Canada and Russia C) Iceland and Antarctica D) Greenland and Norway
A) Pumice stone B) Basalt columns C) Obsidian glass D) Pillow lava
A) Sedimentary sandstone B) Pillow breccia, tuff breccia, and hyaloclastite C) Limestone deposits D) Granite intrusions
A) Katla B) Eyjafjallajökull C) Hekla D) Grímsvötn
A) Long narrow ridges B) Perfectly spherical C) Deep inverted craters D) Flattened top and steep sides
A) Hugh Corr B) Bill Mathews C) David Vaughan D) Jack Farmer
A) Glacier hill B) Fire ridge C) Ice peak D) Table mountain
A) A great flood of water B) An earthquake C) A landslide D) An ash cloud
A) 3 km3 B) 10 km3 C) 0.5 km3 D) 1 km3
A) Bill Mathews and Sonia Esperanca B) Hugh Corr and David Vaughan C) Viking and Mars Orbiter teams D) Meredith Payne and Jack Farmer
A) On the base of the Pine Island Glacier B) In the middle of the Ross Sea C) In deep subglacial tunnels D) On the ice surface under the Hudson Mountains
A) CO2 and Methane B) Oxygen and Nitrogen C) NO3 and SO4 D) Helium and Argon
A) To create new landing sites B) To mine precious metals C) To measure tectonic plate movement D) To find potential habitats for microbes
A) Solid granite foundations B) Pressure of surrounding ice and meltwater C) Rapid cooling of the lava D) The high viscosity of the lava |