20-22 March 2019
The Project Partners from Queen’s University, University College Dublin and New York University met in Belfast for a 3-Day Project Kick-Off Meeting. Also present were key project stakeholders from Belfast City Council (BCC) and Dublin City Council (DCC).
Beyond Project Management Planning, the meeting showcased initial data sets and demonstrated existing Virtual Reality Visualization Tools to the participants from BCC and DCC, collating valuable feedback from the stakeholder partners.
Furthermore, the project partners conducted a walk-over visit to the Belfast case study area and discussed suitable data acquisition approaches.
4 December 2019
Prof. Jennifer McKinley and Dr. Ulrich Ofterdinger presented the UrbanARK project to a Senior Delegation from Vietnam at the UK-Vietnam Workshop on Vertical IoT Solutions in Disaster Management in Belfast, Northern Ireland (4 December 2019). The Senior Delegation included the Minister of the Vietnam Disaster Management Authority and the President and Vice-President of Thuyloi University, Hanoi (VN).
9-12 December 2019
Efficient LiDAR point cloud data encoding for scalable data management within the Hadoop eco-system
Dr. Anh Vu Vo led a paper presented at the The Next Frontier of Big Data From LiDAR Workshop as part of the IEEE Big Data 2019 Conference in Los Angeles, CA, USA (9-12 December 2019). The paper introduces a LiDAR point cloud data encoding solution that is compact, flexible, and fully supports distributed data storage within the Hadoop distributed computing environment.
Risk communication is becoming increasingly important in urban areas susceptible to sea level rise. Using geospatial data to communicate flood projections and geographic information is cost effective as well as efficacious. Many applications of geospatial data as a risk communication tool focus on community leaders, governmental organizations, property owners, etc. These groups are typically limited to adults. It is equally important to address these issues with younger generations who will face similar challenges of living in a coastal city as the climate crisis worsens. UrbanArk’s NYU team has worked with several high school and college groups in New York City over the past year in an ongoing effort to increase awareness and risk literacy.
The NYU team began working with Sunset Park High School (SPHS) in Brooklyn in early 2020, who’s surrounding neighborhood lies directly on the Hudson River. The Sunset Park neighborhood, like many other coastal parts of NYC and the north-east US, was hit by Hurricane Sandy in 2012. The city did not anticipate the storm surge from Sandy, and as a result once evacuation notices were finally sent out, roughly 1/3 of residents in the highest risk flood zone followed the notice. A lot of factors can lead to not following an evacuation notice, including lack of economic mobility to leave home for an extended period of time, need to care for a sick or elderly family member, or ineffective communication or distribution of evacuation notices. The latter was the end goal of the workshop with SPHS environmental science students. With new information on storm surge risk in their neighborhood and the baseline of Hurricane Sandy to predict damage of future storms, the students made their own evacuation notices for their community.
An ongoing project from summer 2020 involves risk awareness in NYU’s surrounding community and student body. The NYU main campus is located near Washington Square Park in Greenwich Village, Manhattan. The park hosts many green and social spaces which makes it feel tucked away from its urban coastal environment. This may create the illusion that the area is insulated or immune to the risk of storm surge, despite the Hudson River’s location less than a mile to the west. But storm surge projections following hurricanes 10+ years down the road tell a different story.
A workshop about this issue will provide a pre-survey to participants establishing their conception of local risk to the community around Washington Square Park during a coastal flooding event. The participants will then either hear an audio recording explaining the different flood scenarios from these projections or view a virtual 3-D model representation of the park under various flood levels. A post-survey will then use the same questions to see whether the audio or the visual treatment served as a better tool for increasing risk literacy and awareness. This experiment is expected to be administered in the fall of 2020.