USGS 3DEP Lidar Data Supporting New GIS Frontiers in Pennsylvania

DESCRIPTION

The U.S. Geological Survey (USGS) National Geospatial Program (NGP) provides a foundation of accurate and consistent publicly available elevation data through its 3D Elevation Program (3DEP). The state of Pennsylvania, with the help of its Elevation Working Group, has been very successful in coordinating funding and support from various federal, state, and local government agencies and nongovernmental organizations for the 3DEP. Pennsylvania has recently completed acquisition of statewide topographic lidar data at quality level 2 (QL2). This presentation will review the available data, show where the data can be retrieved, and illustrate science analysis and use cases using elevation data. Discussion will include how statewide availability of current and more accurate QL2 lidar and elevation data can help better support new GIS frontiers in relation to natural resource conservation, agriculture and precision farming, and flood risk management in Pennsylvania.

PRESENTER(S)

Eliza Gross
U.S. Geological Survey

I've been a National Map Liaison with the U.S. Geological Survey (USGS) National Geospatial Program (NGP) since 2019, providing outreach and coordination of geospatial activities in support of NGP initiatives and USGS science. Before joining NGP, I started with the USGS Pennsylvania Water Science Center in 2007, working on multiple groundwater-water quality projects involving geospatial and statistical analysis of groundwater-quality data and the relation of groundwater-quality concentrations to human health standards.

Intro to ArcGIS Field Maps

DESCRIPTION

ArcGIS has supported field operations for several years through our suite of mobile applications. Now, Esri is bringing the capabilities of several of these apps (Explorer, Collector, Tracker, Workforce, Navigator) into a single experience. ArcGIS Field Maps is an all-in-one app that uses data-driven maps to help fieldworkers perform mobile data collection and editing, find assets and information, and report their real-time locations. In this session, we will introduce and demonstrate ArcGIS Field Maps, discuss its capabilities, and look at the road ahead.

PRESENTER(S)

Daniel Wickens is a Solution Engineer on Esri's State and Local Government team, based out of Esri's Philadelphia Regional Office. In his 6 years with Esri, Daniel has directly supported ArcGIS implementations for local governments in PA, NJ, MD, and DE. He holds a Bachelor of Arts in Environmental Studies and a GIS Certificate from the University of Pittsburgh.

 


Tim Loftus is a Solution Engineer at Esri and supports State government customers in the Mid-Atlantic region. Prior to working at Esri, Tim worked as a Data Scientist and Meteorologist for AccuWeather, developing and modeling spatially-dependent statistical models that enabled businesses and people to prepare for, adapt to, and mitigate from weather impacts. Tim earned a Bachelor of Science degree in Meteorology and a Master of Science degree in Integrated Scientific Applications specializing in Weather Intelligence and Risk Management from Millersville University in Millersville, Pennsylvania.

General Session Communicating the Value of GIS in Your Organization: How to Measure Return on Investment

DESCRIPTION

Understanding, documenting, and communicating the value GIS brings to your organization can be critical to your success. First, presenting the return on investment (ROI) from your programs’ and projects helps celebrate the success of the departments using GIS. This process oftentimes stimulates ideas across an organization as to the uses of spatial thinking and GIS technology. Secondly, it reinforces the investment in technology, people, and equipment to improve services. Quantified ROI is good to have on hand during budgeting periods, too. Finally, measuring the real benefits of GIS can act as an accountability tool for yourself. It provides a self-check as to whether your program is in sync with or meeting organizational goals. This session will seek to provide guidance on documenting and reporting the business value of GIS.

Topics will include:

  • Measuring the Benefits of GIS
  • Calculation methods
  • Examples of success
  • Techniques for communicating success

PRESENTER(S)

Adam Carnow is a Community Evangelist at Esri, the global market leader in Geographic Information Systems (GIS). He is a keynote speaker, thought leader and technology evangelist, helping organizations get the most out of their GIS investment, and make a difference in their communities. He inspires customers to maximize their return on investment in the ArcGIS platform. He works closely with the Esri teams and Partners to assure customer success. He helps these organizations use the ArcGIS platform to transform from mapmakers into solution providers, through the application of location intelligence, to deliver spatial insight. He strives to assist customers in creating and reaching their vision, and gaining professional recognition for their efforts, like awards, presentations, articles and videos.

Mr. Carnow has over 25 years of experience as a GIS practitioner in the public and private sectors, as well as academia. He holds a BA in Geography, and a MA in Urban and Regional Planning from the University of Florida, and has achieved certification as an Urban Planner (AICP) and GIS Professional (GISP).

