Coastal Partnership East’s Post

A cornerstone paper for us, on #mapping #shallowwater seafloor habitats using high-end #drones, #AI for image analysis and how to validate output quality.

At the session chaired by Paul Nettleton, Senior Associate, Water Infrastructure and Climate Adaptation Ramboll and Chai Teck Ho, Deputy Director PUB, Singapore's National Water Agency, High Resolution Modelling and Forecasting In Singapore, industry experts came together to present innovative methods used to improve flood resilience and coastal protection such as: - AI models for analysing CCTV footage for early flood detection - Sophisticated prediction models for anticipating and mitigating storm surges - High-resolution data gathering methods that incorporate technologies such as LIDAR, drone and unmanned surface vehicles to collect data in intertidal areas - Subgrid methods for improving the efficiency of large-scale urban hydraulic models These trends highlight a growing emphasis on proactive flood management, driven by cutting-edge technology and comprehensive data analysis, which are essential for protecting communities and infrastructure in the face of increasing climatic challenges. Learn more about our climate resilience planning and design experience here: https://lnkd.in/gvb2Hvrw

I'm thrilled to share that I've recently earned a certification in Introduction to LiDAR by NOAA, focusing on its powerful applications in coastal management. Through this course, I've gained insights into how LiDAR technology is revolutionizing disaster response, urban planning, and ecosystem conservation, especially in coastal regions. Key Takeaways: - Precise Coastal Mapping: LiDAR provides highly accurate topographic and bathymetric data that supports detailed mapping of both land and underwater terrains. This data is crucial for monitoring erosion, flood risks, and habitat preservation.    - Post-Disaster Recovery: LiDAR enables rapid assessments of coastal changes after natural disasters, helping agencies and communities rebuild smarter and more resiliently. - Future Trends: Innovations like Single-Photon and Geiger-Mode LiDAR are enhancing our ability to capture data over larger areas and in complex terrains, promising new capabilities in environmental and urban planning. I'm looking forward to applying these insights to projects that prioritize sustainability, community safety, and ecosystem preservation. A big thank you to NOAA for making such a valuable resource available! #LiDAR #CoastalManagement #NOAA #GeospatialTechnology #UrbanPlanning #EnvironmentalConservation #DisasterManagement #certification

In collaboration with Field Surveying & Mapping Services, the Catalan government's initiative for marine stewardship saw ICGC employing Airbone Lidar Bathymetry technology to map the Catalan coast. This endeavor yielded a precise topobathymetric elevation model, pivotal for the strategic oversight of the coastal zone. Data from depths at 25-30m captured by a CZMIL SuperNova system delivers critical insight for habitat mapping and coastal erosion monitoring. A topobathymetric elevation model is a crucial tool for coastal zone management as it integrates land elevation and water depth data to provide a detailed representation of the coastal environment. #coastalmapping #environment #lidar #bathymetry #hydrospatial Read more at https://ow.ly/JVT150QZ49r

New paper led by Siegmund Nuyts and Micheli Costa titled 'Mapping tidal restrictions to support blue carbon restoration'. The paper provides a low-cost method (relying on LiDAR data) to help identify coastal areas that could be restored by removing tidal restrictions (levees, embankments, bund walls, etc.). Millions of hectares of coastal wetlands around the world have been lost due to tidal restrictions. There is potential to attract #BlueCarbon credits for coastal wetland restoration through tidal reinstatement. Access the paper here: https://lnkd.in/gYGCbRpV #BlueCarbon #Wetlands #ClimateChange #Biodiversity #Restoration Melissa Wartman BlueCarbonLab Deakin University RMIT University

Coastal resilience is about more than just reaction—it's about anticipation. With RCOAST's advanced 3D mapping and drone technology, we're not just monitoring coastal changes; we're predicting and managing them to protect communities. Our project on Amelia Island utilized these technologies to significantly enhance dune resilience, safeguarding the local ecosystem against future storms. By analyzing geographical data and implementing strategic interventions, we're setting new standards in coastal management. Stay tuned to see how we transform challenges into innovative solutions. #CoastalInnovation #Sustainability

Navigating the future: safety first!" is the World Maritime Day theme 2024 Research, development and innovation are crucial to increase safety in the WaterborneTP sector, in many aspects. Projects like the OVERHEAT project, OCEAN Navigation Awareness and SafeNav, funded by Horizon Europe, are crucial in the journey to zero-pollution and zero-loss of life at sea. These projects develop state-of-the art technologies to: - improve real-time decision making, - aid with collision avoidance, - enhance safer navigation, and - enhance operator awareness in navigation and digital fire management solutions for containerships #HorizonEU, #EUPartnerships

New project highlight for Vail Resorts. With the resort’s operations closely tied to the condition of these glaciers, maintaining accurate data on them is a top priority. Monitoring the T-Bar on the glacier, as well as access to Blackcomb Glacier National Park, is essential. By gathering and analyzing data using LiDAR technology, the resort can make more informed decisions regarding logistics and operations within the glaciated area. See the full project here: https://lnkd.in/g_zuUPWA

A view from space to help create safer shipping A UK-first collaboration is set to use satellites to monitor coastal changes in a bid to create safer shipping navigation channels. The project will see Peel Ports Group, the UK’s second largest port operator, partner with the National Oceanography Centre (NOC) and Channel Coastal Observatory (CCO) to employ satellite surveillance and assess where maintenance is needed over a six-month period. Funded by UK Space Agency Small Business Research (SBRI), the NOC will use its patented coastal mapping technology to support Peel Ports in building targeted dredging operations across the Mersey and Medway estuaries. Offering greater insight into changes to the marine environments around two of the UK’s most important waterways, Peel Ports will use the data to ensure safer access to the Port of Liverpool and Port of Medway for arriving ships. Traditionally, marine observation and maintenance is carried out using environmental surveys and annual dredging programmes, which come at high cost and provide limited data. However, using the coastal mapping capabilities developed by the NOC’s Dr Paul Bell and Clive Neil, Peel Ports will be more informed with accessible data which maps marine features, including challenging intertidal areas that see the most changes. As a result, Peel Ports will be able to identify issues and take action quicker and more effectively than before. #shipping #smartports #ISeaSMES #Ports #socsea24 https://lnkd.in/ezukbmAg

State Lidar Program Highlight: Pennsylvania The Keystone State, known for its pivotal role in American history and the recent election, has also achieved statewide high resolution #lidar coverage. From the Appalachian Mountains to bustling cities like Philadelphia, #Pennsylvania benefits from high-quality elevation data supporting infrastructure development, environmental conservation, and disaster management. Pennsylvania’s Lidar Program is part of the broader initiative to provide detailed geospatial data through its Digital Base Maps. These resources are essential for a range of uses, including flood risk assessments, emergency response, and sustainable land use planning. By partnering with the USGS #3DEP, Pennsylvania ensures it maximizes the ROI of its lidar data by producing data supporting both state and national needs. Recently, Pennsylvania’s lidar derived #elevation maps proved invaluable in the aftermath of Hurricane Ida. The state leveraged its detailed elevation data to identify flood-prone areas, aiding emergency response teams and informing evacuation strategies. It also used the data to study the historic flooding and inform future decision making. Explore Pennsylvania’s lidar here: https://www.pasda.psu.edu/ #3D #geospatial #geospatialdata