Agriculture |
 |
ArcGIS for Certified Crop Advisers (CCAs): A Training Program |
|
Assessing Spatial Variability in Soil Mineralizable Nitrogen Levels |
|
Coffee of the Thousand Hills: DSS for Rwanda's Coffee Sector |
 |
Demonstrating GIS Capabilities and Applications to Kentucky's Agricultural Stakeholders |
|
GIS in Nutrient Management: A 21st Century Paradigm Shift |
|
Implementing an Agricultural Enterprise GIS |
|
Mapping Nutrient Budgets Within Fields |
|
Mapping the Spatial Distribution of Plant Diseases |
|
Mobile Mapping Tool for Exotic Plant Species Control Using ArcPad |
|
Modeling Ammonia Dispersion From Multiple CAFOs Using GIS |
|
Real-Time Mapping and Mobile GIS in Soil Survey Applications |
|
Representing Spatially Explicit Directional Virtual Fencing (DVFTM) Data |
|
Urban Agriculture: A Solution to Urban Poverty in Gainesville, Florida |
|
Using ArcIMS to Publish AgriStats Data Online |
[Back to Top]
|
Application Development |
|
3D GIS Application for Urban Planning Based on 3D City Model |
|
A Guide to the Python Universe for ESRI Users |
|
A Services Approach to GIS |
|
A Web GIS Application for Project Tracking and Production Monitoring |
|
An Alternate Approach to Address Creation and Maintenance |
|
BasinPro: Serving Busy Professionals With a Desktop GIS Tool |
|
Creating a GIS Web Site Using Visual Basic .NET and the ActiveX Connector |
|
Customizing ArcIMS Using the Java Connector and Python |
|
Designing More Effective Web Map Viewers |
|
Develop an Online Map Library System |
|
Development of a Custom GIS Application for Viewing Ethnographic Data |
|
Development of Software Tools for Making Environment Map Using ArcGIS |
|
Distributed GIS: An Online Parcel Maintenance System |
|
Dynamic Additions and Updates to Spatial Data Through the Internet |
|
Dynamic User Interface Creation With ArcObjects Based on Database Constraints |
|
Framework for Developing Mobile Pavement Data Collection Applications |
|
GIS Approach to Shoreline Management Using MapObjects and MS Access |
|
How to Build ArcGIS 9 Stovepipe Applications That Scale |
|
Implementing Integrated Web Mapping Solutions Using ArcIMS and .NET |
|
Improving ESRI ArcSDE Client Performance With Spatial Culling |
|
Indianapolis Integrates ArcGIS and Master Address Database |
|
Integrated Data Collection and GIS Applications with Personal Digital Assistants |
|
Integrating Enterprise Oracle-Based Applications With GIS Capabilities: Web SDE Editing |
|
Linking ArcIMS With an Internet File System |
|
Mobile/Handheld GIS Data Collector for the Department of Health, Florida |
|
Point and Click GIS: ArcObjects Customization of Routine Business Processes |
|
Taking Advantage of Your Enterprise GIS System |
|
The Application of GIS in Land Use |
|
The Effects of Wavelet Compression on Digital Elevation Models |
|
The Enhancement of ArcGIS With Fuzzy Set Theory |
|
The Geodatabase and SQL: Report Writing Power Tools for ArcGIS |
|
Web-Based Map-Algebra Challenges: A Polygon Solution |
|
Why Should I Use ColdFusion and ArcIMS Together? |
|
Workaround for ActiveX Connector Shortcomings |
[Back to Top]
|
Archaeology |
|
Archaeology and GIS: Prehistoric Habitat Reconstruction |
|
CAD Integration and GIS for an Archaeological Heritage Park in Petra, Jordan |
|
Debris Density Modeling of Space Shuttle Columbia: An Archaeological Assessment |
|
GIS and Archaeology at the University of Oslo, Norway |
|
GIS and Geophysics Reveal Fort Pierre Chouteau Historic Site |
|
Integrating GIS, Archaeology, and the Internet |
|
Monitoring of Landscape Change at World Heritage Sites |
|
The Historical Heritage Map of the Ostiense Marconi Urban Project |
|
USS Arizona Drawings and Underwater GPS Surveys Linked by ArcIMS |
[Back to Top]
|
Architecture, Engineering, and Construction |
|
Analyzing the Urban Heat Island for City Planning With GIS |
|
ArcPad and GPS Enhance Landscape Design |
|
Coordinating Infrastructure Projects With GIS |
|
GIS Management of Facilities Deactivation and Decommissioning |
|
Info-GIS: A Cross-Platform Integrated Approach for Community Planners |
|
SmartMAP at Clarion University: GIS for Smart Classrooms Management |
|
The Integration of GIS Into an Engineering Firm |
|
Who, What, When, and Where in the Construction Industry |
[Back to Top]
|
ArcWeb Services |
|
Client-Server Interaction in GIS Applications Through Web Services |
|
Enterprise Image Solution Integrating ArcIMS With LaserFiche |
|
GeoReadiness: Navy's GIS Solution Supporting Decision Support and Service-wide Data-Sharing |
|
Great Lakes of Georgia Project Promotes Tourism Using ArcWeb Services |
|
ROAM Application Utilizing ArcWeb Services |
|
Web Boundary and Annexation Survey |
|
Web Services Assist USDA Senior Officials With Access to Critical Data |
[Back to Top]
|
Business GIS |
|
Educating Multi-Disciplined Experts for GIS-Based Global Valuation Modeling |
