GIS Expo 2014: Web Map Tool for Coastal Management
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PacIOOS is one of 11 regional associations of the Integrated Ocean Observing System (IOOS) that provides ocean data and information to users. It has developed a web map tool for coastal management that combines sea level rise estimates and property data layers to help assess coastal hazards. The tool was created through a collaboration between University of Hawaii, NOAA, Hawaii state and local agencies. It uses open source technologies like GeoServer, PostGIS, Leaflet.js and allows users to search properties, compute coastal setbacks under sea level rise scenarios, and save reports. The tool is currently being evaluated with plans to improve the print functionality.
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This document discusses streaming 3D maps as a high return, low risk investment for cities. Streaming 3D maps are 100% web-based solutions that enable maximum communication and awareness. They have benefits such as being browser-based so no additional software is needed, turnkey assembly of content is available, and superior 3D technologies can be used in an open architecture with minimal costs, training needs, and risks.US Army Real Estate Holdings in Hawaii
The document discusses the U.S. Army Military Land Tract Project to convert paper records of Army real estate holdings into a digital database and GIS system. It provides an overview of the project objectives and tasks. As a case study, it summarizes the history of land holdings at Fort Shafter in Hawaii from 1899 to present day, showing how the single tract has been subdivided over time into 50 active tracts today. Maps of Army sites on Oahu and Hawaii islands are also presented.
NOAA's Coastal Change Analysis Program
NOAA's Coastal Change Analysis Program provides nationally standardized data on land cover and land use collected every five years. It includes high resolution data for several Pacific islands at 2.4m resolution. This level of detail is useful for small-scale analysis, extracting specific land cover components, and site-specific studies. The high resolution data has been used for applications like vulnerability assessments, studying climate change impacts, and modeling sediment erosion. It is made more useful through data products like the Land Cover Atlas, sea level rise viewer, and other tools to analyze and understand the land cover data.
Hawaii and US Pacific Basin Orthoimagery Update
This document summarizes the status of orthoimagery for Hawaii and the US Pacific Basin. It discusses the various satellite sensors used to acquire the imagery, including WorldView-2 and WorldView-3. It provides timelines of imagery acquisition for different islands from 1997 to 2015. It also describes how the imagery data is distributed and the costs associated with acquiring the imagery from 2013 to 2015.
The ArcGIS Platform: Appyling Geography Everywhere
The ArcGIS Platform: Appyling Geography EverywhereHawaii Geographic Information Coordinating Council
The document discusses the ArcGIS platform which enables employees to easily discover, use, make and share maps from any device. It provides mapping, analysis, data management and collaboration capabilities through an integrated web GIS platform including ArcGIS Desktop, ArcGIS Online and Portal for ArcGIS. The ArcGIS platform supports embedding web maps across various business systems and on any device through web browsers and applications.Web based Data and Tools for Coastal Management
The document discusses NOAA's Digital Coast website and tools for coastal management. Digital Coast provides data like LiDAR, land cover maps, historical imagery, and ocean use maps for several Pacific islands. It also offers tools like a tsunami information tool, land cover atlas, sea level rise viewer, and economic data. Training is provided through various methods. The goal is to bring geospatial and coastal management communities together on an integrated platform to support coastal resource management.
Ecosystem Vulnerability and Cumulative Impacts on th eOceans of hawaii
Ecosystem Vulnerability and Cumulative Impacts on th eOceans of hawaiiHawaii Geographic Information Coordinating Council
This document discusses key threats to Hawaiian reefs from various human activities and natural stressors. It provides details on potential data sources that could be used to map the spatial distribution and intensity of each threat, such as sediment export models, land use maps, commercial fishing records, buoy locations, and satellite sea surface temperature data. The goal is to develop comprehensive spatial datasets characterizing multiple threats to better understand their combined impacts and inform management decisions.Using GIS to Connect Communities
The document discusses how The Trust for Public Land uses geographic information systems (GIS) to connect communities through conservation planning. It explains that TPL works with communities to create "Greenprints", which are plans that identify local conservation priorities through public engagement and GIS modeling. Greenprints incorporate weighted criteria like recreation, habitat protection, and water quality to create composite maps of conservation value. These maps guide land prioritization and stakeholder action planning. The document provides examples of TPL's Greenprinting work in Hawaii and its Climate Smart Cities initiative, which uses GIS to help communities increase greenspace and mitigate climate impacts.
