1.
TEXARKANA (7.5 Minute Quadrangle)
File Format: PDF/Adobe Acrobat - View as HTML Texarkana. 1. 0. 1. 2 MILES. TEXARKANA (7.5 Minute Quadrangle). MAP CONTENTS: Image: Arkansas GAP Landcover. Transportation: Bureau of the Census TIGER ...
2.
JAPAN GIS MAPPING SCIENCES RESOURCE GUIDE: Table of Contents
Jul 6, 1998 ... Welcome to the second edition of the the Japan GIS/Mapping Sciences Resource Guide. It continues the information transfer of the first in an ...
3.
A Proposal for Reinvigorating the American Economy Through ...
File Format: PDF/Adobe Acrobat - View as HTML proposal. An NSDI, built using open, standards-based information and communications technology ... collected, processed and managed under this proposal. ...
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National Archeological Database, Reports module
Or, click on Help next to a field name for tips on how to search that field. ... Online System under a cooperative agreement with the National Park Service. ...
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C
All citations below represent legitimate applications of metal detectors in archaeological context. Adams, W.H. and K. Garnett (1991). ...
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National Archeological Database, Reports module
The Center For Advanced Spatial Technologies (CAST) hosts the NADB Online System under a cooperative agreement with the National Park Service. ...
7.
Long Range Scanning | Geophysics and Geomatics at Tiwanaku
Long range data collection using the Optech ILRIS - 3D scan system took place during both the 2005 and 2006 field seasons. The scan objectives in 2005 ...
8.
National Archaeological Database (NADB) | Center for Advanced ...
The National Archaeological Database (NADB) effort was initiated by the National Park Service Archaeological Assistance Division in the 1980s to improve ...
9.
National Spatial Database
A National Database of GIS Data. Data Aggregated By County. Archeology · Census of Agriculture · Cultural Resources in America and Agricultural Land Use ...
10.
Kenneth L. Kvamme, A Simple Pseudo-Random Normal Deviate Generator
The variance of a uniform random variable is given by: V=(b-a)**2/12, where a is the lower and b is the upper bound of the distribution's range (Olkin ...