|
Gambling Geography: A Spatial Analysis of United States Gambling |
|
GIS in Reinsurance: Estimation of Losses Due to Natural Hazards |
|
GIS Supply Chain Management |
|
GIS With DM: Just Tools, or a New Marketing Science? |
|
Management and Promotion of Tourism in Ghana: A GIS Approach |
[Back to Top]
|
Cadastral and Land Records |
|
3D Cadastre System Using the Node-Relation Structure in GIS |
|
Automated Rectification of Vector Parcels/Plan: No Rubber Sheeting |
|
Automation of Cadastral Data From Paper-Based Records to Survey Fabric |
|
Building a GIS With the Metes and Bounds Survey System |
|
Cook County, IL: Enterprise GIS |
|
Creating a National Multipurpose Cadastre for the British Virgin Islands |
|
Creating Planimetrics From Existing Raster Images |
|
CVRD Land Management Enterprise GIS |
|
Databases and Algorithms to Determine the Boundary of Wyoming |
|
Developing a Vector Property Map for the District of Columbia |
|
Developing an Integrated Real Estate Information System (IRIS) Using ArcGIS |
|
How Government Agencies Can Use the National Integrated Land System |
|
Migrating to a Cadastral Geodatabase in Clay County, Iowa |
|
Modernizing Jamaica's Title Registration and Cadastral Systems |
|
Process and Development in Reservation Real Property Management |
|
Significance of a GIS-Based Deeds Recording System |
|
Surviving the Storm - Migrating from ArcInfo GIS to ArcSDE |
|
Turkish Cadastre Automation System With ESRI Technology |
|
Washington State Cadastre: Integrating Topology, Aquatic Ownership, and Land Records |
|
Will GIS Finally Deliver Smarter e-Gov Services? |
[Back to Top]
|
Cartography and Map Production |
|
Animating the Battle of Lake Erie With ArcGIS |
|
Comparing Historical Maps With GIS Technologies |
|
Computers and Cartography: For Better or for Worse? |
|
Design and Implementation of Cartographic Standards in a State Agency |
|
Map Series Production Using ArcGIS (Workstation/Desktop) and ArcSDE |
|
Mercator: Who Was He and Why Should We Care? |
|
Modeling River Water Surfaces Using LiDAR Technology and ArcGIS Spatial Analyst |
|
The 2002 Economic Map Suite Challenge |
|
The Use of ESRI Software-Congressional District Map Production |
|
The Web Tourist Atlases Assist the Dissemination of Spatial Data |
|
Using ArcGIS in High Volume Map Production: Two Case Studies |
|
Web-Based GIS Atlas of Rice in Asia |
[Back to Top]
|
Census and Geodemographics |
|
Assessing Housing Growth When Census Unit Boundaries Change |
|
Electoral Redistribution and Delineation Using ArcGIS/ArcSDE/ArcIMS |
|
Employment Subcenter Identification: A GIS-Based Method |
|
Enterprise GIS Solution for Census Operation: Case Study From KSA |
|
Learn More About Your Neighborhood |
|
MAF/TIGER Accuracy Improvement Project Update |
|
Mapping and Predicting Community Discord in Fairfax County, Virginia |
|
Socioeconomic and Biophysical Influences on Forest Cover Type In Alabama's Eight Counties: A Logistic Regression Analysis Using GIS and Remote Sensing Techniques |
|
Use of Geo-Demographic Data: Problems and Solutions |
|
Using Address-Based Geospatial Source Data at the Census Bureau |
|
Using ArcPad in the 2004 Census Test |
[Back to Top]
|
Climate, Weather, and Atmosphere |
|
Combining Deterministic and Probabilistic Methods to Produce Gridded Climatologies |
|
EMHURR: Hurricane Tracking for Emergency Managers With ArcIMS |
|
Examining Sea Ice in the Southern Ocean Using ArcGIS |
|
From the Ground Up: Modeling Windblown Dust |
|
Geospatial Analysis for the Causes of Haze Assessment |
|
GIS in Air Pollution Research: The Role of Building Surfaces |
|
Lessons Learned in Creating a Real-Time Weather Data |
|
National Weather Service Goes Digital With Internet Mapping |
[Back to Top]
|
Database Design, Automation, and Management |
|
Allocating Census Data to Colonias Along the U.S./Mexico Border |
|
An Enterprise Geodatabase: Montgomery County, Maryland |
|
Automating Production of Digital Nautical Charts |
|
Automating the MTAIP File Review Process Using ArcObjects and VBA |
|
Building a Geodatabase for the City and County of Denver |
|
Building an Asset Inventory Geodatabase Using ArcPad for Data Collection |
|
California Public Lands Geodatabase: A Collaborative Statewide Data Maintenance Process |
|
City of Charlotte Enterprise GIS Data Model Project |
|
Creating a Geologic Dataset of the Caribbean Using ArcGIS |
|
Design of a Geodatabase for Efficient Retrieval of Geographic Information |
|
Designing a Geodatabase for Your Project: A Wetlands Delineation Example |
|
DFIRM Databases: Lessons Learned |
|
Do You Know Where Your Addresses Are? |
|
Evaluating SDELOB and SDEBINARY Storage Mechanisms in ArcSDE |
|
Geodatabase Development and Implementation for Paulding County, Georgia |
|
Geodatabase: Setting Three Counties' Standards |
|
