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David, the King
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The Late Eocene Earth
The Late Eocene and the Eocene-Oligocene (E-O) transition mark the most profound oceanographic and climatic changes of the past 50 million years of Earth history, with cooling beginning in the middle Eocene and culminating in the major earliest Oligocene Oi-1 isotopic event. The Late Eocene is characterized by an accelerated global cooling, with a sharp temperature drop near the E-O boundary, and significant stepwise floral and faunal turnovers. These global climate changes are commonly attributed to the expansion of the Antarctic ice cap following its gradual isolation from other continental masses. However, multiple extraterrestrial bolide impacts, possibly related to a comet shower that lasted more than 2 million years, may have played an important role in deteriorating the global climate at that time. This book provides an up-to-date review of what happened on Earth at the end of the Eocene Epoch.
Weather Without Technology
How to foretell at least one growing season (90 days) ahead, and sometimes two full seasons (180 days), what the main features of the weather will be, with accuracy of about 90% and for the greater part, get it right too. For many years David has collected weather lore and ancient records and compilations of weather observations to enable him to become the foremost authority on nature based forecasting. Here you too can become an expert on producing detailed weather forecasts using the data you can collect yourself.
The Earth Through Time
This best-selling historical geology text provides geologists with an excellent balance of basic geology and paleontology. The ninth edition presents rich, authoritative coverage of the history of the Earth, offering the most comprehensive history in the discipline today. It maintains its strong approach to stratigraphy and paleontology that other texts have lost. The text's paleogeographic maps are excellent in detail and are a vital component in understanding the earth's history. Stunning artwork brings the ancient world to life. Geology of National Parks boxes encourage them to visit these parks to appreciate their geological significance. Geologists will also appreciate the questions about past geologic events and the processes used in finding answers.
Cratering in Marine Environments and on Ice
Despite their global importance, little is known about the few existing examples of impacts into marine environments and icy targets. They are among the least understood and studied parts of impact crater geology. The icy impacts are also of great importance in understanding the developments of the outer planets and their satellites such as Mars or Europa. Furthermore, the impact mechanisms, crater formation and collapse, melt production and the ejecta distribution are scarcely known for impact on targets other than the "classical" solid silicates of the continental crust. The reaction of water and ice to impacts clearly deserves a more thorough study. The understanding of impact effects and...
The King James Bible and the World it Made
Introduction / David Lyle Jeffrey --The "opening of windows" : the King James Bible and late Tudor translation theories / Alister E. McGrath --Translating majesty : the King James Bible, John Milton, and the English Revolution / Laura L. Knoppers --The King James Bible in Britain from the late eighteenth century / David W. Bebbington --The King James version at 300 in America : "the most democratic book in the world" / Mark Noll --The King James Bible, mission, and the vernacular impetus / Lamin Sanneh --Regions Luther never knew : ancient books in a new world / Philip Jenkins --The question of eloquence in the King James version / Robert Alter --The Word that enjureth forever : a century of scholarship on the King James version / Beth Allison Barr.
Geology at Every Scale
"The chapters in this guidebook are organized according to major geologic themes, starting first with field trips in the Knoxville area that highlight, in some way, local carbonates, and then by ending with field trips focused on regional tectonics that include travel to North and South Carolina and Georgia"--
The Sedimentary Record of Meteorite Impacts
Although about 70 percent of known terrestrial meteorite impacts involve sedimentary rocks, the response of such rock to hyper- velocity impact is not well understand. Evans (Missouri State U., Springfield) introduces a dozen papers from a session on impact geology at the 2004 Geological Society of America Annual Meeting. Arranged by rocks' stratigraphic order (oldest to youngest) in proximal and distal settings, papers study topics including: characterization of impact sediments; a model for impact cratering processes; development of breccias (rock composed of sharp fragments embedded in a fine- grained matrix) in the Chesapeake Bay impact structure; and the method of impact stratigraphy applied to aging of the K-T boundary associated with mass extinction. The well-illustrated volume is not indexed.
