An introductory chapter briefly reviews Texas' geology followed by a series of road guides with the local particulars. The authors tell you what the rocks are and what they mean. Useful graphics and charts supplement the text and help you to understand

Geo-Texas succeeds in bringing together astronomy, geology, meteorology, oceanography, and environmental studies in a highly informative, one-of-a-kind guide to Earth sciences in the Lone Star State. Eric R. Swanson draws on the latest scientific findings in treating the natural history of Texas from the oldest known rock, through the age of the dinosaurs, to the geologic present, from the early development of Texas' water and land resources to the current crisis of environmental pollution. In examining Texas natural sciences-and the abiding connection between Texans and their physical surroundings-Geo-Texas is engagingly anecdotal and draws freely on the wry humor with which Texans have always observed and regarded their environment. Entertaining accounts of natural phenomena, such as a meteorite scoring a direct hit on a swimming pool and a Texas twister sweeping up a farmer and returning him to earth unharmed, supplement the scholarship in each chapter to show how cultural and scientific issues converge. Students and teachers of Texas Earth science will find Geo-Texas indispensable. With more than eighty illustrations and valuable appendices listing rock hound clubs, Earth science organizations, and points of interest throughout the state, Geo-Texas will also appeal to the general reader and serve as the Earth science guide for lovers of Texas and its multifaceted environment.

The Big Bend is bizarre, mountainous, stark, dramatic, full of exotic shapes and colors, unlike anything else in Texas.

The Geology of Texas is written to accompany introductory courses including physical and historical geology, as well as physical geography, and was designed to compliment the topics of those courses for students in Texas and surrounding regions. The chapter follows the geologic history of Texas from the Precambrian to recent, with illustrations from virtually all parts of the state. Students will see how plate tectonics as well as surficial processes have created the Texas landscape, and how that geologic record influenced the settlement of Texas and the importance of geology to the inhabitants of the region today. A major theme of the chapter is economic geology, with attention to Texas' important energy resources, especially petroleum and coal, and also the vital groundwater sources that will become increasingly important to the regions' growing population. Environmental issues are also stressed, including the impacts of frequent hurricanes and large floods. The series can be bound into any Thomson Brooks/Cole text to create a more compelling regional edition highlighting relevant material.

"Surveys the history and geologic past of the Texas High Plains and upper Brazos River region by focusing on human activity and adaptation and on shifting environmental conditions and animal resources on the Llano Estacado and in Yellow House Draw, the site of the current Lubbock Lake Landmark"--Provided by publisher.

With strong personal and professional ties to the Gulf of Mexico, marine geologist John B. Anderson has spent two decades studying the Texas coastline and continental shelf. In this book, he sets out to answer fundamental questions that are frequently asked about the coast—how it evolved; how it operates; how natural processes affect it and why it is ever changing; and, finally, how human development can be managed to help preserve it. The book provides an amply illustrated look at ocean waves and currents, beach formation and erosion, barrier island evolution, hurricanes, and sea level changes. With an abundance of visual material—including aerial photos, historical maps, simple figures, and satellite images—the author presents a lively, interesting lesson in coastal geography that readers will remember and appreciate the next time they are at the beach and want to know: What happens to the sand that erodes from our beaches? Can beach erosion be stopped—and should we try? How much sand will be needed to stabilize our beaches? Does a hurricane have any positive impacts? How much development can the coast withstand? This entertaining and instructive book provides authoritative answers to these and other questions that are essential to our understanding of coastal change.