GEON: Geophysical Data Add the 3rd Dimension in Geospatial Studies |
|
Ground Truthing LIDAR Data in Tallahassee, Florida |
|
Implementing Automation to Transition From ArcInfo Librarian to a Versioned Geodatabase |
|
Integrated GIS Work Environment With ESRI Products |
|
Keeping Inventory of Computers at Texas A&M University-Corpus Christi Within a GIS |
|
Leveraging ArcSDE Functionality to Manage Terabytes of Raster Data |
|
Managing Large Projects Using Enterprise Technologies |
|
Migrating a Large Dataset to a Personal Geodatabase |
|
Migrating an Enterprise GIS: A Success Story |
|
The Learning Process of Migrating to ArcGIS and the Geodatabase |
[Back to Top]
|
Defense and Intelligence |
|
A Great IMS Site Is Not Enough |
|
A High Adaptive Rapid GIS Application Development Method |
|
Aeronautical Transformation Supports DOD Aircrews |
|
Applying GIS in Stability and Support Operations in Bosnia |
|
Architectures for a Defense Installation Spatial Data Infrastructure (DISDI) |
|
Arid Environments: The Quest for New Military Training Areas |
|
C/JMTK Prototyping for Visualization of Weather, LIDAR, and Aircraft Routes |
|
Cadastres (Land Registries) and Global Security |
|
Cooperative Technology: Leveraging GIS Investments for Multi-Jurisdictional Disaster Response |
|
Creating Correlated Geographical Databases for an Aircraft and Support Systems |
|
Creating Network Centric Situational Awareness Using ArcGIS and Tracking Server |
|
Developing 3D Analyst Enhancements Using OpenGL |
|
Developing a Data Management System for the Norwegian Armed Forces |
|
Development of the South African Army Mobility Model (SAAMM) |
|
Exploitation, Analysis, and Navigation for Military, Educational, and Recreative Purposes |
|
FM GeoWeb Common Access to Maps for Swedish Armed Forces |
|
GeoBase Communications Data Conversion: Moving Legacy ArcInfo Coverages to a Geodatabase |
|
GeoBase Implementation at Yokota Air Base, Japan |
|
Geospatial Intelligence and Situational Awareness |
|
Geospatial Support for Joint Forces Installation Management |
|
GIS Management of the Barry M. Goldwater Range |
|
Global Mirror: A City Perspective on Interagency Collaboration Challenges |
|
Global Mirror: Interagency Collaboration Challenges, A USNORTHCOM and USGS Perspective |
|
Implementing GIS in DARPA's Grand Challenge Race |
|
Integrated Training Area Management: Improved Efficiency on Multiple-Source Data Integration |
|
Integrating Geospatial Information for Littoral Warfare Operations |
|
Managing Large Collections of NGA Raster Data |
|
Maritime Division Transformation |
|
Mobile Radiation Detection for Military and Civil Defense |
|
Modeling Buildings for Mission Rehearsals |
|
Modeling Complex Temporal Requirements in Cross-Country Mobility Analysis |
|
Multi/Hyperspectral Data Fusion |
|
NATO Peace Time Field Headquarters and GIS: A Kosovo Experience |
|
NGA's National Center for Geospatial Intelligence Standards - Leading the Way Through GEOINT Standards |
|
Patrick AFB: Integrating SDS and Military Standards With ESRI Technology |
|
Predictive Sensor Collection Utilizing ArcMap and STK Sensor Analyst |
|
Preventing Terrorism: Geographic Text Search Improves Homeland Security |
|
Swedish Geocell in Kosovo: Deployable Geographic Field Support |
|
The Challenges of Direct Support to NGA's Military Customer |
|
The PACAF GeoBase Maturity Metrics: A Standardization Tool |
|
The Role of GIS in Next-Generation C2I Systems |
|
The USCG Search and Rescue Optimal Planning System via C/JMTK |
|
Total Facilities Management With GIS, MAXIMO, and CAD |
|
U.S. Army, Pacific Theater Geospatial Database |
|
United States Air Force Academy GeoBase Program |
|
United States Air Force Bird Avoidance Model (US BAM) |
|
United States Coast Guard Search and Rescue System |
|
Utilizing C/JMTK to Build a Web-Based Common Operational Picture (WebCOP) |
[Back to Top]
|
Ecology and Conservation |
|
Advanced Digital Terrain Analysis Using GIS |
|
Advancing Conservation Through the Development of Customized Moving Map Software |
|
Applications of Decision Support for Conservation at NatureServe |
|
ArcGIS Tools for the Prediction and Evaluation of Terrestrial Ecosystems |
|
Building Green Infrastructure Plans for SE Pennsyvlania Using ESRI Products |
|
Conservation GIS by Volunteers: The Elkhorn Slough Historic Habitats Team |
|
Developing a GIS of the Bioluminescent Bays on Vieques, Puerto Rico |
|
Environmental Predictors of Dolphin Density: ArcGIS in Marine Biology |
|
Forest Biodiversity Indicators in the Colombian Andes |
|
GIS for a Greener Brazil: Automated Delineation of Natural Preserves |
|
GIS-Based Ecological Modeling in the Caribbean Basin for Conservation Planning |
|
Integrating Chimpanzee Research and Conservation in Gombe Using GIS |
|
Integrating Ecological/Climate Data in ArcIMS to Optimize Image Acquisition |
