New Orleans, LA - At a pair of sessions presented at the annual conference of the National States Geographic Information Council (NSGIC) on Sept. 22 in Dallas, representatives from the US Department of Transportation delivered the latest update in the efforts to build a robust National Address Database to meet the needs for open and authoritative data across government and industry.

Steve Lewis, Geospatial Information Officer for the USDOT, provided a live demonstration of an innovative new visualization tool for the National Address Database (NAD), developed in partnership with geospatial technology giant Esri. This “sneak peek” offered a glimpse of the future of the NAD, which had been previously available only in bulk download.

“The National Address Database is clearly moving forward with greater momentum as additional partners bring their unique insights and tools to the table,” said NSGIC President Frank Winters, who serves as Geospatial Information Officer for the State of New York. Over his leadership term with NSGIC, Winters has devoted significant energy to convening a widening group of private sector firms to discuss authoritative data for wayfinding and other use cases for a true National Address Database.

National States Geographic Information Council (NSGIC) announces the election of new members to its Board of Directors, as well as the full slate of officers and board members for the 2020 - 2021 term.

Jenna Leveille (AZ) makes the move from President-Elect to assume the presidency of NSGIC, taking the reins from Frank Winters (NY). Jenna is Arizona’s Deputy State Cartographer, where she coordinates, provides leadership, facilitates the Arizona Geographic Information Council (AGIC) and coordinates statewide GIS initiatives. Her contributions to AGIC include providing administrative support, facilitating all AGIC Council and Committee meetings and activities, serving as a Co-chair to four AGIC technical committees and managing AZGeo, Arizona’s State Geospatial Data Portal. Notable activities include:

• Modernization and governance of AZGeo
• Increasing AGIC Committee and Work Group participation and the formation of several new groups in the past year focused on improving Arizona’s geospatial maturity
• Increasing AGIC visibility and GIS education among Arizona government executives
• Leading statewide lidar acquisition efforts in Arizona

Graduating with honors from Oregon State University, Jenna has been learning, practicing, and teaching GIS for almost 20 years. She has extensive experience in data acquisition, database management, GIS user training, and project management. She served as the state data liaison for the Arizona Land Resource Information System (ALRIS) for over ten years. In addition to her role as NSGIC President, Jenna currently serves on the Arizona Geographic Information Council and the Arizona State Board on Geographic and Historic Names.

3D Nationwide Landcover - A New Geospatial Frontier

The emergence of very high-resolution (VHR) commercial imagery products, both satellite and aerial, has led to an increased demand for high-accuracy derivative data.

Historically, derivative products created at a countrywide scale were produced to a 30-meter, or at best, 10-meter resolution. Ecopia has shifted the paradigm of data extraction by leveraging the power of artificial intelligence (AI) and readily available high-resolution imagery. With access to both VHR aerial and satellite imagery through our network of imagery partners, Ecopia has established a streamlined workflow to produce high-resolution vector data across the globe.

The HxGN Content Program, Hexagon's aerial data program, offers the largest library of high-resolution multispectral aerial imagery and elevation data of the United States. For state and local governments, Hexagon provides a flexible licensing model that enables stakeholders to tailor data collection to their exact specifications.

Trevis Gigliotti, Director, Technical Content Solutions at Hexagon, explains how state and local governments can benefit by partnering with Hexagon.

The geospatial imagery space has evolved significantly over the last decade. What are some notable trends we're seeing today?

It was terrific to see so much exciting state GIS work highlighted during the Esri Users Conference this year! Of special note were Special Achievement in GIS (SAG) Award Winners among NSGIC's membership:

Arizona State Land Department and several other counties in Arizona - AZGeo is the state of Arizona’s geospatial solution to duplicative (non-authoritative) datasets, inefficient workflows and collaboration platform challenges. It provides a centralized access point for authoritative data, cross jurisdictional collaborative space, GIS tools and functionality to under-served and/or resource challenged entities, custom applications, and much more to citizen’s and GIS professionals in Arizona. Kudos to NSGIC members Jenna Leveille and Shea Lemar!

State of Arkansas, Parks & Tourism Dept - At the onset of COVID-19, the GIS program leveraged all available GIS tools and technology to collect, analyze, and report data to make reliable data-driven decisions at the highest level of state government. The COVID-19 Impact Analysis Dashboard enabled their agency to make critical decisions regarding staffing concerns, PPE and supply distribution, visitor and staff safety, as well as monitoring the impacts of revenue and expenses.

