Bøger i Roadside Geology serien

The third edition of this popular guide is now even better�it�s full color. Colorado�s multihued rocks�from white and red sandstones to green shales and pink granites�are vividly splashed across the pages in stunning color photographs. Detailed color maps and diagrams clearly distill the state�s complex bedrock geology. Updated text includes information about new discoveries, such as the mastodons and other Pleistocene fossils found at Snowmass, and new parks, such as Chimney Rock National Monument. Roadside Geology of Colorado is a must-have for any Colorado rock enthusiast.

Tennessee, extending 500 diagonal miles between Bristol and Memphis, cuts across numerous rock types, from the deformed gneiss of the Blue Ridge along the North Carolina border to the young sediments exposed in the Chickasaw Bluffs that rise 100 feet above the Mississippi River floodplain. The state's more than 1 billion years of geologic history includes continental collisions that built enormous mountains and rifting forces that almost split the ancient continent apart. The geologic processes are still at work in Tennessee, with sinkholes claiming land in areas of limestone, rivers eroding sediment and shifting channels, and some of North America's largest earthquakes occurring every 500 years on the ancient rift faults near Reelfoot Lake. Learn about unusual meteor impact sites on the Highland Rim of Middle Tennessee, the world-famous fossils in the Coon Creek Formation, and the source of saltpeter used for gunpowder in the Civil War. An extensive section on Great Smoky Mountains National Park includes guides to nine roads, some extending in to North Carolina. With Roadside Geology of Tennessee as your guide, explore the geologic significance of many of the stat's natural and historic sties such as Cumberland Gap National Historic Park, Harpeth River State Park, Dunbar Cave State Natural Area, and Chickamauga and Chattanooga National Military Park.

Since the first edition of Roadside Geology of Washington appeared on the book shelves in 1984, several generations of geologists have studied the wild assortment of rocks in the Evergreen State, from 45-million-year-old sandstone exposed in sea cliffs at Cape Flattery to 1.4-billion-year-old sandstone near Spokane. In between are the rugged granitic and metamorphic peaks of the North Cascades, the volcanic flows of Mt. Rainier and the other active volcanoes of the Cascade magmatic arc, and the 2-mile-thick flood basalts of the Columbia Basin.

Join Arthur Sylvester, an award-winning UC Santa Barbara geologist, and Elizabeth O�Black Gans, a geologist-illustrator, as they motor through mountains and deserts to explore the iconic features of the SoCal landscape, from boulder piles in Joshua Tree National Park and brilliant white dunes in the Channel Islands to tar seeps along the rugged coast and youthful cinder cones in the Mojave Desert. Whether you want to find precious gemstones, ponder the mysteries of the Salton Sea, or straddle the boundary between the North American and Pacific Plates, be sure to bring this book along as your tour guide.

Ride along with geologists Pamela Gore and Bill Witherspoon on this extraordinary tour of the Peach State�s varied terrain. In 35 detailed and densely illustrated road guides, the Roadside Geology of Georgia examines Georgia�s fascinating geology and reveals the stories that lie beneath the surface.

More than just a guide, Roadside Geology of New Jersey is chock-full of insightful discussions on such timely topics as sea level rise, climate change, and uranium mining. Get the scoop on why so much sand moves during superstorms such as hurricane Sandy, and learn about more than a century of efforts to stabilize the beaches along the Jersey Shore.

From the sandstone ridges and shale and limestone valleys of western Maryland to the sand dunes and tidal estuaries on Delaware�s coast, Roadside Geology of Maryland, Delaware, and Washington, D.C., steers you to some of the best geologic features found inside and outside the Beltway. Thirty-five road guides discuss the landforms and rocks visible from a car window, along bike paths, and at nearby waysides and parks, including Chesapeake & Ohio Canal National Historic Park, Assateague Island National Seashore, Rock Creek Park, and Cape Henlopen State Park.

Dinosaur tracks preserved in sandstone, knobs of granite rising from the plains, and springs cascading down limestone cliffs are just a few of the fascinating geologic features discussed in Roadside Geology of Oklahoma, a guide to more than 35 roads that crisscross the state. Longtime Oklahoma Geological Survey geologist Neil Suneson tells you what to look for along the roads, points you to nearby parks with interesting rocks and crystals, and recounts the history of radium mineral baths, coal mines, fossil excavations, and petroleum drilling, not to mention the rush for nonexistent gold in the Wichita Mountains. And lest you think nothing has happened recently, geologically speaking, in the southern midcontinent, you'll learn about a fault that broke the land surface a mere 1, 250 years ago and is capable of generating a 7.0 magnitude earthquake. Suneson also gets you up to speed on more modern considerations such as groundwater depletion, petroleum fracking, and strip mine reclamation. Take this book along fro a ride as you roll across the red plains east to the Ozark Plateau, west to the Panhandle, or south to the Ouachita, Arbuckle and Wichita Mountains.

