With its attendant website, it is neither fish nor fowl, for it is simultaneously a scholarly book, an introduction to a digital mapping platform, an extension of web-based projects that use the platform, and an activist text. Hypercities is an unruly book that does not want to behave. Performance Art/Performance Studies/Public Practice.Museum Practice/Museum Studies/Curatorial Studies/Arts Administration.Drawings/Prints/Work on Paper/Artistc Practice.Digital Media/New Media/Web-Based Media.Architectural History/Urbanism/Historic Preservation.Subject, Genre, Media, Artistic Practice.These maps are intended for use only at the published scale. These maps are distributed "as-is" without warranties of any kind, either expressed or implied. However, a degree of error is inherent in all maps. These maps were compiled by staff of the Indiana Department of Natural Resources, Division of Water, using data believed to be reasonably accurate. It was created by the Indiana Geological Survey, who digitized the appropriate lines on 1:24,000 scale topographic maps. It shows the outlines and numbers of all Congressional Land Survey sections, townships, and ranges within the county. This coverage is basically a grid that is used with the county-scale maps. The primary attribute is the thickness of the unconsolidated deposits. Coverages are also available for the complete county, but the base map is a planimetric showing major roads, city boundaries, and township-range-section lines. This coverage has been overlain on 1:24,000 scale USGS Digital Raster Quadrangles (quads) to create functional maps for each individual quad in a. The new grid was contoured in ArcInfo using lattice contour with a 25-foot interval. The resulting grid was then filtered using a low pass filter with 25 iterations to produce smoother lines when contoured.
These TINs were then converted into 10-meter grids and the latter subtracted from the former to produce the unconsolidated thickness grid. The two coverages were converted into ArcInfo Triangulated Irregular Networks (TIN), a product of ESRI. The mapping was conducted at 1:24,000 scale using USGS hypsography (land surface contours) digital line graph coverages and a digital geospatial line coverage of bedrock-surface topography for the West Fork of the White River Basin in Indiana. This file is a digital geospatial line coverage of the thickness of unconsolidated deposits in Boone County, Indiana. The primary attribute is the elevation of the bedrock surface. The mapping was conducted at 1:24,000 scale using the water well records, oil and gas records, seismic data, and previously published reports and maps of the region. This file is a digital geospatial line coverage of bedrock-surface topography for Boone County, Indiana. General Description of Metadata & Disclaimer Statement for Boone County, Indiana