Extending Allegheny County Hydrology Data for the Nine Mile Run Watershed

DESCRIPTION

Publicly available 2015 Allegheny County high resolution QL2 LiDAR data and corresponding orthophotos from the same year provide excellent starting points for creating a hydrologic surface that can be used for basin analyses in urban environments. For the Nine Mile Run Watershed in Allegheny County, PA, county-wide hydroenforced data were used to further develop a higher resolution hydrologic dataset. This derivative dataset was then used to model the effects of the urban environment on surface water flow. These types of enhanced hydrology datasets are valuable for sub-basin catchment analyses and peak flow calculations within the watershed. This workflow established a repeatable data development and data improvement process that can be followed for similar hydrology extension projects using the forthcoming statewide QL2 LiDAR dataset for Pennsylvania and beyond.

PRESENTER(S)

Emily Constantine Mercurio, PhD, PG, is a big thinker and a lifelong learner. She is an experienced geoscientist and an expert in mapping, field geology, GIS, remote sensing, and geospatial technology. As co-founder and CEO of CivicMapper, Emily draws upon more than 20 years of experience as a leader in map-based technology projects. Her current work is focused on creating spatially-enabled applications that empower decision making on the front lines of climate change, infrastructure, and social equity. Emily is a licensed professional geologist in the state of Pennsylvania. In addition to service on the Three Rivers Waterkeeper board, she also sits on the board of the Pennsylvania State University Graduates of Earth and Mineral Science. She enjoys gardening, visiting hot springs, making art, and spending time on the water with family and friends.


Srini Dharmapuri
Dr. Srini Dharmapuri, CP, CMS, PMP is with Sanborn Map Company in Pittsburgh, Pennsylvania as VP/Chief Scientist. Dr. Dharmapuri has Master of Science (Physics), Master of Technology (Remote Sensing), and Doctorate (Satellite Photogrammetry) degrees with more than 30+ years of wide-ranging experience within the Geospatial Industry, most notably with lidar, Photogrammetry, GIS and UAS.

What’s That on the Horizon I See – or Don’t See

DESCRIPTION

Cambria County's UAV program works with multiple county departments to fly missions. However it's not just the flying that is the fun part. Mission planning in 3D helps ensure safe field operations and scenarios to meet expectations. Using UAVs in conjunction with GIS is a natural fit that demonstrates the benefits of this technology and products that document current conditions and changes. When all is said and done things come around full circle and don't have to break the budget. Join us for ideas to implement UAVs on a shoestring.

PRESENTER(S)

Steve Kocsis
Cambria County

Steve, the GIS Director at Cambria County, has been involved with GIS for nearly 23 years with 19 years at the County. He participates in various GIS community groups and enjoys working with geospatial technology.

Chesapeake Bay Environmental Justice and Equity Dashboard

DESCRIPTION

The Chesapeake Executive Council’s Diversity, Equity, Inclusion and Justice (DEIJ) Statement commits to including DEIJ in all areas of Chesapeake Bay restoration and conservation. A major focus of addressing DEIJ is identifying the geography of issues and opportunities.

The Chesapeake Environmental Justice and Equity Dashboard is a web application that integrates data from multiple sources to convey demographics, environmental issues, and Chesapeake specific DEIJ initiatives.

PRESENTER(S)

John Wolf is the GIS Team Leader for the Chesapeake Bay Program where he is responsible for planning, developing and applying GIS and data visualization to address conservation and restoration issues.

State GeoBoard Status and Plans

DESCRIPTION

The State Geospatial Coordinating Board has four years’ experience in shaping the future by fostering dialogue and information-sharing among GIS practitioners in PA. By design it has influence, not authority. Hear how the GeoBoard has worked so far, immediate plans, strategic directions for the next four years, and where you might fit.

PRESENTER(S)

Sean E. Crager was named the Chief Technology Officer for the Commonwealth of Pennsylvania in February 2019.

Sean participates in the development and execution of the commonwealth’s information technology strategic plan. Sean has specialized in leading modernization efforts for the organizations he serves and has developed nationally recognized software that has been adopted and implemented by numerous states and universities.

Prior to this role, Sean served as the CIO of the Commonwealth of PA’s Conservation and Environment Delivery Center, CIO of the PA Department of Environmental Protection, CIO of Franklin County, PA, Assistant CIO of the PA Liquor Control Board, Director of Enterprise Strategic Technology Services of the PA Office of Administration, and CIO of the PA Department of Agriculture.

Sean graduated Summa Cum Laude with a Bachelor of Science in Geoenvironmental Studies at Shippensburg University with a certificate in Geospatial Technologies and earned his Master Certificate in Information Systems and Technology Project Management from Villanova University. Sean is ITIL Foundations certified and earned his Certified Government Chief Information Officer qualification from Harrisburg University. Sean is a veteran of the United States Navy where he served honorably as an Operations Specialist (Fleet Marine Force) attached to Tactical Air Control Squadron Eleven in San Diego, CA.