|
Knowledge Modeling, GIS, and Decision Support for Species Recovery |
|
Mapping and Management of Invasive Plants: Camp Dawson, WV |
|
Mapping the Natural History of the Lewis and Clark Trail |
|
Measuring Functional Landscape Connectivity Using Graph Theory |
|
Measuring Sprawl's Consequences: Linking Biodiversity Change With Development Planning |
|
Modeling Fire Behavior on the Landscape of the Southern Appalachians |
|
NatureServe's Decision Support System for Conservation Planning |
|
On the Move: Satellite Tracking of Asian Elephants in Myanmar |
|
Pre-Settlement Land Cover Mapping From GLOS Records |
|
Take a Ride on the ArkZoo Data Model |
|
The Role of GIS in Systematic Conservation Planning for Rivers |
|
The Trust for Public Land: Introducing the Greenprinting Model |
|
Toward a Global Coral Map |
|
Using Dynamic Segmentation to Create Home Ranges for Aquatic Species |
|
Using Historic Survey Data in Conservation GIS |
|
Utilizing GIS for Sustainable Ecotourism Development and Management |
|
Washington DNR Natural Heritage Program Southwest Washington Prairie Land Areas |
[Back to Top]
|
Education |
|
An ArcIMS Application for Tracking and Predicting Insect Infestation |
|
Analysis of Biodiversity Elements for Decision-Support System |
|
Chinese and Taiwan Historical GIS |
|
Community Colleges Partnered With Industry = GIS Success |
|
Community GIS: University Collaboration and Outreach With K-12 Teachers |
|
Deaggregating National Energy Forecast Data for Use on Regional Projects |
|
Designing a Danish GIS-Curriculum For University Students – What To Prioritize in a Beginner’s Course? |
|
Development of a GIS for a Water Distribution Network |
|
Development of GIS for Niche Model Analysis of Protected Species |
|
ESRI's Software Localization Project: The Brazilian Experience |
|
GIS Lessons for the World: The Global GIS Project |
|
GIS Without the G: Implementing Campus GIS Without Geography |
|
Global View, Local Setting: Visualization in a Science Museum Exhibit |
|
How GIS Professionals Help School Teachers and Students Use GIS |
|
Innovation in Online Education: Teaching ArcObjects Online |
|
Nature and Technology: Live GIS Training Camp in Bavarian Forest National Park |
|
Promotion of Web GIS for University Courses and Research |
|
Putting GIS to Work in King County: Creating a Successful GIS Education Program |
|
Simplifying Urban Geography Concepts: A Teaching Tool for K-16 Educators |
|
Site Suitability Analysis for Multipurpose Wetlands |
|
Sonoita-Elgin Emergency Geographic Information System (SEEGIS) |
|
The GISCI Certification Program |
|
WebGIS as Teaching Tool: UC Atlas of Global Inequality |
[Back to Top]
|
Electric and Gas |
|
A Fundamental Utility Restoration and Evolution Using GIS |
|
Bridging the Gap Between GIS and ERP at Alagasco |
|
Can Power Companies Use Space Patrols to Monitor Transmission Corridors? |
|
Electrical Designing in the Field Using ArcGIS and ArcFM |
|
GIS Data Conversion, Training, and Layer Development |
|
GIS for Underground Network |
|
Siting Linear Facilities with Geographic Information Systems |
|
Taking Tablet PCs and the Enterprise Geodatabase to the Field |
[Back to Top]
|
EMS, Fire, and Disaster Management |
|
A GIS to Reduce Flood Impact on Road Transportation Systems |
|
ArcGIS Supports Wildland Fire Planning for Communities, States, and Regions |
|
ArcGIS, HAZUS-MH, and MitigationPlan.com: Arkansas' Mitigation Strategy |
|
ArcIMS Solution for Harris County Residents' Flood Risk Look-Up |
|
Automatic Crash Notification and 9-1-1: A Success Story |
|
Emergency Action Plan for Urban Flooding Using GIS |
|
Emergency Response Runbook: The Importance of Consistent Street Addressing Methods |
|
Floodplain Mapping: Planning for Disasters or Planning Disasters? |
|
Geographic Information System Capability for Nuclear Emergency Response |
|
GIS Techniques for Flood Map Modernization and Hazard Mitigation Plans |
|
Hazards Mitigation: Using Localized Data in HAZUS MH |
|
Hurricane Isabel On-Site GIS Support |
|
Hurricane Isabel: Testing Hampton Roads, Virginia's Geospatial Preparedness |
|
Improving EMS Response With GIS |
|
Initial Attack GIS |
|
Measurement of Fire Service Accessibility by Using GIS: A Case Study in Ankara, Turkey |
|
Milepost Locations in Rural Emergency Response: The Missing Piece |
|
Modeling and Simulation of Rescue Activity in a Seismic Disaster |
|
Modeling the Tornado Threat in Arkansas With GIS |
|
Public Works' GIS Support Before, During, and After Hurricane Isabel |
|
San Diego Fires 2003: Rapid Assessment of Post-Fire Impacts |
|
Standardization of Map Symbols for Emergency Managers |
|
The Development of the Slope Failure Management System |
|
The Evolution of GIS and Emergency Management |
|
The Influence of Map Design on Fire Management Decision-Making |
|
