Martin County Coastal Engineering Division Advancement of an Enterprise Coastal GIS in Martin County, Florida Alexandra Carvalho, Ph.D. Kathy Fitzpatrick,

Slides:



Advertisements
Similar presentations
ASIAES Project Overview Satellite Image Network for Natural Hazard Management in ASEAN+3 region Pakorn Apaphant Geo-Informatics and Space Technology Development.
Advertisements

GIS for Aviation: Case for eTOD Management
Rice Creek Watershed District Permit Viewer. Description: The Rice Creek Watershed District Permit Viewer was developed to more efficiently manage their.
Iowa Code and Rules Easy Navigation and Search Scope Analysis &Planning Phases Completed Request for Execution Funding.
Asset Management and Sewer Engineering Using GIS Integrated with Document Management in San Francisco Greg Braswell - City & County of San Francisco, Bureau.
1. 2 Introduction to JAYA Corporation 8(a)/SDB Company 8(a)/SDB Company Huntsville, AL Corporate Office Huntsville, AL Corporate Office Specializing in.
Great Lakes Monitoring Inventory and Gap Analysis: Recommendations for Addressing Shortfalls and Improving Monitoring Coordination in the Great Lakes Basin.
Leveraging Selangor’s Land Use Planning through the Optimization of its Web Enabled Spatial Information System - SISMAPS Geospatial World Forum, Rotterdam,
Identification, Selection, and Appraisal within the North Carolina Geospatial Data Archiving Project (NCGDAP) NCSU Libraries Steve Morris Head of Digital.
U.S. Department of the Interior U.S. Geological Survey National Geospatial Technical Operations Center Towards a More Consistent Framework for Disseminated.
ArcGIS Geodatabase Miles Logsdon Spatial Information Technologies, UW Garry Trudeau - Doonesbury.
© 2002 by Prentice Hall 1 David M. Kroenke Database Processing Eighth Edition Chapter 2 Introduction to Database Development.
Cristina Carollo & Dave Reed Project Coordinators David Palandro, Florida Fish and Wildlife Research Institute John Ogden, Florida Institute of Oceanography.
Geographic Information Systems Thomas Jay Forrest Information Services 8 March 2007.
UNDERSTANDING SPATIAL DISTRIBUTION OF ASTHMA USING A GEOGRAPHICAL INFORMATION SYSTEM Mohammad A. Rob Management Information Systems University of Houston-Clear.
1 Alternate Title Slide: Presentation Name Goes Here Presenter’s Name Infrastructure Solutions Division Date GIS Perfct Ltd. Autodesk Value Added Reseller.
Geographical Information System GIS By: Yahia Dahash.
GIS in King County Government ‘UW Civil Engineering’ November 15, 2010 Dennis Higgins, King County GIS Center Client Services Manager.
Intro. To GIS Lecture 4 Data: data storage, creation & editing
Chapter 7: The Object-Oriented Approach to Requirements
GIS Lecture 1 Introduction to GIS Buildings. Poly Streams, Line Wells, Point Roads, Line Zoning,Poly MAP SHEETS.
WETLANDS and LOCAL PROGRAMS Environmental Services Oregon Department of Transportation.
Managing Data Interoperability with FME Tony Kent Applications Engineer IMGS.
Welcome to Mapping Tom Sellsted – City of Yakima, Washington Vladimir Strinski – Hitech Systems.
ArcGIS Workflow Manager An Introduction
Implementing Geodatabase Technology
September 18-19, 2006 – Denver, Colorado Sponsored by the U.S. Department of Housing and Urban Development Using Geographic Information Systems (GIS) as.
City of Satellite Beach. Satellite Beach Total area of 4.3 square miles Just over 10,000 residents 98% built out.
Roger Miller, Arkansas Department of Environmental Quality Barry Jackson, USGS Arkansas Water Science Center ARKANSAS EXCHANGE NETWORK FOR GROUNDWATER-QUALITY.
GIS 1110 Designing Geodatabases. Representation Q. How will we model our real world data? A. Typically: Features Continuous Surfaces and Imagery Map Graphics.
Florida Fish & Wildlife Conservation Commission, Fish & Wildlife Research Institute Area Contingency Plans Oil and Hazmat All Florida Sectors represented.
1 Systems Development Cheryl Itkin SIMCorB Meeting RTP, NC June 29-30, 2000 SIMCorB Organization Policy Systems Outreach.
Watershed Planning: Current Status and Next Steps
Click to add a subtitle 1 expect the best Creating Enterprise Value and Excellence in GIS Technology Lemuel C. Stewart, Jr. CIO of.