Eric Jespersen has over 35 years of professional experience, including 25 years of leadership in coordinated GIS development in Pennsylvania. He has both participated in and led many and varied ground-breaking projects, starting with GPS applications in the early 1990’s, land tenure reform in El Salvador, nationwide GIS data accuracy assessments for the US Census Bureau, PAMAP Program promotion and development, and advocacy and involvement in the creation and development of the State Geospatial Coordinating Board in Pennsylvania. Eric is an avid student and researcher of civic boundaries in PA, and helped establish a Civic Boundary Working Group to improve data and practice. His other long-term project is the improvement of our surface water representation, replacing our current 2D stream layer with 3D elevation-derived hydrography; that effort included active engagement in securing lidar updates for the entire Commonwealth.

Diversity and Inclusion Resources in GIS

DESCRIPTION

This presentation will cover the Donald W. Hamer Center for Maps and Geospatial Information’s recent project aiming to identify different resources to access geospatial data related to the themes of diversity and inclusion. Geospatial data provides the information necessary to think critically about space and what phenomena occur on it. These phenomena are intertwined with all themes, including those of equality, diversity, and inclusion. This project was started and completed during the early COVID-19 Pandemic timeframe in the United States, which forced project contributors to adapt to the new technologies and methods of communication. Combining the efforts of both students, researchers, and library professionals allowed for this project to produce a composite list of resources that are compiled on the library website for public use.

PRESENTER(S)

Daniel Valadas is a Junior Geography major at Penn State pursuing a career in GIS.

GeoTech Center Curriculum Resources & Professional Development Pathways

DESCRIPTION

The GeoTech Center is a National Science Foundation Center that provides curriculum resources and professional development opportunities to secondary, two- year, and four-year educators. The curriculum resources include ten model courses, a program competency guide, concept modules and demonstration videos, and more while the professional development opportunities include an annual conference, 2-3 day regional and virtual workshops, a virtual GIS day, and synchronous online courses. This presentation will discuss the curriculum resources that are available for creating geospatial courses and programs as well as the professional development pathways that are available to educators and the workforce.

PRESENTER(S)

Dr. Tom Mueller has been a geography professor at California University of Pennsylvania since 1999. He received his degrees at Towson University (BS), University of Connecticut (MA) and University of Illinois (Ph.D.). He co-created and is the advisor for the Geography Major with a concentration in Geographic Information Technology. His interests include Geographic Information Systems (Computer Mapping), geography education and world regional geography. His goal is to apply spatial theory to the real world, particularly using GIS. It is essential that service learning be included in his geography courses. For example, students in his courses have completed real world projects for local police departments, Federal Emergency Management Agency, etc.. He has also taught numerous GIS workshops for members of the local community, professors at Cal U and other campuses and K – 12 community. He has built a successful geography research agenda through a variety of scholarly endeavors, including conference presentations, grants, technical reports, book reviews and publications in professional journals


Nicole Ernst Nicole holds Bachelor of Arts degrees in political science (Slippery Rock University) and environmental studies (Montana State University) and a Master of Arts degree in Geography from East Carolina University. In her professional career, she has worked as a cartographer for the National Park Service at Bighorn Canyon in Montana/Wyoming and then for the Outer Banks Group of parks in North Carolina. Currently she is Associate Professor of Geospatial Technology at Harrisburg Area Community College (HACC) in Central Pennsylvania. At HACC she teaches for the college’s Virtual Learning unit and uses community based geospatial projects to enhance the student experience.

Deploying Solutions for Local Government

DESCRIPTION

Through the ArcGIS Platform, industry solutions can be easily deployed to support mission critical local government operations. This session will walk through the deployment of the Citizen Problem Reporter solution for a small jurisdiction. We will provide quick steps and tips and tricks to implement feature layers, web maps, applications, and review the organizational controls (sharing and user types) needed to successfully deploy this solution.

PRESENTER(S)

Carissa Choong

Opening General Session Geo-Enabled Elections

DESCRIPTION

Right ballot to the right voter. This is a goal of every election official in the country, and this is the mission of the Geo-Enabled Elections project.

The time has never been better for Geo-Enabled Elections - a concept grounded in the integration of geographic information systems (GIS) technology with election data management processes and systems. The project’s goal is to assist states and other election authorities in implementing GIS technology in elections, in order to ensure that voters are placed in the right voting district, receive the right ballot, and vote in the right electoral contests.

Join Jamie Chesser, Project Manager of the Geo-Enabled Elections project, as she shares why every state and county in the nation must implement this important work. Sharing the “stage” will be panelists from PA counties who are embracing what GIS technology can do for their elections.

PRESENTER(S)

Jamie Chesser
NSGIC Director of Programs and Geo-Enabled Elections Project Manager