You may have to Search all our reviewed books and magazines, click the sign up button below to create a free account.
The amazing story of the trapped Chilean miners and their incredible rescue that Publishers Weekly calls “a riveting, in-depth recounting of the events that held the world rapt.” In early August 2010, the unthinkable happened when a mine collapsed in Copiano, Chile, trapping 33 miners 2,000 feet below the surface. For sixty-nine days they lived on meager resources with increasingly poor air quality. When they were finally rescued, the world watched with rapt attention and rejoiced in the amazing spirit and determination of the miners. What could have been a terrible tragedy became an amazing story of survival. In Trapped, Marc Aronson provides the backstory behind the rescue. By tracing the psychological, physical, and environmental factors surrounding the mission, Aronson highlights the amazing technology and helping hands that made it all possible. From the Argentinean soccer players that hoped to raise morale, to NASA volunteering their expertise to come up with a plan, there was no shortage of enterprising spirit when it came to saving lives. Readers will especially appreciate the eight pages of full-color photos, timeline, glossary, notes, and more.
Put the world in your pocket with this atlas of planet Earth This detailed and colorful global guide puts the world at your fingertips. Two world maps, six continent maps, and 103 regional maps present our world in close up. The Pocket Book of the World is an ideal companion for students, travelers, and the whole family. Physical and political maps of the world Maps of all the continents 103 regional maps 90 page index Color coded for ease of use The latest cartographic data The Pocket Book of the World...The ultimate pocket reference
None
During transport, a percolating melt or magma may contact rock or a magmatic mush, resulting in inevitable interactions that may be described as magma/melt-rock or magma/melt-mush interactions. Examples of these types of interactions include mantle metasomatism, mineral-melt reaction in the mantle, mineral dissolution in magma, crustal wallrock partial melting, and thermal remobilization of preexisting mushy magma (rejuvenation of mush) by intruding high specific enthalpy magma. This spectrum of processes plays a major role in the composition, thickness, and age of the mantle lithosphere and its associated crust. These interactions also impact the asthenosphere because melts that form in the deepest parts of the mantle may ascend and interact with shallower mantle during transport.
None
None