With the data they gathered, the geoscientists hope to gain deeper insights into the currently un-explored mechanisms of
caldera formation.
Not exact matches
Since their
formation is not very frequent, knowledge of such
calderas is scarce.
The Yellowstone
caldera is a complex system of rock
formations that sprung after a series of volcanic eruptions some 630,000 million years ago.
For example, one lesson explains how to demonstrate the
formation of a
caldera — a mega-crater caused by a volcano's collapse — using a dishwashing tub, a bike pump, and sand.
CONTENT CONTAINED IN THIS PACKAGE INCLUDES: - LAYERS OF THE EARTH - THE SOLAR SYSTEM - WEATHERING - EROSION - DEPOSITION - THE EARTH»S ATMOSPHERIC LAYERS - COMPOSITE VOLCANOES - SHIELD VOLCANOES - CINDER CONES -
CALDERAS - RENEWABLE ENERGY - PLATE BOUNDARY - SUBDUCTION - DIVERGENT - COLLISION - TRANSORM - LANDFORMS - NORMAL FAULT - REVERSE FAULT - STRIKE - SLIP FAULT - PHASES OF THE MOON - COMMON AIR POLLUTANTS - TYPES OF CLOUDS - GEOLOGIC TIME SCALE - THE WATER CYCLE - MINERAL
FORMATION - THE ROCK CYCLE - MOHS HARDNESS SCALE - TYPES OF SOIL - TYPES OF STRESS