After serving many years as a NSGIC state representative, board member, and board president, Cy Smith has joined NSGIC’s staff team in the newly-created role of Policy Director. In this position, Smith will work with NSGIC leadership to develop, promote, and coordinate strategies that advance states’ geospatial interests linked to federal programs, congressional actions, and related initiatives. The new appointment coincides with Smith’s retirement from state government service in Oregon on Nov. 12, 2021.

“Cy has been an extraordinary contributor to NSGIC and the entire geospatial ecosystem for nearly three decades,” said NSGIC Executive Director Molly Schar. “We are very fortunate to welcome him in this new strategic role as efforts continue to evolve in support of a robust National Spatial Data Infrastructure.”

Smith began his career in statewide GIS coordination in Kansas in 1992. He quickly joined the national discussion about efficient and effective GIS coordination as a member of the original Federal Geographic Data Committee (FGDC) Framework Working Group in 1993 and 1994.

With the recent acquisition of Geodynamics LLC, NV5 Geospatial has built one of the most comprehensive suites of solutions for geospatial surveys of deep water and near-shore environments. The combination brings together complementary, advanced technologies – Geodynamics’ full-ocean depth sonar-based hydrographic and geophysical surveying with NV5 Geospatial’s topographic and bathymetric capabilities – to deliver detailed insights for a variety of applications, including coastal management, flood monitoring, ecosystem protection, research, and more.

“This acquisition was a natural evolution toward our common goal of delivering valuable geospatial insights to our clients,” said Kurt Allen, vice president, Federal Vertical for NV5 Geospatial, North America’s largest and most comprehensive geospatial firm. “Our decades of combined experience and expertise using the most sophisticated technology for data acquisition and analysis will enable us to meet the most demanding client requirements.”

Only a handful of firms in North America share NV5 Geospatial’s topobathymetric and bathymetric capabilities at any level, much less have mastery of the science. We lead our peers in acquisition capabilities. We deploy leading-edge sensors like our newly acquired RIEGL 840 G. We have world-class experts managing the challenging data processing and developing informed answers that our government and commercial clients demand. In 2020 NV5 Geospatial completed the collection of topographic and bathymetric lidar and digital imagery for the National Oceanic and Atmospheric Administration’s (NOAA) largest coastal mapping project. These efforts included updating information for 12,000 square miles along the Eastern Seaboard, Pacific, and Gulf Coast that have not been surveyed for hundreds of years.

The technical and organizational complexity of GIS for Next Generation 9-1-1 is just one of the many considerations for decision makers when determining an NG9-1-1 solution. Whether the deployment will be PSAP-by-PSAP, County-by-County, or as a regional or statewide implementation, one common goal is the seamless connectivity of data to support the 9-1-1 caller. To prepare for this level of interoperability, 9-1-1 and GIS decision makers have the added challenge of how to best meet NG9-1-1 needs and requirements while still recognizing the autonomy of the many data providers that have the added responsibility of supporting the business needs of their individual communities.

The complexity of a GIS ecosystem can grow exponentially when one considers the scope of the various deployment “patterns” that are possible to meet the data validation, aggregation, and provisioning requirements for multi-jurisdictional entities. It is quite common for adjoining jurisdictions to have completely different GIS data that has widely varying data quality and is updated on similar varying update cycles. The management challenge grows as each adjoining jurisdiction is added to the larger collaboration effort.

Scalable solutions that allow for iterative validation and aggregation from multiple sources into a single database help to ensure the capability to support the interoperable needs of NG9-1-1. The ability to:

‘Collaboration allows us to know more than we are capable of knowing ourselves.’ –Paul Solarz

It’s a fantastic thing to see figurative lightbulbs go on across the room at NSGIC meetings and in the socials as the top GIS professionals from every state come together to share knowledge and ideas.

At TeachMeGIS, we see this happen on a smaller scale nearly every day during our GIS classes. The instructor demonstrates a spatial join tool, and someone with point data says, “Hey you, you with the polygon data, let’s try this! I’ve needed this for years!”

Really big decisions are about to be made in your state. Say what you want about the redistricting process, but the fact is, somebody’s going to have to put the results to work to run our future elections. And with that in mind, I've dusted off my list of observations from 10 years back, about what makes for the best set of boundaries from a standpoint of state election directors, local elections clerks, and GIOs and others supporting them with GIS.