Tips and Tricks for Customizing HAZUS-MH (Hazards U.S.-Multihazard) |
|
Using ArcGIS for Fire Pre-Incident Planning |
|
Using ArcGIS to Create an Emergency Response Fire Atlas |
|
Using ArcMap in Emergency Response Scenarios at Local Schools |
|
Using GIS During Complex Emergencies |
|
Using GIS to Manage Wildfire Damage Information |
|
Using GIS/CAMA in Disaster Response |
[Back to Top]
|
Environmental Management |
|
Applications on Slope Lands Management through GIS Technology |
|
Aquatic Weed Control Using Mobile, Enterprise, and Web-Based GIS |
|
ArcGIS Geostatistical Analyst Application in Assessment of MTBE Contamination |
|
ARROW: A Web-Based Support Tool for the Apalachicola River |
|
Assessing Wetland Changes in the Rochester Embayment Area of Concern |
|
Bangladesh Industrial Pollution Estimation System |
|
Better Wetland Restoration: How Can HGM Help? |
|
Design-Build Transportation and Watershed Planning Meet in a GIS |
|
Development of a GIS Based Dust Dispersion Modeling System |
|
Enterprise GIS Strategy for Public Resources Planning and Public Involvement |
|
Environmental Risk Management for Bio/Ecosystems Information and Education Program |
|
Evolution and Roadmap of Chemical Data Display in Environmental Investigations |
|
Flight Line Management in a GeoBase Environment |
|
Focused Environmental Remediation Using Advanced Web and GIS Technologies |
|
GIS Applied to Adaptive Management: Revegetating the Bunker Hill Hillsides |
|
GIS Database for Environmental and Energy System Planning in Tokyo |
|
GIS Tools for Remediation of Groundwater |
|
GIS/GPS Trail Condition Inventories: A Virtual Toolbox for Trail Managers |
|
Increasing the Efficiency of Environmental Projects Using GIS Technology |
|
Interpolation Strategies for Fluvial and Deltaic Environments |
|
Landscape Planning and GIS-Based Data Management |
|
Mapping Damages Caused by the October 2003 Wildfires in California |
|
Multiple Criteria Analysis for Flood Vulnerable Areas |
|
Natural Resource Data Extraction: Tools for Managers |
|
NEPAssist: A Web-Based Spatial Analysis Tool for Environmental Assessments |
|
Pikes Peak GIS Database for Collaborative Environmental Remediation Planning |
|
Preparation of Geotechnical Database of Mountainous Cities With ArcGIS |
|
Risk Assessment of Surface Water Quality Using BASINS |
|
Solutions for Characterizing Natural Landscape Character Using GIS |
|
Streamlining Environmental Monitoring and Assessment |
|
Study on Survey and Management of Rural Resource |
|
The Building of Environmental Geographic Information System |
|
The Integrated Application of Web-Based and Spatially Engineering Management System |
|
The Research Regarding the Environmental DBMS for Environmental Manager Support |
|
Using ArcGIS to Develop a Dynamic Trail Inventory |
|
Using Equis and ArcGIS for Environmental Decision Support |
|
Using GIS to Develop a Network of Acoustic Environmental Sensors |
|
Using GIS to Identify Remediation Areas in Landfills |
|
Using GIS to Implement Smart Growth Regulations in New Jersey |
|
Utilization of GIS on Visitor Use Management in National Parks |
|
Utilizing ArcPad for Proposed Energy Development Sitings |
|
Utilizing ArcScene and GMS 5.0 to Evaluate Environmental Cleanup Strategies |
|
Windmills Site Selection Using Remote Sensing and GIS |
[Back to Top]
|
Federal Government Systems |
|
Contact Us Before You Plan |
|
Geospatial Modernization Within USDA Conservation Programs |
|
Implementation of The National Map in Eastern Region Urban Areas |
|
Map Modernization, Paper to Digital, a Contractor's Point of View |
|
Progress of the Geospatial One-Stop Initiative at USDOT |
|
Sharing Data Assets Through the National Map and ArcIMS |
|
Using Interactive Maps to Analyze USDA Food Assistance Programs |
|
Utilizing GIS to Enhance Decision Making During Superfund Site Remediation |
|
Web-Based Document Archival System for U.S. Army CHPPM |
[Back to Top]
|
Forestry, Wildlife, and Fisheries Management |
|
A GIS Tool for Fish Habitat Modeling |
|
A Spatially-Explicit Habitat Model for Cougar in Utah |
|
An Integrated Enterprise GIS System for Forest Management in Japan |
|
ArcFVS: An Integration of a GIS and Forest Vegetation Simulator |
|
ArcGIS Tools: Helping Re-Green Washington, DC |
|
Arkansas' Black Bear Data: Onion Paper to Digital |
|
Combining Mobile GIS and Indigenous Knowledge in Community Forest Management |
|
Decision Support for Forest Fuels Evaluation and Treatment Planning |
|
Deploying ArcPad for Noxious Weed Population Monitoring |
|
Forestry GIS Applications in Fuels Mapping With Confederated Salish-Kootenai Tribes |
|
GIS as a Tool in Managing and Monitoring Timber Concessions |
|
GIS Data Management Systems for Terrestrial Raptors |
|
GIS Model for Reintroducing Bighorn Sheep in Northern Utah |
|
Guiding Habitat Restoration in the Great Lakes With ArcIMS |