Assessing Reef Health Using a Low Altitude Sensing Platform
Assessing Reef Health Using a Low Altitude Sensing PlatformHawaii Geographic Information Coordinating Council
This document discusses using low-altitude aerial surveys with unmanned aerial vehicles to assess coral reef health in Kaneohe Bay, Hawaii. The goals are to develop a cheap, fast, and spatially accurate technique to survey entire reef areas at a high resolution. Test flights with a DJI Phantom 2 drone captured imagery over 1500 square meters that was processed into orthomosaics and used texture/color models to classify and map coral species, bleaching, and health. This could create a reef atlas for Kaneohe Bay, inform management, and increase understanding of reef dynamics by providing long-term monitoring at various spatial scales.Hawaii DOT Monitoring Stations Versus National Performance Measurement Resear...
Hawaii DOT Monitoring Stations Versus National Performance Measurement Resear...Hawaii Geographic Information Coordinating Council
This presentation compares speed data from Hawaii DOT monitoring stations to the National Performance Measurement Research Data Set (NPMRDS) probe data. It finds that the two data sources match fairly well overall but that finer-grained Hawaii DOT data is needed for detailed analysis. The presentation demonstrates how to link NPMRDS travel time data to road network maps using open-source tools and provides examples of mapping and animating travel times using this data to estimate the impacts of traffic events. It concludes that the NPMRDS and Hawaii DOT data can both be used to analyze traffic conditions when combined with open-source spatial analysis tools.Use of GIS Technology to Inform Planning Efforts Through Visualization of Com...
Use of GIS Technology to Inform Planning Efforts Through Visualization of Com...Hawaii Geographic Information Coordinating Council
This document summarizes Donald Hayes' presentation on the use of geographic information systems (GIS) technology and community level data visualization to inform planning efforts in Hawaii. Some key points:
- The Hawaii Department of Health uses a variety of health and socioeconomic datasets to identify needs, support grant applications, research, legislation and program evaluation.
- Data is compiled into a Primary Care Data Book which provides indicators by community on health outcomes, risk factors and socioeconomics using data sources like the census and vital records.
- The Data Book is used to assess primary care needs, highlight differences between communities, and facilitate data-driven decision making. It has supported funding and policy decisions and is utilized by various organizations.Expanding GIS Access to Technical and Non-Technical Users to Enhance Project ...
Expanding GIS Access to Technical and Non-Technical Users to Enhance Project ...Hawaii Geographic Information Coordinating Council
The document discusses how GIS was used to enhance collaboration and decision making for the Honolulu Rail Transit Project. GIS provided a platform for HART, HDOH, and contractors to easily share and access environmental, planning, and construction data. Task-based apps within the GIS system allowed non-technical and technical users to efficiently view relevant project information. Organizing data within the GIS cloud-based system reduced data management costs and improved access to real-time project data compared to traditional approaches. Overall, the use of GIS created a powerful collaborative decision making tool that improved project planning, oversight and efficiency.STEMworks: K12 Education in Hawaii in Science Technology Engineering and Math
STEMworks: K12 Education in Hawaii in Science Technology Engineering and MathHawaii Geographic Information Coordinating Council
The Women in Technology project in Hawaii aims to encourage girls, women, Native Hawaiians, and other underrepresented groups to pursue STEM education and careers. It works to build a homegrown technical workforce through various initiatives like STEMWorks, which partners students with industry mentors on projects that address community needs. Key elements of STEMWorks include service-learning courses, promoting equity and cultural understanding, and facilitating self-directed learning through critical thinking and teamwork skills. The program also offers teacher professional development, student internships, and GIS training and workshops across various Hawaiian islands.Planning for Technological Change
Zachary Smith outlines a plan to upgrade the organizational GIS system at the Office of Hawaiian Affairs. The current system uses outdated software and individual project files stored on a network drive. The upgrade will implement an enterprise GIS by moving all data and maps to a centralized geodatabase on a SQL Server, publishing feature services, and hosting web applications on ArcGIS Online. This will allow for better sharing of maps and data across the organization and with the public. The implementation will involve contracting a developer, upgrading servers and software, and publishing all assets as web services on the new system.
