The 3D Elevation Program: Overview. Jason Stoker USGS National Geospatial Program ESRI 2015 UC

Similar documents
U.S. Geological Survey Agency Briefing for MAPPS Mark L. DeMulder Director, National Geospatial Program. March 12, 2013

USGS National Geospatial Program Understanding User Needs. Dick Vraga National Map Liaison for Federal Agencies July 2015

USGS Hydrography Overview. May 9, 2018

3D Elevation Program- Status and Updates. Oklahoma GI Council Meeting November 2, 2018 Claire DeVaughan US Geological Survey

3D Elevation Program, Lidar in Missouri. West Central Regional Advanced LiDAR Workshop Ray Fox

NEEA Refresh aka 3D Nation Requirements and Benefits Study. Allyson Jason, Carol Ostergren, Xan Fredericks and Lou Driber November 9, 2017

Tracy Fuller U. S. Geological Survey. February 24, 2016

Pictometry GIS and Integration Solutions. Presented by Peter White, GISP GIS Product Manager, Pictometry International Corp.

USGS Data Initiatives for Elevation, Streams and Topo Maps

What s New in Topographic Information - USGS National Map

GIS Changing the World GIS Day November 15, 2017

USGS Community Engagement and its Role in Improving The National Map

Introduction. Elevation Data Strategy. Status and Next Steps

MISSOURI LiDAR Stakeholders Meeting

ELEVATION IS FOUNDATIONAL. A DEM that is inaccurate or of poor resolution will pass those characteristics onto other data layers

Statewide Topographic Mapping Program

Lecture 9: Reference Maps & Aerial Photography

Base Level Engineering FEMA Region 6

Positioning the Pacific: NOAA s Geospatial Activities. Juliana Blackwell, Director NOAA s National Geodetic Survey March 6, 2012

Geospatial Data, Services, and Products. National Surveying, mapping and geospatial conference

NAVAJO NATION PROFILE

Office of Technology Partnerships GIS Collaboration

3D Elevation Program The Industry Perspective. Amar Nayegandhi, CP, CMS, GISP Vice President, Dewberry Engineers Inc.

Spatial Data Availability Energizes Florida s Citizens

Large Scale Mapping Policy for the Province of Nova Scotia

Summary Description Municipality of Anchorage. Anchorage Coastal Resource Atlas Project

ArcGIS Online Tools and Water-Related Web Services You Can Use Every Day of Your Life!

Fugro Geospatial: Turning Spatial Data into Knowledge

Emergency Planning. for the. Democratic National. Convention. imaging notes // Spring 2009 //

State GIS Update. Master Address Repository (MAR) IMAGIN 2016 Everett Root May 16, 2016

Summary of Available Datasets that are Relevant to Flood Risk Characterization

Esri Image & Mapping Forum 9 July 2017 Geiger-Mode for Conservation Planning & Design by USDA NRCS NGCE

Manitoba s Elevation (LiDAR) & Imagery Datasets. Acquisition Plans & Opportunities for Collaboration

Pan-Arctic Digital Elevation Map (Pan-Arctic DEM)

USGS POD implementation in USGS Cloud to Support US Topo Production

Exploring GIS Potential for Northwestern Ontario Land Information Ontario

MAPPS/USGS Liaison Meeting U.S. Department of the Interior U.S. Geological Survey

Spanish national plan for land observation: new collaborative production system in Europe

LIDAR: Statutory Compliance Benefits for Nebraska Natural Resources

The National Map Data Delivery Services

Storm Surge Analysis Update Meeting Cross City, Florida June 17, 2014

Philippines NSDI Foundation Data Program. Andrew Bashfield

Forest Service. Geospatial Management. Presented by: Carl Zulick, USFS Geospatial Information Officer. April 1, 2014

GeoSUR SRTM 30-m / TPS

THE ROLE OF GEOCOMPUTATION IN THE HYDROLOGICAL SCIENCES

To: Ross Martin, Lisa Stapleton From: Brad Lind Subject: Joint Funding Agreement with USGS for 2012 Imagery Date: March 14, 2012.

IWG-OCM Update For NCSS

Chapter 1 Overview of Maps

Strategic Plan

Pan-Arctic Digital Elevation Model - International Collaboration in Generation of ArcticDEM

Imagery and the Location-enabled Platform in State and Local Government

A Broad View of Geospatial Technology & Systems

GIS Capabilities. Leveraging POINT OF BEGINNING. Waterfront Surveying Safety Certification GNSS Advantages

Remote Sensing and Incident Support. Department of Homeland Security February 22, 2013

DRAPE 2014 Digital Elevation Model

Funding systems used in Mexico to support institutional arrangements: INEGI case

EMERGENCY PLANNING IN NORTHERN ALGERIA BASED ON REMOTE SENSING DATA IN RESPECT TO TSUNAMI HAZARD PREPAREDNESS

Features and Benefits

Kentucky Collaborates in GeoMAPP Project: The Advantages and Challenges of Archiving in a State with a Centralized GIS

GIS Techniques for Avalanche Path Mapping and Snow Science Observations. By Douglas D. Scott AVALANCHE MAPPING/IDEA INTEGRATION

Data Aggregation with InfraWorks and ArcGIS for Visualization, Analysis, and Planning

CLICK HERE TO KNOW MORE

ELEVATION. The Base Map

QUESTIONNAIRE THE CURRENT STATUS OF MAPPING IN THE WORLD

why is a national or regional context important?