|
Handheld to ArcSDE: Mapping Roads With Palms and GPS |
|
Integrating TIGER, DOQ, and Forest Inventory Field Calls |
|
Managing Trees in Pittsburgh |
|
Mapping Fish Habitats in Lake Tahoe for Planning and Management |
|
Monitoring Pine Pitch Canker With GIS |
|
Targeting Fire Management Priorities for Community Protection and Ecosystem Restoration |
|
The Use of GIS to Visualize Fish Distribution |
|
Understanding Grizzly Bears Using GIS |
|
Using the ArcInfo Network Module to Determine Fish Population Structure |
|
Visualizing Spatial Forestry Data: Knowledge Management in the 3rd Dimension |
[Back to Top]
|
GIS Organization and Management |
|
Collaborative GIS for Field Research Supports at the University of Redlands |
|
Fashioning the GIS Data Management Solution |
|
GIS for the Beginner on a Budget |
|
GIS in a Box: Managing a Growing GIS |
|
ITAM’s GIS Information Products Program and IMS Centric Approach |
|
Locating GIS Within the IT Enterprise in Indianapolis/Marion County, Indiana |
|
Management and Leadership Approaches for GIS Teams |
|
Managing the AGD to GDA Datum Change in Australian Business |
|
Pearland, Texas and Enterprise Wide GIS |
|
Retrofitting the Foundation of an Archaeology GIS |
|
Startup GIS in a Growing Consulting Firm |
[Back to Top]
|
Health and Human Services |
|
A Geospatial Analysis of Volunteerism |
|
A Matter of Scale: The Ecologic Fallacy in Spatial Analysis |
|
Analyzing Head and Neck Cancer Incidence and Mortality Using GIS |
|
Descriptive Epidemiology of Parkinson's Disease in South Carolina |
|
Designing and Implementing a GIS for Epidemiology and Public Health |
|
Fight the Bite With GIS |
|
Fuzzy Expert Systems and GIS for Health Risk Prediction |
|
GIS in Environmental Health for Evaluating Drinking Water Contamination |
|
Global Gridded Index of the Stability of Malaria Transmission |
|
Health Resources and Services Administration Geospatial Data Warehouse |
|
Human Services Delivery With GIS: Initial Steps in Lee County, Florida |
|
Neighborhood Deprivation and Premature Mortality in Los Angeles County |
|
Spatial Mapping of Ammonia Levels in Eastern North Carolina |
|
TOXMAP: A GIS Information Portal to Environmental Health Databases |
|
Using ArcGIS/ArcPad to Locate Households Potentially Exposed to Agricultural Pesticides |
|
Using Geospatial Technology for Public Health Preparedness |
|
Using GIS to Support ADS Prevention Efforts in San Diego |
|
Web-Based Disease Tracking: A West Nile Virus Example |
[Back to Top]
|
Homeland Security |
|
Anti-Terrorism Planning Using ArcGIS |
|
Assuring Port Operations By Analyzing Supporting Infrastructures With GIS |
|
Building a Multi-Hazard Threat Database for Homeland Security |
|
Critical Infrastructure and GIS |
|
Emergency Management Mapping Application: Integrating Data Online for Emergency Management |
|
Enabling Geospatial CBRN Mission Data Set Implementations |
|
Enhancing Homeland Security With LandScan USA |
|
GIS for Oak Ridge Evacuation Modeling System |
|
Homeland Security and Hazardous Material Management for a Community College |
|
Integration of Atmospheric Contaminant Plume Calculations Into ArcView |
|
Michigan's Comprehensive GIS for Emergency Management and Homeland Security |
|
Mobile GIS in Police Vehicles for Henrico County, Virginia |
|
Nebraska Emergency Preparedness Using ArcGIS |
|
Persistent Cloud and Plume Analysis Using GIS |
|
Preview of AWARE (All-hazard Warning And Risk Estimation) |
|
The National Map Hazards Data Distribution System |
|
USCG MISLE Web-Based GIS Application |
|
Using GIS for Nearshore Maritime Operations |
|
Web-Based Incident Analysis and Vulnerability Mapping With ArcGIS 9 |
[Back to Top]
|
Law Enforcement and Criminal Justice |
|
Creating an Incident Tracking System Through Disparate Data Sources |
|
Development of a Crime Mapping System Using .NET and ArcIMS |
|
Disaggregating the Journey to Homicide |
|
GIS Applications of National Drug Threat Survey Data |
|
GIS in Crime Mapping and Analysis |
|
Measuring Quality of Life: Moving Beyond Part One Crime |
|
Perception vs. Reality: Mapping Crime With CrimeMAPS in San Francisco |
|
Project Safe Neighborhoods Mapping and Analysis Program |
|
Real-Time GIS Analysis in Patrol Units |
|
Strategic Assignment of Public Safety Personnel Using GIS |
|
Testing of Apparent Child Sex Offender Clustering |
|
Use of GIS for Automated Vehicle Location, Newton Police Department |
|
Using ArcGIS to Comply With Megan's Law |
|
Using GIS to Analyze Auto Theft in Morris County, New Jersey |
[Back to Top]
|
Location Services |
|
Adding Editorial Value by Positioning Television Viewers |
|
Using ArcIMS to Develop Location-Based Tourism Information Systems |
|
Using GIS for Middle or Low Rate Hotel Reservation |
[Back to Top]
|
Metadata and Data Publishing |
|
ArcIMS Implementation for San Antonio River Authority |