The observations I’m sharing are based on first-hand experience in 2011-12, watching the redistricting process from a safe distance, while preparing to support the use of the new districts. During this period, Utah was one of the first states to integrate GIS-based address locations, voting unit polygons (precincts and sub/splits), aerial photography, and parcel base maps into its statewide elections management system. In addition, the Utah Legislature deployed a 'build-your-own' redistricting plan webmap, another first. As a result, GIS was front and center to the redistricting stage, exposing new users to its power and broadening their appreciation for mapping technology and authoritative data.

Oh, and keep in mind that just to make it more interesting, the Census Bureau is delaying its first 2020 census data product release -- the block-level redistricting files -- by 6 months. With the first glimpses of the 2020 count details not available until at least September 30, we are looking at a compressed redistricting process, and the local and state elections management work to implement new districts, into a few short, but hectic months. [cue up♪GNR’s “Welcome to the Jungle” here♪]

NSGIC issued Best Practices for State Geospatial Maturity: Transportation today. In addition to being the backbone of our public safety and emergency management infrastructure systems, transportation data have achieved near-ubiquity in the hands of smart device users.

A viable transportation network, particularly a roadway network, is of paramount importance in our society, having the primary purposes of connecting people and places and allowing the movement of people, goods, and vehicles safely and efficiently. Transportation data allow us to spatially model and depict the network for the purposes of planning, asset management, navigation, and routing.

Growing from NSGIC’s 2019 Geospatial Maturity Assessment (GMA), this document is the fourth in a series of best practices collected from “honor roll” states based on individual GMA report cards. Coming soon: cadastre data, hydrography data, elevation data, and orthoimagery data.

Interested in improving your hydrography data using lidar and other elevation data? Then don’t miss any of the following EDH for 3DNHD project opportunities. Each is open to all and NSGIC State Representatives are asked to forward this information to their state NHD/WBD stewards and others with interests in EDH. Non-members will be required to register with the NSGIC website.

EDH for 3DNHD Monthly Forum

NSGIC hosts monthly forums on the third Wednesday of each month at 3:00pm ET. The forums are discussion sessions that feature state, regional, and national EDH activities and resources. The March 17, 2021 forum will feature the USGS EDH Specifications. Register for this and future forums via the ‘Upcoming Events’ calendar at the NSGIC.home page. The January forum featured an introduction to the EDH for 3DNHD project and the February forum featured EDH activities in Michigan. All forums are recorded and published, along with materials, at the NSGIC Learning Link.

EDH for 3DNHD Experience Inventory

A key objective of the EDH for 3DNHD project is to gain a better understanding of how EDH is being implemented at the local level, the motivations for performing EDH, and the EDH challenges and successes experienced. NSGIC has developed the EDH for 3DNHD Experience Inventory to capture specifics about EDH projects and practices. If you have engaged in an EDH project, your information is needed. If you are aware of others that have engaged in EDH, please forward the information. The information gathered from the Forum and the Inventory will be used to identify resources needed to support locally-derived EDH. All contributors should coordinate with their NSGIC State representative prior to completing the survey to ensure that the state representative is aware of the activity and to avoid duplicate responses.

Equip Your GIS Analysts with Easily Scalable Tools

In this post, makepath will spotlight two tools that are great because they scale well, especially as the scope of a project grows. Scalability is gold in the GIS world.

Xarray-Spatial

The Minnesota Coalition on Government Information gives a Freedom of Information Award annually. Their focus is on government transparency and efforts to unearth data that make a positive difference. Innovative use of technology is encouraged and rewarded.

The 2021 award will be given to a partnership between Hennepin County and the Mapping Prejudice project for mapping racial covenants recorded between 1910 and 1955. The county scanned and provided all their deeds. It also provided digital cadastral maps to support mapping. The project used optical character recognition (OCR) and thousands of volunteers to find and transcribe racial covenants, then map with GIS.

The product is an animated map showing the spread of racial covenants. The impact has included increased public awareness of the past prejudice and changes in state and local laws to confront that past. Local and national media have reported this story. Jim Crow of the North, developed by Twin Cities public television, has been picked up PBS and soon will be available nationally.

NSGIC has published a new guide on Best Practices for State Geospatial Maturity: Next Generation 9-1-1 (NG9-1-1). NG9-1-1 has been a priority for NSGIC for years. This best practices document is a collection of insights from states further along in adoption and planning of NG9-1-1 efforts.

Next Generation 9-1-1 is a gamechanger for the 9-1-1 community. It utilizes GIS technology to deliver every 9-1-1 call - mobile, VOIP, and landline alike - to 9-1-1 public safety answering point (PSAP) centers with precise geographic coordinates.

