After many years of limited commitments to people or places, writer and naturalist John Lane married in his late forties and settled down in his hometown of Spartanburg, in the South Carolina piedmont. He, his wife, and two stepsons built a sustainable home in the woods near Lawson’s Fork Creek. Soon after settling in, Lane pinpointed his location on a topographical map. Centering an old, chipped saucer over his home, he traced a circle one mile in radius and set out to explore the area. What follows from that simple act is a chronicle of Lane’s deepening knowledge of the place where he’ll likely finish out his life. An accomplished hiker and paddler, Lane discovers, within a mile of his home, a variety of coexistent landscapes--ancient and modern, natural and manmade. There is, of course, the creek with its granite shoals, floodplain, and surrounding woods. The circle also encompasses an eight-thousand-year-old cache of Native American artifacts, graves of a dozen British soldiers killed in 1780, an eighteenth-century ironworks site, remnants of two cotton plantations, a hundred-year-old country club, a sewer plant, and a smattering of mid- to late twentieth-century subdivisions. Lane’s explorations intensify his bonds to family, friends, and colleagues as they sharpen his sense of place. By looking more deeply at what lies close to home, both the ordinary and the remarkable, Lane shows us how whole new worlds can open up.

Featuring contributions by leading scholars, this book goes beyond conventional archaeological studies by placing the description and interpretation of specific sites in the wider context of the landscape that connects them to one another.

The rare earth elements (REE) are 15 elements with atomic no. 57 through 71, from lanthanum to lutetium, plus yttrium. Although industrial demand for these elements is relatively small in tonnage terms, they are essential for a diverse and expanding array of high-tech applications. REE-containing magnets, metal alloys for batteries and lightweight structures, and phosphors are essential for many current and emerging alternative energy technologies, such as electric vehicles, energy-efficient lighting, and wind power. REE are also critical for a number of key defense systems. This study provides a non-technical overview of domestic reserves and resources of REE and possibilities for utilizing those resources. Illus. This is a print on demand report.

Veins of iron run deep in the history of America. Iron making began almost as soon as European settlement, with the establishment of the first ironworks in colonial Massachusetts. Yet it was Great Britain that became the Atlantic world’s dominant low-cost, high-volume producer of iron, a position it retained throughout the nineteenth century. It was not until after the Civil War that American iron producers began to match the scale and efficiency of the British iron industry. In Mastering Iron, Anne Kelly Knowles argues that the prolonged development of the US iron industry was largely due to geographical problems the British did not face. Pairing exhaustive manuscript research with analysis of a detailed geospatial database that she built of the industry, Knowles reconstructs the American iron industry in unprecedented depth, from locating hundreds of iron companies in their social and environmental contexts to explaining workplace culture and social relations between workers and managers. She demonstrates how ironworks in Alabama, Maryland, Pennsylvania, and Virginia struggled to replicate British technologies but, in the attempt, brought about changes in the American industry that set the stage for the subsequent age of steel. Richly illustrated with dozens of original maps and period art work, all in full color, Mastering Iron sheds new light on American ambitions and highlights the challenges a young nation faced as it grappled with its geographic conditions.