Predicting and Preparing for Natural Disasters Margaret A. Davidson Director NOAA Coastal Services Center June 7, 2005.
Introduction to Geographic Information Systems (GIS) Lesson 1.
Introduction In ArcGIS, there are three basic data structures:
Enterprise GIS Planning and Framework Jennifer Reek GIS Coordinator City of Brookfield, WI.
Hillsborough County Transportation Improvement Program (TIP)
Marine Spatial Planning for Wave Energy Development in Oregon Kate Sherman, M.S. Candidate Marine Resource Management College of Earth, Ocean, and Atmospheric.
CONCOCTING A GIS Designing a Geodatabase Optimized for Data Maintenance and Map Production Jim Isbell | Engineering Tech. II | Kern County Assessor’s Office.
Design central EMODnet portal Objectives, Technical Proposal and Consultation Process.
Advancement of an Enterprise Coastal GIS Kathy Fitzpatrick, P.E., Martin County, Florida Echo Gates, P.E., Florida Department of Environmental Protection.
Intro to GIS and ESRI Trainers: Randy Jones, GIS Technician, Douglas County Jon Fiskness, GISP GIS Coordinator, City of Superior.
Fish and Wildlife Service’s Wetlands Geodatabase Mitch Bergeson Cartographic Applications and Processing Program Water Resources Division, US Geological.
INTRODUCTION TO GEOGRAPHICAL INFORMATION SCIENCE RSG620 Week 1, Lecture 2 April 11, 2012 Department of RS and GISc Institute of Space Technology, Karachi.
FIT ProposalApril 29, 2015 Levee & Dike Inventory Data Development and Creation of Statewide Geodatabase Photo: Outlier Solutions Inc. and Lighthawk Steve.
ECoastal: Tools for Coastal Structure Analysis Rose Dopsovic GIS Developer Mobile District, Spatial Data Branch.
Intro to GIS & Pictometry Trainers: Randy Jones, GIS Technician, Douglas County Jon Fiskness, GISP GIS Coordinator, City of Superior.
U.S. Environmental Protection Agency Central Data Exchange Pilot Project Promoting Geospatial Data Exchange Between EPA and State Partners. April 25, 2007.
Jessica D. Perkins GIS Programmer Analyst 2 Geospatial Transportation Information Section Program Planning & Administration Division of Highways West Virginia.
Towards Unifying Vector and Raster Data Models for Hybrid Spatial Regions Philip Dougherty.
CONVERSION OF CAD DATA TO GIS LAYERS Challenges and Techniques Compiled by: Tope Bello Summer 2005 Instructor POEC 6387 GIS Workshop Professor Ronald Briggs.
National Geospatial Enterprise Architecture N S D I National Spatial Data Infrastructure An Architectural Process Overview Presented by Eliot Christian.
STREAMLINING STORM WATER PERMIT IMPLEMENTATION THROUGH USE OF AN INFORMATION MANAGEMENT SYSTEM April 8, 2004 Presented by John W. Hart 30 th Environmental.
Overview of the Spatial Data Standards for Facilities, Infrastructure, and Environment (SDSFIE) Eileen Goff, GeomorphIS December 8, 2005 Geodatabase Committee.
ECoastal Training USACE Coastal CoP Meeting and Workshop Sorry for the delay. I was double booked this morning. The eCoastal workshop will begin at 8:30.
US Army Corps of Engineers BUILDING STRONG ® eCoastal: Overview & Status eCoastal Workshop Rose Dopsovic Bowhead Science & Technology, LLC for the Spatial.
Introduction to Geodatabases
NOS DataExplorer Enterprise GIS Efforts within NOAA's Ocean Service Jason Marshall (PSGS) NOAA Coastal Services Center.
Module 4 Data Management-Applications Coastal Applications of ArcGIS.
US Army Corps of Engineers BUILDING STRONG ® Huntington District Floodplain Management Services Dan Bailey, CFM Huntington District August 2012.
US Army Corps of Engineers BUILDING STRONG ® eCoastal Desktop Tools Custom ArcGIS Applications Data Viewer Tools Survey Tools Shoreline Classification.
LP – MUNICIPALITY OF PATRAS State of Implementation of project “Neighborhood Social Planning and Development” Acronym: ‘NEBSOC’ T. Roustanis Bari, 3-4/11/2014.
ECoastal Training USACE Coastal CoP Meeting and Workshop eCoastal in a Nutshell: An Introduction to the eCoastal Program & Custom Applications Rose Dopsovic.
Treasure Coast Regional Planning Council
Erin Gentle & Brett Wood Kimley-Horn and Associates June 30, 2015
Flanders Marine Institute (VLIZ)
Michael P. Finn, Barbara S. Poore, and Mark R. Feller
Presentation transcript:

