Geospatial Technology In Utah

1
Geospatial TechnologyIn Utah

• Bet Granberg
• Dennis Goreham
• gis.utah.gov
• April 9, 2008

2
About AGRC

• Department of Technology Services
• Division of Integrated Technology
• Automated Geographic Reference Center
• Staff
• 16 full time employees with 4-6 interns
• Software
• ESRI ArcGIS
• Image Server, Server, Desktop, and SDE
• AGRC Business Model
• Appropriation, Enterprise resources
  coordination
• Cost Recovery, Contracted projects training

3
About AGRC, cont.

• AGRC Responsibilities
• Charged by CIO to facilitate implementation of an
  enterprise approach to geospatial technologies
• Enterprise Geospatial Focus Areas Across
  sectors
• Data
• Provide stewardship, maintenance, and access for
  Utahs State Geographic Information Database
  (SGID)
• Services
• SGID Database Server (ArcSDE)
• SGID Imagery Server (ImageServer)
• Application Server (ArcGIS Server)
• Governance
• GIS Advisory Committee
• Awareness
• Coordination, Promotion

4
History of Utah Geospatial Infrastructure
1978 Recommendations to create SGID 1981 AGRC
created 1987 GISAC established 1991 SGID
created in statute 1991 UGIC created and held
first conference 1998 Data Sharing Agreement
signed by Gov. 2001 Framework Implementation
Plan completed 2008 Utah Geospatial
Infrastructure Strategic Plan
5
SGID GIS Data25 Thematic Categories, 350 Data
Layers

• Political
• Recreation
• Reference
• Transportation
• Utilities
• Wilderness
• Energy
• Environmental
• Demographics
• Vegetation
• Wildlife

• Administrative Boundaries
• Climate
• Parcels
• Cultural Features
• DFIRM
• Geography
• Geology
• Hydrology
• Indices
• Land Cover

GIS Users Federal State County City Tribes Private
Public
6
SGID GIS Data25 Thematic Categories, 350 Data
Layers

• Political
• Recreation
• Reference
• Transportation
• Utilities
• Wilderness
• Energy
• Environmental
• Demographics
• Vegetation
• Wildlife

• Administrative Boundaries
• Climate
• Parcels
• Cultural Features
• DFIRM
• Geography
• Geology
• Hydrology
• Indices
• Land Cover

GIS Users Federal State County City Tribes Private
Public
7
SGID GIS DataPoints of Interest

• State-owned asset, freely accessible
• Multi-level agency partnership
• Contains public and secured data
• Future Direction
• Centralized ? Decentralized, federated
• Data standards implementation
• Archive data

8
UGI Vision
The Utah Geospatial Infrastructure (UGI) is a
partnership of the Utah geospatial community that
delivers robust map-based information and
services to citizens, businesses and government
to enhance the safety, economy, environment, and
quality of life in Utah.
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UGI Definition

• The Utah Geospatial Infrastructure (UGI) is a
  collaborative effort, both formal and informal,
  among the entire GIS community in Utah, including
  federal, state, tribal, and local governments,
  businesses, colleges and universities, schools,
  local service districts, and non-profit
  organizations.
• The UGI has both a technical component,
  consisting of data, software, networks, and
  services that facilitate widespread use of
  geographic information and a human element,
  consisting of associations, agencies, and
  policies that foster collaboration within the GIS
  community and cooperation with policy makers and
  the public.
• This infrastructure is necessary to acquire,
  process, distribute, use, maintain, and preserve
  spatial data and services for the long-term
  benefit of all citizens of Utah.

10
UGI Strategic Goals

• Collaboratively maintained statewide data
  resources are usable, dependable, and relevant.
• Services are effective, accessible and reliable.
• Operational efficiencies are achieved through
  effective organization and communication.
• Decision makers at all levels understand the
  value of building the UGI and the benefit of
  utilizing it to respond to needs and
  opportunities.

11
Enterprise Services - Data

• SGID Database Server
• ArcGIS Server Geodata Services
• ArcGIS clients connect to 350
• layers of vector GIS Data
• Others, connect via Web Services
• http//gis.utah.gov
• Download 350 layers
• of GIS data in file-based
• formats (.shp fgdb)

ArcGIS Server (SDE)
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Insert Vector Data Slideshow here

• Show GIS data
• Counties, munis, sales tax transit tax,
  streets, parcels, schools, ownership

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Image ServerArcGIS, CAD clients
Enterprise Services - Data
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Aerial Photography (DOQ 1m)
Image Server Services
15
Aerial Photography (1m NAIP)
Image Server Services
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Aerial Photography (HRO 1ft)
Image Server Services
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Color Infrared (1m)
Image Server Services
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Satellite Imagery (LandSat w/ terrain)
Image Server Services
19
Geology Base Maps
Image Server Services
20
USGS Quads (24K DRGs)
Image Server Services
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LIDAR Elevation (2m)
Image Server Services
22
1 meter black and white DOQ
23
1 meter natural color NAIP
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1 foot natural color Urban Area Ortho-Imagery
25
High Resolution Imagery AcquisitionEconomies of
Scale
If each county had done imagery independently
(15,381 sq miles) Total 2,215,780 through
coordinated effort Total 1,429,860 Municipal
ities total cost bought separately (1,490 sq
miles) Total 1,123,464 through coordinated
effort Total 108,301
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GIS Analysis Examples