With the help of Roadside Geology of Nevada, you can appreciate geologic features along more than thirty of Nevada�s highways.

California�s geology makes headlines when faults shift, volcanoes puff steam, and coastal bluffs fall into the sea. The latest edition of this popular book explores the state�s recent rumblings and tremulous past with the aid of full color illustrations. Spectacular photographs showcase multihued rock, from red chert and green serpentinite to blue schist and gray granite. The color geologic road maps, based on the 2010 Geologic Map of California, are detailed and easy to read. The geologic information, particularly for the Klamath Mountains, Modoc Plateau, and northern Sierra Nevada, has been updated to reflect the more recent geologic understanding of these complex areas. For your next road trip, replace your tattered, dog-eared copy of the old edition with this gorgeous new volume.

Authors Joseph Lebold and Christopher Wilkinson lead you along roads through the Mountain State, past roadcuts exposing contorted rock layers, coral reefs, and ancient red soils.

You may have heard that Minnesota's ten thousand lakes are the hoofprints of Paul Bunyan's big blue ox, Babe. "Don't you believe it!" writes author Dick Ojakangas. Though the lakes, which formed at the end of the most recent ice age, may be Minnesota's most famous features, the glaciated countryside disguises a much longer history of volcanoes and plate collisions--not surprising when you learn that Minnesota was at the active edge of the fledgling North American continent for several billion years. "Roadside Geology of Minnesota" steers you over glacial moraines and till plains to some of the state's unparalleled geologic features, such as the Morton Gneiss, once thought to be the oldest rock on Earth; the St. Peter Sandstone, one of the purest sandstones in the world; the banded iron-formation, the source of iron for the Great Lakes steel industry; and the ancient shorelines of Glacial Lake Agassiz, one of the largest glacial lakes ever to have existed in North America. The book's introduction presents an overview of Minnesota's geologic history, and forty-two road guides discuss the landforms and rocks visible from a car window and at nearby waysides and parks, including Pipestone National Monument, and Voyageurs National Park.

Robert H. Dott, Jr. and John W. Attig wrote Roadside Geology of Wisconsin to help residents and visitors alike "envision mastodons roaming in front of glaciers 12,000 years ago, feel storm waves pounding sea cliffs 500 million years ago, and hear volcanoes exploding 1,900 million years ago." With lively prose, detailed maps, black-and-white photographs, and shaded-relief images, the authors succeed in their goal, unraveling the 2,800 million years of geologic history recorded in Wisconsin's rocks. Introductory sections describe the geology of each region, and thirty-five road guides locate and interpret the rocks, sediments, and landforms visible from the state's highways, including the Great River Road in the Mississippi Valley. Roadside Geology of Wisconsin delves further into the geologic history of specific sites such as Apostle Islands National Lakeshore, the Wisconsin Dells, the geologically renowned Baraboo Hills, and more than twenty-five state parks. Features of and access points to the Ice Age National Scenic Trail are noted.

Roadside Geology of Indiana provides a window to a vibrant and dynamic past. With this book as your guide, tour Indiana's timeworn topography and discover fossilized reefs, mastodon skeletons, geodes, buried bedrock valleys, and the site of a meteorite impact.

In this odd and spectacular north country, contorted rocks reveal the strain of colliding continents, the heat of molten intrusions, and the weight of relentless glaciers, From the swarm of dikes along the rugged coast to the glacially polished granite of Mt. Katahdin, this book explores the fascinating geologic history of Maine's storied rocks. Detailed maps and roadlogs guide you through the woods to such hidden wonders as 100-mile-long eskers, frozen patterned ground, tourmaline-rich pegmatites, pillow basalts, and ice-age delta mud.

Written for the layperson and amply illustrated with photographs, maps, and diagrams, this book describes and interprets the rocks and landforms visible along the state's highways and the geology that lies hidden beneath prairie sod and in caves and mine shafts. Included are geologic tours of the Black Hills, Mount Rushmore National Memorial, Badlands National Park, Wind Cave National Park, Jewel Cave National Monument, and many other points of interest.

Darwin Spearing will tell you about the rocks as you come to them--describing what they are, when they formed, what they mean, and how they fit into the big picture of the geology of Texas.