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© 2008 Applied Geographics
Summary BriefingSummary BriefingProvided to the State of Connecticut Provided to the State of Connecticut
May 7, 2008May 7, 2008
Steven AndersonSteven AndersonVice-PresidentVice-President
NSGIC Spring ConferenceNSGIC Spring Conferenceheld March 9-12, 2008held March 9-12, 2008
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© 2008 Applied Geographics
Presentation AgendaPresentation Agenda
Fifty States Initiative Workshop Keynote: Maryland CIO, Elliot Schlanger NSGIC Goals for the NSDI Imagery for the Nation Airborne Imagery Technologies Nation Land Parcel Data USGS National Map Technical Plan Addressing Work Group Transportation Work Group (Transportation for the Nation)
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© 2008 Applied Geographics
NSGIC Spring 2008: NSGIC Spring 2008: Fifty States Initiative WorkshopFifty States Initiative Workshop
CAT 1: Metadata Training and Outreach ($25k) University Metadata Training and Regional Outreach (CA)
CAT 2: Best Practices with Geospatial SOA ($100k) Cubewerx – Role based access control for Geospatial SOA
CAT 3: Strategic and business planning ($50k) CO, GA, HI, ID, NE, PA, SC, Virgin Islands received grants CO 2006 Recipient of USGS Partnership Funds, additional funds for BP
Development (integration of GeoIT and IT) SC Improving relationships with Local Government
CAT 4: Joint Canadian and US Spatial Data Infrastructure ($75k) Pending
CAT 5: Building Data Stewardship (structures & transportation data) $50k 4, $50k grants, IA, WV, MN, Towson University Build process to provide structures and transportation data to NSDI and maintenance
process CAT 6: Standards Implementation and Outreach; 4, $50k grants
Delta State University (MS): Develop on-line educational materials for FGDC standards adoption
Oklahoma Biological Survey and Private Company: Implementation of National Vegetation Classification System
State of North Carolina: Implementing National Grid
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© 2008 Applied Geographics
Business PlansBusiness Plans that have been completed or are under development that have been completed or are under development through the CAP programthrough the CAP program
Data Centric Business Plans CA: Imagery Business Plan
IN: IndianaMap Framework Planning and GIS Council Business Plan
CT: Funding CT’s Statewide GIS Program (Imagery, Parcels, Street Cl’s, & Addressing)
IA: Creating an Iowa Geospatial Infrastructure (7 framework layers)
SD: Cadastral Strategic and Business plans for the State of South Dakota
KS: Statewide High Resolution Elevation Data
UT: Statewide Inventory of Geospatial Resources
GIS Coordination Business Plans FL: GIS Coordination Business Plan (under development)
IN: IndianaMap Framework Planning and GIS Council Business Plan
WV: New Coordinating Body Business Plan
CT: Funding Connecticut’s Statewide GIS Program (Creation of GIS Office)
WY: Establishing a GIO and supporting GIS Technical Services Program
NH: Business Plan for Creation of a Geospatial Information Officer
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© 2008 Applied Geographics
Business PlansBusiness Plans that have been completed or are under development that have been completed or are under development through the CAP programthrough the CAP program
Infrastructure Business Plans OK: Business Environment Assessment
RI: RI Enterprise GIS
ME: Framework specification for an Integrated Land Records Information System
NC: Business Case to Support Sustainable Funding for NC OneMap (clearinghouse)
Funding Related Business Plans IA: Creating an Iowa Geospatial Infrastructure
(GITA)
IN: IndianaMap Business Plan Return on Investment Study
CT: Funding Connecticut’s Statewide GIS Program
Business Plan – Rhode Island Enterprise GIS
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© 2008 Applied Geographics
Keynote: Keynote: Elliot Schlanger, Maryland CIOElliot Schlanger, Maryland CIO
CIO of Baltimore when Gov. Martin O’Malley was Mayor
Issue not technology, it’s people and process GIS is one of government’s greatest business
enablers and decision making tools Early adopter of ComStat/CityStat –
developed in NYC as real-time performance measurement tool for police activities
Spread to other areas of government Now being implemented as “StateStat” in
Maryland Biggest issues to be concerned with in
regards to GIS Development of silos of information
(departmental) Disconnect with end-users Lack of cohesiveness between state and local
government
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© 2008 Applied Geographics
Keynote: Keynote: Elliot Schlanger, Maryland CIOElliot Schlanger, Maryland CIO
Common challenges and issues Managing state and local data and
delivery systems Finding ways to resource enterprise
GIS Statewide licensing of GIS software
applications The need for standards and policies
and guidelines that work for all How to sufficiently build the IT
infrastructure to work with all of this Deciding what sort of governance
will work best And how to pay for all this capability
in tough fiscal times
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© 2008 Applied Geographics
NSGIC Goals for the NSDI; Cy Smith, NSGIC PresidentNSGIC Goals for the NSDI; Cy Smith, NSGIC President
NSGIC Planning to release a discussion draft for a strategic framework for the NSDI
Key Initiatives that have been identified: 50 States Initiative Strategic and Business Planning
Templates RAMONA GIS Inventory Imagery for the Nation Other “for the Nation” initiatives to follow
(transportation, addressing) NSDI should be built on SSDI
Sustainable funding is key, most funding is “pay as you go”
Will require a strong shared vision to be effective
Data Stewardship is required: Includes lifespan planning, metadata, and
sustainable funding
Larry English, a well-known consultant Larry English, a well-known consultant in knowledge management, defines in knowledge management, defines data stewardship as:data stewardship as:
The willingness to be accountable for a set of business The willingness to be accountable for a set of business information for the well-being of the larger organization, information for the well-being of the larger organization, by operating in service, rather than in control, of those by operating in service, rather than in control, of those
around us.* around us.*
*English, Larry. *English, Larry. Information Stewardship—Giving IQ and HappinessInformation Stewardship—Giving IQ and Happiness (Business (Business Intelligence Network, 2006). Intelligence Network, 2006).
