Scotland is justly famed for its magnificent scenery - mountains, lochs, islands, wild rocky places and sandy beaches. All this is evidence of an exciting geological history which began 3,500 billion years ago and is still continuing. The sheer diversity of Scotland's rocks and land forms are the physical reminders of a fascinating journey through time. They reveal that the land that makes up Scotland today has traveled the world and has not always even belonged to one single continental landmass. At different times, too, continents formed and split apart, ancient volcanoes erupted vast quantities of lava and Ice Age glaciers shaped the landscape. Containing a huge amount of detailed information presented in clear, comprehensible language and enhanced throughout with specially commissioned illustrations, diagrams and photographs, this is an essential book for anyone interested in the world around them.
Four hostages are rescued from a group of religious extremists in Barcelona. After five years of being held captive together, they make a vow to always watch out for one another. But they never expected this. The world they have returned to has been transformed-by water. And the water is rising.
Over fifty years ago Henry Morris and John Whitcomb joined together to write a controversial book that sparked dialogue and debate on Darwin and Jesus, science and the Bible, evolution and creation -- culminating in what would later be called the birth of the modern creation science movement. Now, fifty years, forty-nine printings, and 300,000 copies after the initial publication of The Genesis Flood, P & R Publishing has produced a fiftieth anniversary edition of this modern classic. - Back cover.
This book provides an appealing and informative overview of the outstanding landforms and landscapes of Scotland. Scotland is internationally renowned for the diversity of its geology, landforms and landscapes. The rock record spans most of geological time, from the Archaean to the Palaeogene, and represents the outcome of tectonic plate movements, associated geological processes, and sea-level and climate changes. Scotland incorporates primeval gneiss landscapes, the deeply eroded roots of the Caledonian mountain chain, landscapes of extensional tectonics and rifting, and eroded remnants of volcanic complexes that were active when the North Atlantic Ocean opened during the Palaeogene. The present relief reflects uplift and deep weathering during the Cenozoic, strongly modified during successive episodes of Pleistocene glaciation. This striking geodiversity is captured in this book through 29 chapters devoted to the evolution of Scotland’s scenery and locations of outstanding geomorphological significance, including ancient palaeosurfaces, landscapes of glacial erosion and deposition, evidence of postglacial landscape modification by landslides, rivers and wind, and coastal geomorphology. Dedicated chapters focus on Ice Age Scotland and the associated landscapes, which range from alpine-type mountains and areas of selective glacial erosion to ice-moulded and drift-covered lowlands, and incorporate accounts of internationally renowned sites such as the ‘Parallel Roads’ of Glen Roy, the Cairngorm Mountains and the inselbergs of Assynt. Other chapters consider the record of postglacial rock-slope failures, such as the famous landslides of Trotternish on Skye, and the record of fluvial changes since deglaciation. The sea-level history of Scotland is addressed in terms of its raised and submerged shorelines, while several chapters discuss the contrasting coastal landscapes, which range from the spectacular sea cliffs of Shetland and Orkney to the beaches and dunes of eastern Scotland. The role of geoconservation in preserving Scotland’s outstanding geomorphological heritage is outlined in the final chapter. The book offers an up-to-date and richly illustrated reference guide for geomorphologists, other Earth scientists, geographers, conservationists, and all those interested in geology, physical geography, geomorphology, geotourism, geoheritage and environmental protection.
The nation's network of more than 130 Next Generation Radars (NEXRADs) is used to detect wind and precipitation to help National Weather Service forecasters monitor and predict flash floods and other storms. This book assesses the performance of the Sulphur Mountain NEXRAD in Southern California, which has been scrutinized for its ability to detect precipitation in the atmosphere below 6000 feet. The book finds that the Sulphur Mountain NEXRAD provides crucial coverage of the lower atmosphere and is appropriately situated to assist the Los Angeles-Oxnard National Weather Service Forecast Office in successfully forecasting and warning of flash floods. The book concludes that, in general, NEXRAD technology is effective in mountainous terrain but can be improved.
"Gary Carden is a folklorist and storyteller. He was raised by his grandparents in a house filled with the past. He grew up listening to Grady Cole and Renfro Valley on the radio while his grandfather tuned musical instruments with a tuning fork and sang hymns from a shape-note songbook. He grew up with cows, June apple trees, comic books, the Farmers' Federation, and Saturday movies. He told his first stories to 150 white leghorn chickens in a dark chicken-house when he was six years old. His audience wasn't terribly attentive and tended to get hysterical during the dramatic parts."--
Understand this highly debated flash point for scientific debate, academic criticism, and common confusion with this unique presentation. Delve into the technical aspects of the chronology, historicity, and significance of understanding this landmark event, including what we can learn from the Hebrew words used to describe it. Examine the numerous geological, geophysical, and paleontological indications pointing to the reality and global scope of the Flood. Learn how and why the authors' exhaustive research began, putting forth objectives, criticisms they would address, and identifying obstacles to be resolved. The Flood as described in the Book of Genesis not only shaped the global landscape, it is an event that literally forms our understanding of early biblical history. Now an experienced team of scientists and theologians has written a definitive account of the Genesis Flood with detailed research into the original biblical text and evidences unlocked by modern science and study. Often recounted and discounted as just a myth or children's story, what we find with deeper study is instead a cataclysmic event, one that truly wiped out life on our planet with the exception of those preserved through God's plan. The devastation the Genesis Flood wreaked upon a rebellious world remains an important part of the biblical narrative we should understand for what it was - a divine act of judgment on a sin-immersed world.
Presents the comprehensive evidence of a global Flood, yet is not overly technical. Explains "the true significance of the year-long, mountain-covering Deluge that buried and fossilized trillions of marine and land animals and plants only a few thousand years ago"--Page 11 (foreword by John C. Whitcomb).
The land between Idaho and the Cascade Mountains is characterized by gullies, coulees, and deserts--in geologic terms, it is a wholly unique place on the earth. Legendary geologist J Harlen Bretz, starting in the 1920s, was the first to explore the area. Bretz, a former science teacher at Franklin High School in Seattle and then a professor at t...