Non-Revenue Water: A Case Study

DESCRIPTION

The Municipal Authority of Westmoreland County (MAWC) has a goal of identifying and reducing the amount of non-revenue water going through their system that is unaccounted for, whether it is caused by leaks, meter errors, theft, or through normal flushing processes. The results of this initiative shows the locations of active meters that report less than 100 gallons used in the past month, a list of the highest monthly users, which will help identify potential leaks on the customer side, and water loss including flushing activities, identified leak locations, and bulk water sales filtered by treatment plant areas. This presentation will show examples of how mobile apps are used to collect data and a dashboard is used to display results from multiple sources more intuitively.

PRESENTER(S)

Recipient of the Pennsylvania Department of Environmental Protection Secretary's 2018 Recognition Award for Outstanding Team - GIS Mapping Application, John Watson has over seventeen years of extensive GIS experience and has volunteered on various GIS committees. One of the first maps he created - during his junior year of college - was published in a book. Most recently, he created a story map resume to go along with his LinkedIn content, and he has helped clients visualize their data in mobile apps, web editor apps, and custom dashboards.


A self-proclaimed geo-enabler, Anthony Pologruto firmly believes that data democratization and eliminating data silos allows GIS staff to focus on longer-term goals that benefit the organization as a whole. When he’s not working Anthony is practicing guitar, playing videogames, or spending time with his family in their home in the woodlands of Western Pennsylvania.

Elevation Derived Hydrology: How it is made and what you can do with it.

DESCRIPTION

Pennsylvania will soon have statewide, 3DEP-compliant QL2 lidar. These QL2 data offer a chance to create, standardize, and update high resolution hydrology. The Hydrology Dataset (PAHD) by the Bureau of Geological Survey(BGS)) to develop Elevation Derived Hydrology (EDH) has been developing for a number of years, and is beginning to produce hydrography that is directly derived from lidar. PAHD and lidar derived EDH not only ensure that mapped rivers stay in their valleys, but also shows smaller headwaters that will be important for watershed protection, flood predictions, and water quality.

This presentation will discuss what the new EDH datasets will look like and how they are created. It will explore why they are different from previous hydrography datasets that are currently being used across Pennsylvania and how they can be applied to answer real world questions for a few use cases in Western PA, including peak flow calculation, 3D visualization and integrated watershed planning.

PRESENTER(S)

As a Senior Program Director for NV5 Geospatial, Dr. Andrew Brenner brings together company-wide skills to produce reliable solutions in geospatial analysis. Andrew is a specialist in natural resource management, with experience in forestry and agriculture in tropical and temperate environments and he has been involved in user needs assessment work for multiple forestry organizations, including the Forest Service and Michigan Department of Natural Resources. He has led projects on forest inventory, watershed modeling, wildlife species habitat assessment, wildfire risk assessments, and forest health. In addition, Andrew has led the development of feature extraction work in forest stand mapping, crop identification, ecological alliances, and vegetation health assessments for federal mapping programs such as the National Land Cover Dataset (NLCD) for USGS, and the Coastal Change Analysis Program (C-CAP) for NOAA Coastal Services Center.


Matt Mercurio is the co-founder and Geospatial Technology Officer at CivicMapper, a Pittsburgh based mapping technology company. Matt specializes in implementing innovative approaches for solving tough problems using location information and geospatial technology, and has “seen it all” during his 25 years in the industry. Most recently Matt has been working on creating wayfinding application for pedestrians, integrating municipal storm and sewer infrastructure datasets for 3 Rivers Wet Weather, and establishing GIS as a shared service at Quaker Valley COG. Matt enjoys pushing the edge of consumer grade technology, like phones and drones, to accurately recreate 3D models of surface objects for stormwater studies. Matt is actively engaged in the PA GIS community acting as the current VP of PAMAGIC, serving as the co-lead on the statewide PA Elevation Working Group Hydrology Application Network, and is a certified GIS Professional (GISP).


Drew Meren has been in the Geospatial space for more than 20 years. A graduate from Towson University, with a Geography degree, he started his geospatial career working for municipalities, Baltimore County, MD and Prince William County, VA near Washington DC. Drew began working in the private sector reselling geospatial data like contours, Mobile and aerial orthophotos and LiDAR. He primarily focused on customers in the Northeast part of the US and New England due to his upbringing in NYC and Western Mass. Drew joined NV5 Geospatial powered by Quantum Spatial (NV5G) in 2016 as an Account Manager focusing on the East coast, from Virginia to Maine. With several statewide contacts in aerial and LiDAR data collections, Drew is looking to showcasing NV5G's LiDAR derivatives to municipalities. Be sure to come to NV5G virtual booth to talk further with Drew about data collection and emerging technologies.