Now & the Future of geodesy in Hawaii for the GIS Users
Now & the Future of geodesy in Hawaii for the GIS UsersHawaii Geographic Information Coordinating Council
Geodesy is the science of measuring and monitoring the shape and size of the Earth. It provides the foundation for geospatial data through establishing accurate coordinate systems. The National Geodetic Survey is working to modernize and improve the National Spatial Reference System through new geometric and vertical datums by 2022, which will change coordinates by up to a few meters. Users should adopt the latest realizations of NAD 83 to prepare for these changes and ensure accurate positioning into the future.314 woods- uav mapping history
This document summarizes the capabilities of aerial cameras used for unmanned aerial vehicle (UAV) imaging and mapping. It provides details on fixed-wing and rotary-wing UAVs, including payload, flight time, and advantages. The document discusses historical map-making techniques like plane table surveying and photogrammetry. It also demonstrates the high quality data and 3D models that can be generated from UAV imagery, including orthomosaics, point clouds, digital surface models, and meshes. Accuracy is assessed by comparison to lidar elevation data. The document shows examples of UAV products like 3D meshes of structures.
314 smith 2015 higicc-final
The document discusses preparations for the 2020 Census and Geographic Partnerships. It provides updates on the 2020 Census program, the Geographic Support System Initiative (GSS-I), the Local Update of Census Addresses Program (LUCA), and the Redistricting Data Program (RDP). It summarizes various census tests conducted in 2015, 2016, and future tests planned for 2017 and 2018. The goals are to test new address canvassing methods, self-response optimization, use of administrative records, and field operations to improve the 2020 Census.
Real Time Corrections for GNSS Receivers
This document discusses real-time GNSS correction sources and their applications and accuracy levels. It describes satellite-based augmentation systems (SBAS), Omnistar satellite differential corrections, Trimble RTX internet and satellite corrections, single base radio/internet corrections, and real-time networks. Accuracies range from 10-15 meters for autonomous GNSS to 1-3 centimeters for fixed baseline survey systems using corrections. The document provides an overview of correction options for different uses like survey, mapping, and their availability in Hawaii.
Honolulu Board of Water Supply: Enterprise GIS
The Honolulu Board of Water Supply (BWS) uses geographic information systems (GIS) to manage its water infrastructure data and provide services to over 500 employees. BWS' GIS program started in 1989 and maintains spatial data for over 160,000 service connections and 2,100 miles of pipelines. Key GIS applications include HONU for web mapping, MANO for mobile workforce management, and GISMO for work order integration. BWS shares data with the City/County and other agencies and is developing live data feeds. The GIS program supports asset management, field data collection, and enterprise mapping, analysis, and collaboration tools.
State of Hawaii Digital Leveling Project
The document outlines Hawaii's plans for height modernization from 2015 to 2026. Digital leveling of Oahu is underway from 2015 to 2016. Maui plans to issue an RFP for leveling consultants. Leveling of the Big Island and Kauai is planned from around 2018 to 2022. Lidar data collection for the islands is planned to begin in 2025. A new geoid model for Hawaii incorporating the leveling and lidar data is planned for 2026. The effort aims to benefit the private sector, government, and public utilities through improved vertical accuracy and control across the state.
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Editor's Notes
- Mention all involved, Chip, Matt, Melissa, Kenna, Abe
- Collaboration between:SeaGrant worked with various County Special Management Area (SMA) planners (?)SeaGrant also worked with G&G for historical shoreline layers, transects, etc.FEMA: Digital Flood Insurance Rate MapPacIOOS: data servicesNOAA Coastal Storms Program: funding and outreach
- “welcome” window disappears on clickAll boxes have ? For info
- DFIRM: Digital Flood Insurance Rate Map