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© 2008 Applied Geographics
NSGIC Goals for the NSDI; Cy Smith, NSGIC PresidentNSGIC Goals for the NSDI; Cy Smith, NSGIC President
What is needed to accelerate the implementation of NSDI? Information and outreach, especially with mainstream IT
Jill Saligoe Simmel (IN)suggested 3 “L’s” to keep in mind: Local data is best and needs to be the ultimate source Licensing (copyright and data agreements) can interfere with overall goals Leverage is needed to maintain a balance of equity and fairness among all
levels of government.
National Geospatial Advisory Committee (NGAC) has been formed Federal Advisory Committee sponsored by DOI Reports to FGDC (or Secretary of Interior) Advice and recommendations on national geospatial programs Development of the National Spatial Data Infrastructure Review and comment upon geospatial policy and management issues Provide a forum to convey views representative of non-federal stakeholders
in the geospatial community
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© 2008 Applied Geographics
NSGIC Goals for the NSDI; Cy Smith, NSGIC PresidentNSGIC Goals for the NSDI; Cy Smith, NSGIC President
RAMONA
GOS
CSW-RAMONA
MIP RAMONA System
Publisher
PublishInventory
DB
Searcher
CSW-IER
Ramona
Web Folder
Publish
SearchResults
Search & Publish
NDEP
Searcher Publisher
NDOP
Searcher Publisher
Search Results
Search & Publish
Harvest
Harvest
Search
Search & Publish
Search Results
MetadataRepository
Search Results
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© 2008 Applied Geographics
Imagery for the Nation: Ted Koch, State of WisconsinImagery for the Nation: Ted Koch, State of Wisconsin
Cost Benefit Analysis Completed – Four Options:1. Original IFTN concept
Nationwide, Leaf-on 1 meter, Annual program Eastern US, 1 foot, color, leaf off, 3 year program Buy-up program options State required to develop Business Plan
2. Nationwide 1-foot program3. 50% cost-share mandatory4. 50% cost-share optional (3-6 year program cycle)
Results: #1 and #4 scored very closely #1 had highest risk #4 fewer barriers to implement
• Lowest risk• Adoption rates higher
October 2007 meeting recommended going forward with option #4
Developing draft report which is due by October 2008• Technical Specifications• Acquisition Management• Program Management• Developing State Business Plan Template for implementing
33 states have provided letters of support
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© 2008 Applied Geographics
Airborne Imagery: New and Emerging TechnologiesAirborne Imagery: New and Emerging TechnologiesCraig Molander – Surdex CorporationCraig Molander – Surdex Corporation
Large Format Digital Cameras 40+ in North America today Predominant systems: Intergraph DMC
and Vexcel/Microsoft UltraCam Frame format analogous to traditional
film cameras (13K pixels wide) ~$1M each – 2-3X traditional film
cameras 1.5” – 1 meter pixel resolution
capability Pancromatic, color, CIR
simultaneously collected
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© 2008 Applied Geographics
Airborne Imagery: New and Emerging TechnologiesAirborne Imagery: New and Emerging TechnologiesBob Williams – Sanborn Map CompanyBob Williams – Sanborn Map Company
Small Format Cameras & Oblique Imagery Most Cameras are not certified by
USGS 8X to 10x more frames for processing Different flight objectives Leaf free season is often ignored DEM extraction is more difficult Super-wide focal lengths Poor base to height ratio & excessive
building lean
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© 2008 Applied Geographics
Airborne Imagery: New and Emerging TechnologiesAirborne Imagery: New and Emerging TechnologiesDave White – Fugro EarthdataDave White – Fugro Earthdata
Pushbroom Digital Cameras Acquires continuous strips of imagery along flight line 5 spectral bands acquired concurrently (R, G, B, NIR, PAN) Single lens and same ground sample distance for all 5 bands, eliminating
the need for pan sharpening Natural color and color-infrared orthoimages from 1-meter to 2-inch pixel
resolution (1"=1,000' to 1"=25' scale) to NMAS and ASPRS standards Ground- or true-orthoimage generation DEM or DSM data CIR and True Color data processed together reducing production cost Color, CIR, and panchromatic stereo pair generation
Push-broom system Frame-based system
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© 2008 Applied Geographics
Airborne Imagery: New and Emerging TechnologiesAirborne Imagery: New and Emerging TechnologiesDave White – Fugro EarthdataDave White – Fugro Earthdata
Pushbroom Digital Cameras Ground- or true-orthoimage generation
1-foot TrueOrthoGround 1-foot orthophoto
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© 2008 Applied Geographics