Replacing NAD83 – How to Prepare for the Dynamic Datum of the Future

DESCRIPTION

In this session we will discuss the ways you can start to prepare now for working in the North American Terrestrial Reference Frame of 2022 (NATRF2022). Jeff will help get you ready to embrace the concept of a “4D” datum, explain the terminology, and highlight the tools & models the National Geodetic Survey (NGS) will provide to move your data into the future.

PRESENTER(S)

Jeff Jalbrzikowski, P.S., GISP, CFS, is the Appalachian Regional Geodetic Advisor with the National Geodetic Survey (NGS). Jeff has a varied background, with field and office experience in boundary, geodetic, and hydrographic surveying, and has been involved in GIS projects ranging from utility network digitization & maintenance to automated and manual point classification of LiDAR data. His role as Regional Advisor is to assist the public in utilizing the National Spatial Reference System (NSRS), and any other products and services that NGS provides. Find information on the NGS Regional Advisors here: https://www.ngs.noaa.gov/ADVISORS/

Modernizing your GIS Infrastructure and Public Website

DESCRIPTION

In the fall of 2019, Butler County, PA and Bruce Harris & Associates began the process of updating Butler County’s Server Infrastructure and website. Butler County needed to deprecate their old servers and transition onto supported technology. From a GIS standpoint, this migration and implementation process transitioned the county away from ESRI 10.0. Butler County’s IT provided a scalable virtual environment, which allowed BHA to configure multiple virtual machine’s and build a stable Enterprise GIS environment. Butler County then modernized their GIS website using BHA’s Parcel Access Template (PAT), a configurable parcel search and GIS-centric website. This website enhanced the user experience, while adding expanded functionality such as additional CAMA attributes, advanced searching options, aerial tile caching, and dynamic map services that offer end users additional access points for viewing the County’s authoritative GIS data.
Website URL: https://gis.co.butler.pa.us/

PRESENTER(S)

Travis Gregorich is a Regional GIS Account Manager for Bruce Harris & Associates, Inc. (BHA). Mr. Gregorich establishes and maintains accounts in the both Ohio and Pennsylvania. Mr. Gregorich joined BHA in 2015 and has over 13 years’ experience in the GIS field. He has an extensive working knowledge of assessment and GIS data integration. Prior to joining Bruce Harris & Associates, Mr. Gregorich worked for Wayne County, Ohio for several years as the Wayne County GIS Director. Prior to county employment, Travis held the position of Quality Assurance Analyst with a multi-discipline, multi-state GIS firm, during which time he worked on Department of Defense contracts specializing in aerial analysis.

Pennsylvania Hydrography Dataset (PAHD): Moving Forward

DESCRIPTION

The Pennsylvania Bureau of Geological Survey has released preliminary flowpath data generated from QL2 lidar for the Pennsylvania Hydrography Dataset (PAHD). Recent efforts have resulted in geometries accurate to a 1:2,400 scale, comprehensive attribution, and a methodology that will enable users to contribute their own hydrography data to PAHD.

PRESENTER(S)

Ellen Fehrs
Senior Geoscientist, DCNR

My work focuses on utilizing lidar products to derive an updated hydrographic dataset for Pennsylvania. The existing NHD is a reasonable guide in this venture, but I am looking to automate as much of this process as possible. To this end, much of my research involves geomorphon analysis and cost connectivity/least-cost analysis. The end goal is to produce a dataset that can be easily adapted and updated. This is both challenging and fascinating in the context of Pennsylvania geology!

Utilizing GIS to Solve the Digital Divide in Beaver County, PA

DESCRIPTION

Beaver County is taking a proactive approach to map, validate, verify, and locate households and businesses that lack access to broadband internet. Utilizing the latest open GIS datasets, custom developed automated GIS processing tools an algorithms, crowd-sourced connectivity information, and a boots on the ground approach that utilizes field GIS applications to validate mobile connectivity, the resulting work will allow the County to comprehensively understand locations and areas that are struggling with access to fixed and mobile broadband connectivity. The County is poised to solve the Digital Divide by connecting these unserved areas to ensure that both urban and rural locations within the County have access to broadband for the purposes of remote learning, telemedicine, telecommuting, and overall quality of modern life.

Jeremy JurickPRESENTER(S)

Lance Grable

Jeremy Jurick