Classification of Erosion Susceptibility

USGS QUADRANGLES IN GOOGLE EARTH

Chapter 5 LiDAR Survey and Analysis in

EnviroAtlas: An Atlas about Ecosystems and their Connection with People

George Mason University Department of Civil, Environmental and Infrastructure Engineering. Dr. Celso Ferreira Prepared by Lora Baumgartner

NCTCOG Regional GIS Meeting 6-Years and Going Strong. May 15, 2018 hosted by: Tarrant County

Flood Inundation Mapping

Nomination Form. Clearinghouse. New York State Office for Technology. Address: State Capitol-ESP, PO Box

GIS-T 2010 Building a Successful Geospatial Data Sharing Framework: A Ohio DOT Success Story

Flood Insurance Study

Geospatial Technologies

Country Report On Sdi Activities In Singapore ( )

Information. Information Technology. Geographic. Services (GIS) 119 W Indiana Ave Deland, FL 32720

USING IFSAR AND SRTM ELEVATION DATA FOR WATERSHED DELINEATION OF A COASTAL WATERSHED INTRODUCTION

THE NEW DNR LANDSLIDE HAZARDS PROGRAM

Use of Elevation Data in NOAA Coastal Mapping Shoreline Products. Coastal GeoTools April 1, 2015

A New National Flood Inundation Mapping Science Initiative

2010 Census Data Release and Current Geographic Programs. Michaellyn Garcia Geographer Seattle Regional Census Center

Gulf Coast Joint Venture GEOSPATIAL ACTIVITIES AND DATA NEEDS

Application of high-resolution (10 m) DEM on Flood Disaster in 3D-GIS

QUANTITATIVE ASSESSMENT OF DIGITAL TOPOGRAPHIC DATA FROM DIFFERENT SOURCES

Rainfall-River Forecasting: Overview of NOAA s Role, Responsibilities, and Services

Location: Jacksonville, FL December 11, 2012

UTAH S STATEWIDE GEOGRAPHIC INFORMATION DATABASE

SUPPORTS SUSTAINABLE GROWTH

ENGRG Introduction to GIS

Locational business intelligence in the U.S. Forest Service: Geospatial Accomplishment Reporting ESRI USER CONFERENCE 2015 JULY 21, 2015

LiDAR User Data Needs Survey Results

The Future of Soil Mapping using LiDAR Technology

Interpretive Map Series 24

Topographic Strategy National Topographic Office March 2015

Copernicus Overview. Major Emergency Management Conference Athlone 2017

A Comprehensive Inventory of the Number of Modified Stream Channels in the State of Minnesota. Data, Information and Knowledge Management.

USE OF RADIOMETRICS IN SOIL SURVEY

SPOT DEM Product Description

Transcription:

+ The 3D Elevation Program: Overview Jason Stoker USGS National Geospatial Program ESRI 2015 UC

+ 2 A little history USGS has a long, proud tradition of mapmaking (2009)

+ 3 The changing times Mapping the breadth of the Nation in such meticulous detail has been a demanding challenge for USGS mapmakers since 1884. For 130 years, this ambitious goal has spurred USGS cartographers to invent new instruments, devise new methods, and apply the most modern technology to improve the accuracy, utility, and efficient production of geographic information.

+ 4 The Topographic map Art + Science

+ 5 US Topo A new National Map Series Structures The project was launched in late 2009, and the term US Topo refers specifically to quadrangle topographic maps published in 2009 and later. Boundaries Hydrography These maps are modeled on the familiar 7.5-minute quadrangle maps of the period 1947-1992, but are massproduced from national GIS databases on a repeating cycle. Transportation US Topo maps repackage geographic information system (GIS) data in traditional map form; this benefits nonspecialist map users, as well as applications that need traditional maps. Images Terrain Shaded Relief Contours NED

+ 6 The National Map One of the cornerstones of the U.S. Geological Survey's (USGS) National Geospatial Program The National Map is a collaborative effort among the USGS and other Federal, State, and local partners to improve and deliver topographic information for the Nation. USTopo is powered by The National Map The geographic information available from The National Map includes: orthoimagery (aerial photographs), geographic names hydrography boundaries transportation structures land cover elevation

+ 7 Elevation Historically Powered by the NED For 15 years, the National Elevation Dataset (NED) has been the primary elevation data product produced and distributed by the USGS. The NED provides seamless raster bare earth elevation data of the conterminous United States, Alaska, Hawaii, and the island territories. The NED is derived from diverse source data sets that are processed to a specification with a consistent resolution, coordinate system, elevation units, and horizontal and vertical datums. The NED served as the elevation layer of The National Map, and provided basic elevation information for earth science studies and mapping applications in the United States.