Martin County Coastal Engineering Division Advancement of an Enterprise Coastal GIS in Martin County, Florida Alexandra Carvalho, Ph.D. Kathy Fitzpatrick, P.E. Rob Hudson, AICP Taylor Engineering, Inc. 130 miles south of orlando 100 miles north of miami Palm Beach County Lake Okeechobee St. Lucie County Atlantic Ocean

Martin County Coastal Engineering Division Martin County FACTS Land Area sq. miles Population - 131,617 Municipalities Commission District Lake Okeechobee St. Lucie County Palm Beach County Atlantic Ocean JUPITER ISLAND STUART JENSEN BEACH PORT SALERNO SEWALL’S POINT HOBE SOUND HUTCHINSON ISLAND INDIAN TOWN TROPICAL FARMS PALM CITY NORTH RIVER SHORES OCEAN BREEZE PARK

Martin County Coastal Engineering Division Evans Crary Bridge Donaldson Reef Sirotkin Reef Ernst Reef NS -Site 1 NS -Site 2 NS -Site 3 Coastal Programs 22 Miles of Coastline 2 Long Term Beach Renourishment Projects Federal Inlet Maintenance Program 2 Major Inland Waterways Many Federal, state and Local Waterfront Parks Active Artificial Reef Program Atlantic Ocean St. Lucie Inlet

Martin County Coastal Engineering Division Project Rationale

Martin County Coastal Engineering Division Support the management of the habitat, beach, waterway, and artificial reef programs Manage project budgets Manage and track permit and grant requirements Automate the permit and grant application submittals Objectives

Martin County Coastal Engineering Division Support the management of the habitat, beach, waterway, and artificial reef programs Manage and analyze monitoring data and scientific model results Community outreach to Federal and State agencies, scientific and engineering communities, public. Plan Coastal Programs Future Objectives

Martin County Coastal Engineering Division Coastal Information Management System

Martin County Coastal Engineering Division Timeline PHASE I SCOPING PHASE II ASSESSMENT PHASE III MARINE DATA MODEL IMPLEMENTATION PHASE IV PROTOTYPE PHASE V PRODUCTION SYSTEM PHASE VI MAINTAIN & ENHANCE Completed

Martin County Coastal Engineering Division Scoping Phase

Martin County Coastal Engineering Division General Business Processes

Martin County Coastal Engineering Division Scoping Phase Needs Assessment Meetings Program and Project Management Requirements Permit and Grant Management Requirements Regulatory Agency Data Submission Requirements Data Inventory and Organization by Program Area Basemap Spatial Data Project Spatial and Non - Spatial Data Monitoring Spatial and Non - Spatial Data Design and Implementation of Geodatabase Structure and Schema

Martin County Coastal Engineering Division Scoping Phase Geodatabase Structure Domains Business Tables Feature Classes Relationships

Martin County Coastal Engineering Division Scoping Phase Extent Projection

Martin County Coastal Engineering Division Scoping Phase Needs Assessment Meetings Program and Project Management Requirements Permit and Grant Management Requirements Regulatory Agency Data Submission Requirements Data Inventory and Organization by Program Area Basemap Spatial Data Project Spatial and Non - Spatial Data Monitoring Spatial and Non - Spatial Data Design and Implementation of Geodatabase Structure and Schema Development of User Interface and Artificial Reef Program Tools

Martin County Coastal Engineering Division Scoping Phase User Interface

Martin County Coastal Engineering Division Scoping Phase User Interface: Artificial Reefs

Martin County Coastal Engineering Division Assessment Phase

Martin County Coastal Engineering Division Assessment Phase Enterprise Geodatabase Needs Assessment Data Inventory Identification of Business Processes for each Project Phase

Martin County Coastal Engineering Division Business Processes: Project Planning Phase

Martin County Coastal Engineering Division Business Processes: Project Execution Phase

Martin County Coastal Engineering Division Business Processes: Annual Monitoring Phase

Martin County Coastal Engineering Division Assessment Phase Enterprise Geodatabase Needs Assessment Data Inventory Identification of Business Processes for each Project Phase Tool Inventory by Project Area Project Planning Tools Non - Spatial Data Handling Tools Spatial Data Handling and Analysis Tools Tool and User Interface Functionality Requirements by Project Area

Martin County Coastal Engineering Division Implementation Framework

Martin County Coastal Engineering Division Timeline PHASE I SCOPING PHASE II ASSESSMENT PHASE III MARINE DATA MODEL IMPLEMENTATION PHASE IV PROTOTYPE PHASE V PRODUCTION SYSTEM PHASE VI MAINTAIN & ENHANCE Completed

Martin County Coastal Engineering Division Assessment Overview: Implementation Framework Articulated specific Business Objectives of the Coastal Program 1.Manage Martin County’s habitat, beach, inlet, and artificial reef resources through the effective implementation of engineering and restoration projects. 2.Monitor and analyze the effectiveness of the Coastal Program’s engineering and restoration projects. 3.Track permit requirements and automate the required permit submittals. 1.Properly distribute, track, and manage the Coastal Program budget and grant funding. 2.Collaborate with, and disseminate information to, federal and state agencies and the public.