With the implementation of NG9-1-1, it is possible for the 9-1-1 network to process text messages, photos, and videos in addition to voice through a faster and more resilient system. NG9-1-1 will also support PSAPs in cases of call overload and natural disasters, and jurisdictional issues.

Strong statewide GIS coordination is good government. It:

• Reduces duplication of efforts
• Builds and maintains foundational data layers
• Ensures access to public data
• Leverages economies of scale for products, software, and services
• Augments the knowledge base of professionals in the field
• Establishes standards and best practices through collaborative processes

In short, it supports efficiency, integration, and smart decision-making.

Last week, NSGIC published Best Practices for State Geospatial Maturity: Coordination.

National States Geographic Information Council (NSGIC) announces the appointment of five new members to its Board of Directors, as well as the full slate of officers and board members for the 2020 - 2021 term.

Frank Winters (NY) makes the move from President-Elect to assume the presidency of NSGIC, taking the reins from Karen Rogers (WY). Frank is the Executive Director of the New York State Geospatial Advisory Committee. Frank has a Master of Science in Geography from the University of Idaho and has been involved with GIS in New York State government for 29 years.

“The COVID-19 pandemic has created new grand challenges for our nation and highlighted the need for continued coordination of and investment in our geospatial data, technologies, and workforce,” said new NSGIC President Frank Winters. “I am thrilled to have the opportunity to serve our NSGIC family as president. I am confident that the nation’s geospatial community will play an even more impactful role in the challenges that lie ahead.”

Jenna Leveille (AZ) has been elected President-Elect to the 2020-21 Board of Directors. An Oregon State University graduate, and Arizona State Land Department (ASLD) employee of twelve years, Jenna has more than 15 years of GIS experience. She is currently a Senior GIS Analyst and project leader for the Arizona State Land Department. Jenna has served as the Arizona State Representative to NSGIC since 2017.

Eight Awards Presented at NSGIC Virtual Annual Conference

National States Geographic Information Council (NSGIC) President Karen Rogers (WY) led a celebration of the 2020 Geospatial Excellence Awards during an online reception held this evening in conjunction with the organization’s Virtual Annual Conference.

2020 Geospatial Excellence Awards:

• Catalyst Awards: for extraordinary effort and/or results in getting things done:
• AZGeo Geospatial Data Hub
• King County Information Technology – GIS for Equity & Social Justice Team
• MassGIS NextGen 9-1-1 Team
• Minnesota’s Mapping Prejudice Project
• State of California - GIS
• Vermont’s Statewide Property Parcel Mapping Project
• Innovator Award: for creatively advancing geospatial technical capabilities or problem solving
• Elizabeth Curley
• Champion Award: for leadership and support, often at an executive level
• Dennis Pedersen

“The awards are testimony to the dedicated professionals doing amazing work in states across the country,” says NSGIC President Karen Rogers. “Every recipient is providing value to their GIS community or tools to inform decision makers, which is what it’s all about. The benefits NSGIC members bring to their constituents and leadership cannot be understated, not to mention pushing the envelope of innovation when it comes to location intelligence and data science. It fills me with pride to know how the technology we care so deeply about makes such a difference.”

Accurate GIS data is important throughout 9-1-1 emergency response and has a critical role in NG9-1-1 by determining which Public Safety Answering Point (PSAP) to route a 9-1-1 call to. This process of geospatial call routing enables better accuracy than traditional 9-1-1 systems and can reduce the number of 9-1-1 calls transferred due to misrouted 9-1-1 calls.

For the last 25 years, GeoComm has been working to help GIS and 9-1-1 teams across the country understand the role GIS plays in 9-1-1 and NG9-1-1, empowering them to achieve public safety grade GIS. Our assess, improve, and maintain proven process tackles the common obstacles agencies face when working to implement an NG9-1-1 system. Because the NG9-1-1 services utilized in this approach are simple and straightforward, they are easily adaptable for jurisdictions of all sizes including local, regional, and statewide.

Shining a Light on Change with Recurring Lidar Programs

Our landscape is in a state of constant change. Cities and towns are expanding at a rapid pace, while natural disasters are rearranging rivers, eroding shorelines, and crumbling infrastructure. To effectively manage change, we need geospatial data that is both fit-for-purpose and recurrent, as well as visualization tools to communicate this information to a wide range of stakeholders.

The Value of Recurrent Lidar Data