Airborne Imagery: New and Emerging TechnologiesAirborne Imagery: New and Emerging TechnologiesJay Arnold – 3001Jay Arnold – 3001
LIDAR and other imagery sensors Airborne LiDAR includes topographic,
bathymetric (and atmospheric) Approximately 50 topo systems and 4
hydro systems in service in North America
Systems have matured over the past decade
Typical system costs > $1M 1 m topo LiDAR product provides 25x
more surface detail than a 5 m LiDAR product but also requires much more storage
5’ posting typical statewide collection
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© 2008 Applied Geographics
National Land Parcel Data – Will CraigNational Land Parcel Data – Will Craig
Recommendations:1. Lead Agency – BLM proposed2. Framework – parcel data should be added to NSDI3. Federal Leadership – Federal land parcel coordinator should
be established4. National Leadership5. Indian Lands – Indian lands parcel coordinator should be
established6. Title 13 – Ability to share US Census addresses7. State Coordinators – establish in each state to coordinate
with local government8. Funding Program9. Carrots and sticks
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© 2008 Applied Geographics
USGS National Map Technical Plan - NGPOUSGS National Map Technical Plan - NGPO
USGS National Map Version 1.0 Accomplishments Completed 1:100,000 and 1:24,000-scale National Hydrography
Dataset Completed 30-meter seamless National Elevation Dataset;
substantial progress toward 10-meter or better national elevation coverage
Developed and implemented a program to leverage Federal, state, and local funds to acquire high-resolution ortho-imagery over the nation’s urban areas
Developed and implemented “best practices” national geodatabases for transportation, structures, and governmental units
Improved Geographic Names Information for the nation Developed and implemented an Open GIS Consortium Compliant
Catalog Database and Web Catalog Service and registered more than 12,000 USGS and Partner GIS data layers in the initial The National Map Catalog implementation
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© 2008 Applied Geographics
USGS National Map Technical Plan - NGPOUSGS National Map Technical Plan - NGPO
FY’07 Imagery Partnership Program Partnership with the NGA to acquire high-
resolution imagery and elevation data for the nation’s largest 133 urban areas
NGA provided $4.6 million and the USGS funded an additional $2.1 million
Collaborated with 55 partners, primarily local agencies, to leverage the acquisition of data
The data acquired through this process totaled an overall value of $25 million
Resulting data are publicly accessible in The National Map and serve a myriad of Federal, state and local government uses and fuel private sector applications such as Google Map and Google Earth
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© 2008 Applied Geographics
USGS National Map Technical Plan - USGS National Map Technical Plan - NGPONGPO
Plan for the Future The National Map 2.0 Integration into consistent, quality-assured, seamless databases Revitalization of the topographic map Online services from consistent national data Centralized data delivery to users
Planned Components Elevation: 10 meter gridded data over 100% of area Geographic Names: Collect names along east coast, agreement for Google
Earth to use, credit USGS Hydrography: National 1:24,000 coverage through partnership agreements Land Cover: NLCD 2001 land cover, impervious product, and canopy
product completed Orthoimagery: 10% of quads acquired each year
Liaisons charged with working with States to develop business plans for data discovery and acquisition
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© 2008 Applied Geographics
Addressing WorkgroupAddressing Workgroup
Vision: Create a nation-wide, publicly available address dataset, complete
with geographic coordinates, that is supported by all stakeholders Use standards for assigning addresses, best practices for
disseminating them Every department uses same address database Provide updates to regional custodian
Approach (Regional Custodian; County or 911 authority) Receives and verifies addresses from local authorities Maintains regional database using feedback from users Distributes address and coordinate data to the public, free of charge Provide updates to regional/statewide integrator
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© 2008 Applied Geographics
Addressing WorkgroupAddressing Workgroup
State’ s Role: Roll-up of regional databases Provide technical assistance Serve as backup Fill blank spots Provide matching grants
Federal Role: Major data user: Census, DHS, USPS Notify state or regional custodians of discrepancies Long-term goal: Share their data with state and locals.