• Relational Database - Queries, Stats
• Spatial Queries
• Where is x
• What is at
• Overlay and Proximity Analyses
• Cartography/ Visualization
• Address Location Intl Trade
• Data Integration MV Waste Wells
• Modeling - Solar
• Application Development

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Solar Radiation (Watt Hours, direct diffuse)

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Location X
GIS FacilitatesData Integration
Outbreaks
Municipal Boundaries
Location can be used as the central organizing
principle for data in multiple databasesMost
government data relates to a location, or an
individual / entity that has an address location
School Districts
Census Blocks
Regions
Property Boundaries
Streets
Hydrology
County Boundaries
HazMat Sites
Population Density
Aerial Imagery
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Integrated AnalysisClosing MV Waste Disposal
Wells

• State Databases of Business
• Department of Commerce
• Department of Workforce Services
• Tax Commission
• Select North American Industry Classification
  System (NAICS) Codes of Interest
• Geocode Addresses of Interest to
• Overlay SWPZs to Prioritize Inspections

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Businesses with MVWDW Suspect NAICS Codes
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Drinking Water Source Protection Zones
34
Prioritized Businesses For MVWDW Inspections
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Enterprise Services - Applications

• ArcGIS Server
• Interactive Web Mapping Applications
• Display and Query
• Editing, Geoprocessing
• Web Services package geospatial functionality
  into toolsets for application developers
• Geocoding
• Linear Referencing
• Base Maps
• Spatial Query, Etc.

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Current AGRC Applications Development

• Dept. of Environmental Quality
• Geospatial View of DEQ regulated facilities
• DERR Migration of ArcIMS applications for
  Response and Remediation Sites and Underground
  Storage Sites to ArcGIS Server
• Water Quality Underground Injection Control
  Application (Exchange Network project)
• Dept. of Agriculture
• Mobile Application for Insect Program
• SalinityProgram
• Dept. of Natural Resources
• Forestry, Fire, Sovereign Lands DNR
  landownership index
• Wildlife Resources Utah Biodiversity Database
  and Application (Exchange Network project)
• Wildlife Resources Aquatics Database
  Application
• Wildlife Resources Watershed Restoration
  Initiative Application

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Web Services SOA
District Look Up Web Service
Validate User
Spatial Query
District Look up Logic
Increment database (Tracking)
Address Geocoder
SGID
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SOA And Web Services

• Think of it this way.
• A Service Provider
• Web Services Delivery Language (WDSL)
• A Service Registry
• Universal Description Discovery Integration
  (UDDI)
• A Service Requester
• SOA can be thought of as a style of information
  systems architecture that enables the creation of
  applications that are built by combining loosely
  coupled and interoperable services

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http//mapserv.utah.gov
40
District Look Up Web ServiceThe Request
41
District Look Up Web ServiceThe Response ?
Response formatted displayed in ? client
application (map? text?)
42

• gis.utah.gov

43
Utah GIS Portal http//gis.utah.gov(1100 reg.
users, 200K visits/month)

• One stop shopping for Utah GIS Community
• Data, Scripts, Standards
• User Agency Contacts
• Coordination GISAC, UGIC, Calendar

44

• UGI Strategic Plan

45
UGI Vision
The Utah Geospatial Infrastructure (UGI) is a
partnership of the Utah geospatial community that
delivers robust map-based information and
services to citizens, businesses and government
to enhance the safety, economy, environment, and
quality of life in Utah.
46
UGI Definition

• The Utah Geospatial Infrastructure (UGI) is a
  collaborative effort, both formal and informal,
  among the entire GIS community in Utah, including
  federal, state, tribal, and local governments,
  businesses, colleges and universities, schools,
  local service districts, and non-profit
  organizations.
• The UGI has both a technical component,
  consisting of data, software, networks, and
  services that facilitate widespread use of
  geographic information and a human element,
  consisting of associations, agencies, and
  policies that foster collaboration within the GIS
  community and cooperation with policy makers and
  the public.
• This infrastructure is necessary to acquire,
  process, distribute, use, maintain, and preserve
  spatial data and services for the long-term
  benefit of all citizens of Utah.

47
UGI Strategic Goals

• Collaboratively maintained statewide data
  resources are usable, dependable, and relevant.
• Services are effective, accessible and reliable.
• Operational efficiencies are achieved through
  effective organization and communication.
• Decision makers at all levels understand the
  value of building the UGI and the benefit of
  utilizing it to respond to needs and
  opportunities.