+ 8 Tying it all together- Historically From NED to derivatives to TNM to USTopo currently

Bare earth DEMs from Lidar/Ifsar feed our Elevation Historically + 9 From Lidar/Ifsar DEMs to NED to derivatives to TNM to USTopo Ifsar Bare Earth DEMs Lidar Point Clouds CLICK Earth Explorer TNM

+ 10 Mapping has changed Less art, more science With the proliferation of lidar and ifsar as our tools to collect elevation data, we are not really mapping anymore- we are now measuring elevation using remote sensing and GPS 3-D information from these systems are being used for an incredible amount of applications We are not just measuring bare earth anymore, we are measuring vegetation, buildings, roads, streams, etc. in 3-D 3-D information is considered more and more commonplace, and consumer technology is rapidly embracing this trend

+ 11 + 11 3-D Commonplace in our lives now, and growing

+ 12 3D Elevation Program (3DEP) Applies groundbreaking lidar technology to acquire and distribute 3D data Addresses a broad range of critical applications of national significance 3D data include surface elevations and natural and constructed features 3DEP increases the quality level of lidar being acquired to enable more accurate understanding, modeling, and prediction Goal to acquire national coverage in 8 years

+ 13 What is the 3D Elevation Program? 3DEP is a call for community action to Address the mission-critical requirements of Federal agencies, states, local governments, tribes, private and not-for profit organizations Increase the overall investment in 3D data from about $45 M to $146 M annually to return more than $690 million annually in new benefits Leverage collaboration among Federal, states, local and tribal partners to systematically complete national 3D data coverage in 8 years Leverage the capability of private industry mapping firms, create jobs Achieve a 25% cost efficiency gain by collecting data in larger projects Completely refresh national elevation data holdings with new lidar and ifsar elevation data products and services Natural Resource Conservation Infrastructure Management Flood Risk Mitigation Precision Farming Land Navigation and Safety Geologic Resources and Hazards Mitigation

+ 14 3DEP 2012-2015 READY for a national, 8-year program Developed 3DEP infrastructure Documented comprehensive requirements and benefits in the National Enhanced Elevation Assessment (NEEA) Designed 3DEP based on NEEA and to maximize return on investment Developed the NEEA inventory into the annual U.S. Interagency Elevation Inventory in partnership with NOAA and others Published plan for action based on extensive stakeholder input Issued the first Broad Agency Announcement in 2014, with funding partnerships with FEMA and NRCS

+ 15 3D Elevation Program Quality Levels A New Floor Quality Level Source Vertical Accuracy RMSEz Nominal Pulse Spacing (NPS) QL1 Lidar 10 cm 0.35 m QL2 Lidar 10 cm 0.7 m QL3 Lidar 20 cm 2.0 m Nominal Pulse Density (NPD) 8 points/sq. meter 2 points/sq. meter 0.7 points/sq. meter DEM Post Spacing 0.5 meter 1 meter 3 meters QL4 Imagery 139 cm N/A N/A 5 meters QL5 Ifsar 185 cm N/A N/A 5 meters Now Legacy Alaska 15

New products and services being made available 16 in 2015 from The National Map 5 meter Alaska DEMs Lidar Point Cloud Alaska Ifsar ORIs 1 meter DEMs Alaska Ifsar DSMs

+ 3DEP Products and Services 17 17

+ 3DEP Products and Services 18 18

+ 19 Broad Agency Announcement (BAA) Background 72 pre-proposals submitted, requested funds over $50M, 29 were funded Total estimated committed = $9.8M, with a total estimated value of $26.5M (estimates will be refined) The $9.8M is comprised of USGS, FEMA and NRCS funds Total square miles is estimated at 94,114, with average project size of 3,245 sq mi Additional selections may follow with remaining funding as project estimates are refined and FY15 funding is clarified

+ 20 3DEP is Big Data Data from Appendix H of NATIONAL ENHANCED ELEVATION ASSESSMENT FINAL REPORT http://www.dewberry.com/services/geospatial/national-enhancedelevation-assessment

+ 21 So what is the 3DEP mindset? Need to change how you perceive elevation at USGS From This: Ifsar Bare Earth DEMs Lidar Point Clouds

+ 22 So what is the 3DEP mindset? Need to change how you perceive elevation at USGS To This: Bare Earth DEMs SOURCE DATA Contours/hillshades

+ 23 Services in development Stakeholders Application Application Application WCS Application 3DEP Point Clouds Bare Earth DEMs Application Application Application Services Shaded Relief Slope Aspect Curvature Delivery

+ 24 + 24 From point cloud data to information

Questions? 25