Geographic Information Systems (GIS) and Mapping: Practices and StandardsASTM International, 1992 - 346 من الصفحات |
المحتوى
Overview | 1 |
What is a Geographic Information System GIS? | 11 |
A Progress Report | 18 |
Spatial Data Set Documentation to Support Hydrologic Analysis in the US Geological Survey | 30 |
The Spatial Data Transfer Standard | 38 |
Overview of the Use and Formulation of Geographic Information Systems GIS Standards Within the US Environmental Protection Agency | 45 |
ImageIntegrated Geographic Information Systems | 53 |
The Northwest Land Information Systems Network | 71 |
Estimation of Distribution of Subsurface Soil Layers in the Mexico City Earthquake Area Based on the Database | 172 |
Use of Geographic Information Systems for Design and Construction of New Waddell Dam | 183 |
Classifying and Mapping Wetlands and Peat Resources Using Digital Cartography | 194 |
Using AutoCAD as a Desktop Geographic Information System for Hydrogeological Investigations | 207 |
Development of GroundWater Vulnerability Database for the US Environmental Protection Agencys Hazard Ranking System Using a Geographic In... | 226 |
Using a Geographic Information System to Manage Data from a GroundWater Remediation Program | 247 |
Geographic Information System GIS Application During a Feasibility Study for a GroundWater Model | 251 |
Use of Geographic Information System Technology for Siting a LowLevel Radioactive Waste Disposal Facility | 262 |
Geographic Information System Application Development for Utility Infrastructure Systems | 76 |
Development of a Geographic Information System in Support of the StLawrence Action Plan | 85 |
Using Common Database and Spreadsheet Plotting Programs as Inexpensive Geographic Information Systems | 97 |
An Overview of the Global Positioning System and Its Use in Geographic Information Systems | 106 |
Using USDA Soil Conservation Service County Soils Data with a Geographic Information System | 115 |
Regional Soil Loss Prediction Utilizing the RUSLEGIS Interface | 122 |
Updating a LandPlanning Database from Landsat5 Thematic Mapper Data | 132 |
Application of Remotely Sensed Data to Geologic Exploration Using Image Analysis and Geographic Information Systems | 155 |
A Workbench for Environmental Data Processing and Display | 272 |
Waste Site Characterization and Prioritization Using a Geographic Information System | 280 |
Accuracy and Precision of Well Casing Surveys and WaterLevel Measurements and Their Impact on WaterLevel Contour Maps | 295 |
Panel Discussion at Symposium | 311 |
Glossary of Acronyms | 335 |
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عبارات ومصطلحات مألوفة
accuracy Agency analysis aquifer ARC/INFO areas ASTM International attribute AutoCAD automated base map built-up cartographic Cartographic Data contour coordinates Copyright©1992 by ASTM coverage data sets database digital cartographic digital elevation model display documentation elevation Engineering environmental error evaluated example factor federal forest format geographic coordinates Geographic Information Systems geologic maps Geological Survey GIS applications GIS technology graphic grid ground water ground-water hazardous waste Hectaraster horizontal hydraulic conductivity HyperCard IDDSAC identified information systems GIS integration interface Ivan Johnson Landsat-5 TM layer Level-I National overlay peat points polygons potential procedures processing produce raster regional remote sensing remotely sensed data requirements Resources satellite scale soil spatial data specific standards tables thematic types users USGS values vertical Waddell Dam waste sites water-level wetlands zones