Martin County Coastal Engineering Division Functional requirements realized in eight use cases –Project Management Toolset 1.Add new permit or project information. 2.Query, view, or edit existing permit or project information. 3.Access all Coastal Division contacts. 4.Track grant and permit conditions. 5.Provide analytical and characterization functions. – Web Portal 1.Data access. 2.Data distribution. 3.Data upload. Assessment Overview: Implementation Framework

Martin County Coastal Engineering Division EXAMPLE: Use Case Realization #1 - Add new permit or project information. Use Case Summary –Users will be able to generate permit and project boundaries. »Users will be able to generate boundaries by entering coordinates from permits into a form. »Users will be able to “heads up” digitize permit and project boundaries using desktop GIS functionality. –Users will be able to enter data in order to store grant and permit information. Interface Overview –Users will be able to generate permit and project boundaries through coordinate entry into a GUI that computes the geometry of the polygon. –Users will be able to “heads up” digitize permit and project boundaries using native GIS functionality that is customized for ease of use. –Permit and project data entry forms will be “wizard-driven” to allow for ease of use. Details –Each permit and project boundary will be appended to a pre-existing feature class located in the geodatabase. –All data entered through a form will be associated with a permit or project boundary. –The Coastal GIS will interact with the Electronic Document Management System (EDMS) (Documentuum) to access manage documents, correspondence, contracts, reports and studies, videos, photos, and drawings. –The Coastal GIS will interact with the Martin County Engineering Department’s Financial System to access funding sources and the dollar amounts allocated for each project activity. Assessment Overview: Implementation Framework

Martin County Coastal Engineering Division Assessment Overview

Martin County Coastal Engineering Division Non-Functional Business Requirements Approximate number of users: –Four concurrent Engineering Department staff members –Five Contractors through the web portal –Fifteen External agency staff (FDEP, USACE, FWC) through the web portal –Undetermined number of citizens Disk space estimates: –Data located within ArcSDE 500 megabytes of vector spatial data (including surveys and business tables) 12 gigabytes of georeferenced imagery (aerial photography [6 GB], LiDAR, etc.) –Data located on the file system 2 gigabytes of digital photos 250 megabytes of drawings 250 megabytes of documents 2 gigabytes of video Viewing and editing roles: Project Management Toolset (internal to the Martin County network) –Engineering Department staff will have read/write privileges Web Portal –Contractors will have file transfer protocol (FTP) privileges –External agencies will have data downloading and viewing privileges. –Public will have querying and viewing privileges. Data distributed via request. Assessment Overview: Implementation Framework

Martin County Coastal Engineering Division Non-Functional Business Requirements Geodatabase design will conform to the Marine Data Model. –Components of the Marine Data Model that apply will be used to implement the coastal geodatabase. –Where the Marine Data Model can not contribute, relationships will be built to meet the needs of the County. Locational data will conform to the Florida Department of Environmental Protection’s Locational Data Standards Monitoring data will conform to the Florida Department of Environmental Protection’s “Monitoring Standards for Beach Erosion Control Projects” Vector spatial data in State Plane East, HPGN. Geodatabase extent includes the entire state of Florida with a buffer out to the United States Territorial Sea Boundary (12 nautical miles). Assessment Overview: Implementation Framework

Martin County Coastal Engineering Division Marine Data Model Implementation Geodatabase Schema Design –Identify all primary coastal geospatial datasets –Modify/customize the ESRI Marine Data Model Organize and identify feature datasets and feature classes Identification of all business tables Attribute refinement and creation on both spatial data and business tables Specify and determine subtypes and domains –Create relationships between both spatial and non-spatial data –Create topological and spatial rules  Create FGDC compliant metadata Load GIS layers and related tables Implementation of the geodatabase object model in ArcSDE. Populate the coastal geodatabase with Martin County coastal data. This should include both vector data and related tables. Procedures to connect to the County’s financial database QA/QC procedures for all ArcSDE coastal layers, rules, and behaviors. Coastal Geodatabase Implementation and Design Summary Report Narrative descriptions Checklists Technical schematics Graphics.

Martin County Coastal Engineering Division

Martin County Coastal Engineering Division

Martin County Coastal Engineering Division

Martin County Coastal Engineering Division Thank You