|
Creating and Publishing Metadata at geodata.gov |
|
Creating Metadata for the Long-Term |
|
Data Sharing at the Channel Islands Regional GIS Collaborative (CIRGIS) |
|
Datamart Use for Complex Data Retrieval in an ArcIMS Application |
|
Design and Implementation of a GIS Metadata System |
|
Development of an Interactive Web Interface for Spatial Data Warehousing |
|
Enhancing Data Discovery Using the ArcSDE--Java API |
|
Extending the CUGIR GIS Data Repository With Interoperable Web Mapping |
|
GeoNorge.no: The New Norwegian GeoPortal |
|
Governmental Unit Boundary Standard: A Workbook Approach |
|
HGL: A Web-Enabled Geospatial Digital Library |
|
Implementing ISO Data Quality Standards Using ESRI GIS Data ReViewer |
|
Improving Access: Setting a Geodatabase With TIGER Data |
|
Integrating Custom Data Sources Into the ArcGIS Framework |
|
Lessons in ArcIMS Metadata Server Implementation |
|
Merging Metadata Standards: ISO and FGDC |
|
Welcome to BTS National Transportation Atlas Database (NTAD) |
[Back to Top]
|
Mining and Geosciences |
|
A Spatial Representation of Louis Peltier's Weathering, Erosion, and Climatic Graphs Using Geographic Information Systems |
|
Development and Application of Mineral Potential Mapping Techniques |
|
Geologic Modeling for Highway Construction in ArcGIS |
|
GEON: ArcIMS Online Mapping to Facilitate Integration of Geoscience Data |
|
GIS-Based Kinematic Slope Stability Analysis |
|
Integrating Knowledge Representation Into GIS: An Example From Minerals Exploration |
|
Managing GPSGeodetic Network in Seismic and Volcanic Areas Using GeoNetGIS |
|
Mobile GIS: Building a Reservoir With ArcPad Software |
|
Radon in Groundwater of the South Texas Uranium District |
[Back to Top]
|
Modeling |
|
Classification of Image Textures Using GRID and a Neural Network |
|
Hydraulic Modeling in GIS: Time Series Results in Mapplet |
|
Integration of Agent-Based Models and GIS |
|
Integration of Different Data Bodies for Humanitarian Decision Support |
|
Landscape Visualization: Progress and Prospects |
|
ModelBuilder Applications for Regional Environmental Planning and Resource Management. |
|
Modeling Changing Places With ArcGIS Image Analysis Capabilities |
|
Modeling Global Language Diffusion With ArcGIS |
|
Smart Tool: Cape Coral's Interactive Growth Model |
|
Soil Landscape Models for Soil Survey Sampling |
|
Spatial Subsidies for Watershed Studies |
|
Stream Modeling: Channel Stabilization and Visualization Using ArcView |
|
The Agent Analyst Extension for ArcGIS |
|
Use of GIS to Interpret Global Economic Data |
|
Using a Neural Network to Evaluate Land Use Change |
|
Using Agent-Based Components in GIS Applications |
|
Viewshed Characterization for Wind Farm Siting in Western North Carolina |
[Back to Top]
|
New Technology and System Integration |
|
Accessing the Alexandria Digital Library From GIS |
|
Airborne Multi-Spectral Imaging System |
|
An Integrated Platform for Spatial Data Mining and Knowledge Discovery |
|
An Open-Source Virtual Object Model for 3D GIS |
|
Connecting Our World: GIS Web Services |
|
Developing a Three-Dimensional Surface-Analytical and Geostatistic Tool Using ArcObjects |
|
Digital Image Based GASB34 Asset Tracking |
|
Envisioning Neighborhoods: GIS Information Design to Facilitate Understanding Places |
|
Extending ArcIMS With PHP and MySQL |
|
GEON: Assembling Maps on Demand From Heterogeneous Grid Sources |
|
GEON: Ontology-Enabled Map Integration |
|
GEON: Standards-Based Secure Invocation of ArcWeb Services |
|
GEON: The GEON Grid Software Architecture |
|
GPS/GIS Integration for Improving Crash Location Data Accuracy |
|
Integrating an Oblique Airphoto Library From Pictometry Directly Into ArcMap |
|
Integrating Document Management and GIS |
|
Road Map to Develop a Real-Time Web-Based Mapping Application |
|
Technical and Logisitical Issues in Mobile Mapping Implementations |
|
The Next Revolution: Digital Aerial Camera Mapping |
|
Use of ArcPad During the 2004 Census Test |
|
Using a Handheld GIS ArcPad to Ensure Complete Geophysical Coverage |
|
Visual Infrastructure Management Solutions: The Next Generation of CAFM Systems |
|
Web Services Solution for Wastewater Work Management Operations |
[Back to Top]
|
Ocean, Coastal, and Marine Resources |
|
A Biogeographic Assessment of Fauna in California Marine Sanctuaries |
|
Advancement of an Enterprise Coastal GIS in Martin County, Florida |
|
ArcGIS 8.x Benthic Habitat Extension: Analysis in American Samoa |
|
ArcGIS Tools for Environmental Sensitivity Index Mapping and Contingency Planning |
|
Bilingual Marine Data Distribution Using ArcIMS for Coral Reef Conservation |
|
Building Capacity in the U.S. Flag Pacific Islands |
|
Case Study of the ArcGIS Marine Data Model: Examining Habitat Utilization Patterns of Reef Fish along the West Coast of Hawaii |
