GIS for Situational Awareness & Emergencies (2)
Tracks
Rongomātāne Room A
Tuesday, September 24, 2024 |
1:45 PM - 3:00 PM |
Rongomātāne A, Level 1 |
Overview
Facilitators: Ed Cook & Chris McLean
Details
This session will highlight the role of GIS in boosting situational awareness and emergency management. With real-world examples and expert insights, learn how GIS technologies enhance decision-making, enable rapid response, and streamline communication during critical situations.
Speaker
Susan Shaw
Senior Geospatial Specialist - Emergency Response
Land Information NZ (LINZ)
A Tale of Two Roads in an Emergency
Presentation Full Abstract
Cyclone Gabrielle gave a stark demonstration of the critical importance of knowing the status of our road network in an emergency … and just how inadequate our national roading data is in times of crisis. NZTA has been part of LINZ’s key data improvement programme since 2019 and there now appears to be light at the end of the tunnel. NZTA is currently developing a national network model to combine state highways and locals road data into New Zealand’s first open, free, routable roads dataset which could become the authoritative source in an emergency. Learn more about what NZTA have planned and how this dataset could support the emergency management community.
Biography
Susan Shaw
Susan believes in the power of where. By connecting key data agencies with the geospatial emergency management community, she helps drive data improvements by dismantling road blocks and building compelling cases for change.
Leah Watts
Over the past 3 years Leah has been working on the Asset Management Data Standard (AMDS) programme, initially working on the development of the data standard, then pivoting to the development of the multi modal network.
Mrs Natalia Bradley
Senior Geospatial Analyst
Maritime New Zealand
Enhancing Maritime Incident Response Through Geospatial Technology
Presentation Full Abstract
Maritime New Zealand (MNZ) plays a critical role in responding to maritime and marine pollution incidents, as well as coordinating search and rescue emergencies at the national level. Despite these responsibilities, existing tools and personnel capacity did not fully meet the demand for timely and comprehensive information essential for effective readiness and response activities. Recognizing this gap, MNZ initiated a project to develop a Geospatial Common Operating Picture (COP) aimed at enhancing incident response capabilities.
During the initial phases of this project, MNZ faced a maritime emergency involving the MV Shiling, necessitating immediate response actions without a fully established incident response GIS. Collaborating with Eagle Technology, MNZ improvised a COP using existing tools and ad-hoc solutions, highlighting the critical need for enhanced geospatial capabilities. Lessons learned from this experience emphasized the importance of proactive relationship management, seizing crisis opportunities for technological advancement, and ensuring comprehensive data availability for informed decision-making.
Building on these insights, MNZ partnered with Eagle to deploy Kahupapa, a geospatial COP tailored for maritime incidents. This integrated platform facilitates semi real-time vessel tracking, incident data integration, environmental layers, and weather forecasts, providing decision-makers with a unified view during crises. Future phases of Kahupapa will enhance functionality with specialized tools and further data integration, extending its utility to proactive risk assessment in routine operations. This initiative underscores MNZ's commitment to leveraging geospatial technology for effective crisis management and sustainable maritime governance.
During the initial phases of this project, MNZ faced a maritime emergency involving the MV Shiling, necessitating immediate response actions without a fully established incident response GIS. Collaborating with Eagle Technology, MNZ improvised a COP using existing tools and ad-hoc solutions, highlighting the critical need for enhanced geospatial capabilities. Lessons learned from this experience emphasized the importance of proactive relationship management, seizing crisis opportunities for technological advancement, and ensuring comprehensive data availability for informed decision-making.
Building on these insights, MNZ partnered with Eagle to deploy Kahupapa, a geospatial COP tailored for maritime incidents. This integrated platform facilitates semi real-time vessel tracking, incident data integration, environmental layers, and weather forecasts, providing decision-makers with a unified view during crises. Future phases of Kahupapa will enhance functionality with specialized tools and further data integration, extending its utility to proactive risk assessment in routine operations. This initiative underscores MNZ's commitment to leveraging geospatial technology for effective crisis management and sustainable maritime governance.
Biography
Bonita is the Manager Geospatial and Data at Maritime New Zealand. She is an experienced strategic adviser with a background in public policy and private sectors. Proficient in relationship management, strategic planning, and leveraging geospatial tools, data analytics, and technology for informed decision-making. She is the Chair of New Zealand GIS In Conservation (GiC).
Natalia is the Senior Geospatial Analyst at Maritime New Zealand. She has extensive geospatial experience across diverse industries, and is dedicated to ongoing learning and empowering others with the necessary tools for success in their roles. She is particularly interested in emergency management and promoting environmental sustainability.
Karyn McDonald
Geospatial Analyst
Nelson City Council
Improvements in Rapid Building Assessment processes after Severe Weather Event
Presentation Full Abstract
This presentation will outline the improvement of emergency management processes at Nelson City Council since the August 2022 Severe Weather Event, focusing on Rapid Building Assessments and Initial Impact Assessments using ArcGIS Survey123.
The Severe Weather Event in the Nelson Tasman Region in August 2022 presented some challenges including difficulties in the reporting of red, yellow and white placarded properties from rapid building assessments.
This presentation will outline the issues we had in an emergency situation with respect to data management and what improvements have been made since. This includes changes to the way our rapid building assessment data is captured in ArcGIS Survey123 and improvements to how this data is presented using ArcGIS Experience Builder and ArcGIS Dashboards. The development of an initial impact assessment survey was also part of this project. Overall, the changes will provide more efficient data collection and improved reporting of information.
The Severe Weather Event in the Nelson Tasman Region in August 2022 presented some challenges including difficulties in the reporting of red, yellow and white placarded properties from rapid building assessments.
This presentation will outline the issues we had in an emergency situation with respect to data management and what improvements have been made since. This includes changes to the way our rapid building assessment data is captured in ArcGIS Survey123 and improvements to how this data is presented using ArcGIS Experience Builder and ArcGIS Dashboards. The development of an initial impact assessment survey was also part of this project. Overall, the changes will provide more efficient data collection and improved reporting of information.
Biography
Karyn McDonald is a Senior GIS Analyst at Nelson City Council. She was new to the council when the August 2022 Severe Weather Event occurred and it was her first experience of using GIS in an emergency situation.
