IC 8496 The Implications Of Urban Growth And The Minerals Industry In The Huntsville, Ala., Area

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 28
- File Size:
- 9067 KB
- Publication Date:
- Jan 1, 1970
Abstract
The Huntsville study area in northeastern Alabama consists of Jackson, Limestone, Madison, and Marshall Counties. Major emphasis was placed on the Huntsville urban area in Madison County to analyze the relationship of urban growth and the minerals industry. Huntsville was delineated into its component urban, suburban, and rural parts for 1964, and the primary area of growth was predicted for 1990. Population estimates were made for the four-county area as a unit and Madison County separately, and projected to 1990. Demand estimates for crushed stone and sand and gravel were made for the same area units and projected to 1990. Analysis of quarry sites in the Huntsville area was made for the present and for the future. The mineral operations of the study area are all located in rural areas; in the case of Huntsville, the mineral sites are located in areas defined as "rural" in the component urban-suburban-rural system. The operations outside Madison County can expect to have minor problems with urban encroachment, while those operations in Madison County can expect major problems associated with urban growth and development. Some of the problems associated with limes tone production can be reduced if producers invest in capital equipment that will reduce the nuisances inherent in this activity. Although urban expansion endangers some quarry operations in Huntsville, topographic and political restrictions which prevent urban expansion can effectively shield quarry operations for some time.
Citation
APA:
(1970) IC 8496 The Implications Of Urban Growth And The Minerals Industry In The Huntsville, Ala., AreaMLA: IC 8496 The Implications Of Urban Growth And The Minerals Industry In The Huntsville, Ala., Area. The National Institute for Occupational Safety and Health (NIOSH), 1970.