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WP1 Integrated coastal multitemporal survey methodology

Integrated coastal multitemporal survey methodology

 

Project RESONANCE aims to develop a multidisciplinary survey/monitoring systems in four selected case studies to improve observation of climate change effects in coastal instabilities. This will result in a creation of a webgis and website for jointly developed decisions and promoting project results/innovations.

The final Output achieved will be:

  1. Integrated survey/monitoring system in pilot areas

WP1 Integrated survey/monitoring system in pilot areas

Integrated survey/monitoring system in pilot areas

Documents

Title Published Download
Report on selected case studies 31/08/2024
Survey’s data and Geodatabase through webgis 31/08/2024
Thematic maps and rockmass characteristics 28/02/2025
Report describing surveys methodology 31/08/2025

WP2 Lanslide slope analysis and risk definition

Lanslide slope analysis and risk definition

 

Landslide slope analyses will benefit from the data gathered from intergrated survey/monitoring systems in pilot areas and will be performed to verify landslide hazard. Results of the analyses will be combined with vulnerability and exposure maps to determine areas prone to landslide risk (also considering potential climate variation).

The final Output will be:

  1. Landslide hazard and susceptibility thematic maps for jointly developed landslide mitigation strategies

WP2 Landslide hazard and susceptibility thematic maps

Landslide hazard and susceptibility thematic maps

WP3 VR/AR/MR tools for advances risk prevention and mitigation

VR/AR/MR tools for advances risk prevention and mitigation

 

Project RESONANCE aims to develop VR, AR and MR tools to visualize in a virtual world remote sensing data, monitoring data and results from slope analyses, improving digital competence of public and private authorities in risk management and tourism promotion.

The final Outputs will be:

  1. Webgis platform and virtual tools to improve digital competencies and risk forecasting capacities 
  2. Public events to promote virtual tools

WP3 Webgis Platform and Virtual Tools

WP4 New guidelines for landslide risk management

New guidelines for landslide risk management

 

Another aim of project RESONANCE is to develop new guidelines for coastal landslides/retrogression risk management, which take into account the effect of climate change and innovative tools for landslide survey and analysis and dana storage and visualization.

The final Output will be:

  1.  Joint training scheme for disseminating project results

WP4 Joint training scheme

Joint training scheme

Videos

Videos

In this section, find all the videos produced for the RESONANCE project.

Videos

LINKS

Title and description Link

Introducing project RESONANCE

Field survey in Roca, Italy

Roca area (Puglia, Italy)_3D model

Portonovo Cliff (Conero Regional Park, Italy)_3D model

Drone-Based Survey of the Piangrande Cliff and Coastal Sector in Conero Regional Park

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