Private Sector: Assist with implementation Provide technical assistance Use nation-wide data as the basis for new products and services
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© 2008 Applied Geographics
Addressing WorkgroupAddressing Workgroup
The Need
USERS PURPOSE Emergency Response, E911 Police, Fire, Ambulance Utilities (private & public) Hookup, service calls, billing School District School assignment, bus routing Assessor/Taxation Building location, billing Recorder/Auditor Property records Voter Registration Precinct assignment Planning & Zoning Office Building permit, planning studies State Dept. of Revenue Sales tax collection and distribution US Postal Service, UPS, FedEx, etc. Mail and package delivery US Census Mail out census forms, geocode responses FEMA Pinpoint disaster areas, provide relief Dept. of Homeland Security Locate and protect critical infrastructure Health and Human Services Agency Track medical benefits, disease,
births/deaths, and vulnerable populations. Address companies (e.g. Pitney Bowes Group 1)
Sell to insurance companies, location based service companies, utilities, state and local government, etc.
Retail/Services (e.g., Sears, local plumber)
Delivery of goods and services
Internet maps (e.g., Google, MapQuest)
Navigation maps for public use
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© 2008 Applied Geographics
Transportation Workgroup – Transportation Workgroup – US Census – TIGER UpdateUS Census – TIGER Update
Vision: A Seamless Digital Map of the United States Where Street Centerlines, Based on State/County/Local/Tribal GIS Files, and Publicly Available Via Standard OGC Protocols
“Thank You For Making The Vision Come to Fruition”1,870 whole county files 67 partial counties 289 failed files that were spatially enhanced2,226 EXISTING files used for realignment plusNHDImagery - NAIP, DOQQs,
Project Completed and delivered by April 1 Looking for State leadership to ensure those areas for which the Harris Corp
had to provide a source will now be maintained at State/County/Local/Tribal level
“Will not be completed again” 2008 Data in shapefile format, downloadable by feature or geographic region
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© 2008 Applied Geographics
Transportation Workgroup – Transportation Workgroup – US DOT – Steve LewisUS DOT – Steve Lewis
Status: Four Different Network Datasets in use by US DOT Offices National Highway Planning Network (FHWA Office of Environment
and Planning)• Public Domain• ~455,000 miles (11.4% of total road miles)• Routable• Used to inventory and map the National Highway System and the Strategic
Highway Network Freight Analysis Framework Network (FHWA Office of Freight
Management and Operations)• Public Domain• ~450,000 miles (11.25% of total road miles)• Routable• Used to model and flow truck traffic across the nation
Highway Performance Monitoring System (FHWA Office of Policy)• Collected from the State DOTs• Mileage Varies by State• Not routable, maybe not even connected• Used to map and analyze highway conditions and performance
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© 2008 Applied Geographics
Transportation Workgroup – Transportation Workgroup – US DOT – Steve LewisUS DOT – Steve Lewis
Status: Four Different Network Datasets in use by US DOT Offices TIGER/Line (Various USDOT Offices)
• Public Domain• ~4,000,000 miles (complete coverage)• Not routable• Used for some address matching and mapping• To be replaced by new version
TeleAtlas (RITA/BTS)• Proprietary• ~4,000,000 miles (complete coverage)• Routable• Used for routing, address matching and mapping
Why not just one? No “quick fix” to get there Get rid of the stovepipes! Work with the State DOTs and NSGIC to develop from the ground up
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© 2008 Applied Geographics
Transportation Workgroup – Transportation Workgroup – USPSUSPS
Status: 147 million possible deliveries 270,000 delivery routes 42,000 ZIP Codes 37,000 facilities nationwide 8 terabytes of address data
Opportunity 2 million new delivery points per year USPS accepts new addresses from various levels of addressing authorities Enters theses addresses through various methods of data capture Significant opportunity to reduce the cost and improve the time frame for
new addressing A standardized process can improve address quality and assist controlling
the cost of new delivery through Growth Management.
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© 2008 Applied Geographics
Transportation Workgroup – Transportation Workgroup – USPS – Ruth JonesUSPS – Ruth Jones
Partnership: USPS - Assist Addressing Authorities with addressing standards and a
standardized process flow of data from local planning authorities to the USPS.
In return – USPS provides relevant data to the Addressing Authority: ZIP + 4 Geographical reference Municipality data Carrier route information