|
Classifying Deep Water Benthic Habitats Around Tutuila, American Samoa |
|
Discovering the Depths With GIS in the Deep Sea |
|
Geologic Sea-Floor Mapping: Marine Data Model Case Study |
|
GIS Analysis of Common Snook Movement Patterns in Southeast Florida |
|
GIS Mapping and ArcIMS Integration, San Diego Nearshore Program |
|
GIS System for Preventing Ballast Water-Borne Species Introduction |
|
Impacts of Historic Tsunamis on the Coastal Geomorphology of Hawaii |
|
Implementing Marine XML for NOAA Observing Data |
|
Integration of Model Results and the Marine Data Model |
|
Lagos Lagoon Coastal Profile: Information Database for Planning Theory |
|
Merging Bathymetric-Topographic Data to Common Vertical Datum for Louisiana |
|
Moving Toward Achieving Consistency in Coastal GIS Shorelines With Vdatum |
|
Oceanographic Analysis in the Bering Sea Using ArcGIS Engine/Java/Java3D |
|
Planning Coastwide Restoration in Louisiana With GIS and Predicted Models |
|
Species-Specific Marine Habitat Maps From High-Resolution, Digital Hydrographic Data |
|
Tampa Bay Estuary Data and Information Management System (DIMS) |
[Back to Top]
|
Petroleum |
|
"Spatializing" the Enterprise: GIS Web Portals for Major Petroleum Companies |
|
Editing Data in the ArcGIS Pipeline Data Model |
|
Enterprise GIS-Federation of BHP Billiton GIS Efforts |
|
Exploration Targets Highgraded Using ArcMap, Spotfire, and MapConnect |
|
Fuel and Energy Complex Data Analyzing in Russian North-West |
|
GIS Inside an Independent Oil and Gas Company |
|
Globalization of GIS in Shell |
|
Indiana Geological Survey's Petroleum Database Management System: GIS and RDBMS |
|
Integrated Mapping at BHP Billiton |
|
Integration and Vizualisation of 3D Petroleum Data in ArcScene |
|
Interoperabilty: A Key to Global Oil and Gas Exploration |
|
Spatially Enabling Exploration and Production Data Using PPDM Standards |
[Back to Top]
|
Pipeline Transmission |
|
A Safe Approach in Implementing a GIS Solution |
|
Migrate Mapping of Transmission Pipeline Data From ArcView to ArcGIS |
|
Overland Spread and Hydrographic Flow Modeling for Pipeline Integrity Management |
|
Pipeline Integrity Management Using Linear Referencing With ArcObjects |
[Back to Top]
|
Remote Sensing Imagery |
|
A Complete Building Extraction System From Elevation Data |
|
An Archive of Satellite Imagery for the Intermountain Region |
|
ArcMap as a Quality Assurance Tool in Photogrammetry |
|
GIS Pattern Recognition and Rejection Analysis Using MATLAB |
|
High Resolution Imagery for Mapping Riparian Vegetation Structure |
|
Historical Aerial Photography Orthorectified for Prince Georges County, MD |
|
New Multi-Spectral Digital Imaging System Technologies |
|
TXDAPA: Geo-Referencing Historical Aerial Photography of Texas |
|
Using ArcGIS for Geospatial Analysis With Multi/Hyperspectral Data |
[Back to Top]
|
Spatial Data Infrastructure |
|
Building a European Spatial Data Infrastructure |
|
Creating a Distributed National Database for Carbon Sequestration |
|
Developing Hawaii’s Geospatial Implementation Plan (I-Plan) for Framework Data |
|
DISCUSS: an Alternative For Taking Decisions With an Incomplete SDI |
|
Spatial Data Infrastructure: North Carolina Case Study-Panel Discussion on NC OneMap and The National Map |
[Back to Top]
|
State and Local Government |
|
Anatomy of a Successful Municipal Enterprise GIS and ROI |
|
Applications Development for Fifty-Year Public Works Planning |
|
ArcGIS 8.3 Spearheads GIS Data Conversion: City of Cleveland, Ohio |
|
ArcIMS Intranet Application: San Diego CityWorks Tracks Municipal Projects |
|
Automating GIS Analysis in Rezoning Application Reviews |
|
Baltimore's Project 5000: Taking Property Ownership for Community Revitalization |
|
Buildable Land Inventory for a Small City |
|
Building a Spatially Referenced Asset Management System for Municipalities |
|
Building a Successful Enterprise GIS in San Francisco |
|
Building Local Government Enterprise GIS in a Limited Fiscal Environment |
|
Building Spatial Information Infrastructure for Kathmandu Metropolitan City (KMC) |
|
Can You Hear Me Now? Helping Local Officials Understand GIS |
|
Challenges and Successes of Enterprise-GIS Applications: Paper Map-Digital Aerial-Satellite Imagery |
|
City of Chicago Automated Vehicle Tracking Project |
|
City of Durango's 2004 Community Forestry Program |
|
City, County, and School Analysis Using ArcGIS |
|
Collaborative Capital Investment Planning |
|
Community Based Information System for Infrastructure Improvement in Ludhiana, India |
|
County-Scale Green Infrastructure Planning Using GIS Spatial Analysis |
|
Creating Consensus Plans Using GIS Technology |
|
Creating Custom Intranet Applications for Individual County Departments Using ArcIMS |
|
Customizing ArcPad to Update a Street Sign Asset Management System |
|
