Decision Support SystemThe main objective of the DSS is to assess reduction strategies (risk or resilience) and their impact by identifying strategies
for adaptation and recovery and also determining their impact on the resilience indicators for each Historic Area. The output of this tool will be thematic
maps of solution combinations (strategies), along with diagrams providing insight into the matching scores for different resilience dimensions.
Risk AssessmentThe risk assessment tool displays assessment results performed for assets on a geographical interface with the assistance of an adjustable legend
that is sensitive to the result margin selected. The output also allows the management of layers of hazards that can be turned on and off.
Rapid Damage AssessmentThis task is aimed at developing rapid flooding and fire damage assessment technologies through satellite images and artificial
neural networks for the post-disaster phase. For each request, the service gathers the relevant geospatial information, eventually generating delineation
maps (flood, fire) or grading maps (fire), assessing the damage caused by the given hazard. The result is a displayable layer inside the viewer.
ChatbotThe Chatbot module allows end users (i.e., citizens or professional users) to exchange information with the control rooms. Users will send
information in the form of reports (text, multimedia, and another type of details), and will have the possibility to receive communications
and missions from control rooms and read report from other users in the same area. The users will authenticate using SHELTER credentials (user and password)
through FusionAuth module. In detail, SHELTER Chatbot operates via Telegram.
Social MediaThe Social Media Module aims at extracting useful information related to natural hazards in the countries where we have our OLs. The extracted data is classified
according to a taxonomy. The authentication phase has been implemented via a common AA server. Immediately after the data retrieval, the gathered tweets are
sorted into different categories using machine learning models: First, a simpler subdivision into informative and not informative content is carried out
to exclude irrelevant tweets a priori, lastly, a second step further divides the useful posts into a more specific hazard-related taxonomy.
Resilience IndexThe Resilience Index will be included in the Shelter dashboard where the end users will perform the assessment through a questionnaire and results will be
shown in forms of graphs, considering the various dimensions of resilience. The questionnaire is sorted by the different available categories and the output
is a set of averages displayed in charts.
IoT ModuleThe first objective of the IoT Module is to focus on the design and development of the software components to integrate data coming from existing Internet-of-Things
(IoT) devices or systems in the OLs (hereinafter referred to as devices) into the SHELTER platform.
These software components retrieve data in (near-) real-time from devices, store such data into databases in the SHELTER platform and make them available to other
SHELTER algorithms for further analyses and visualization.
The second objective is the design and development of the SHELTER Key Performance Indicators (KPIs) that can be computed
by exploiting the data from devices. Results of these KPIs are shown by the Resilience Dashboard.
Key Performance IndicatorsThe monitoring indicators were selected by the OLs to monitor progress within the project in six domains, namely collaboration, tools, knowledge exchange, plans, data collection,
and assessment. These selected indicators help to monitor each OL’s progress through the working cycles of the project.
Layers VisualizationThe layer visualization functionality allows the user to select layers to be visualized from a list populated with the ones retrieved
from the GeoServer. These layers have been imported from the Data Lake using the Importer & Mapper technology. The layers are displayed according to what
Open Lab the user selects in a dropdown menu inside the dashboard and sorted by the descriptive identification code.
Shelter Resilience Dashboard
Welcome to the Shelter Project Resilience Dashboard!
To learn more about Shelter results you can access the step-by-step guide to introduce yourself and find out what are the tools that are inside this project.
IOT Module
Select the layers to visualize in the viewer
Are you sure you want to import these layers? Check if the information below is correct.
Chatbot Module Instructions
Please, select in the viewer an area of interest to retrieve data.
Once you are finished with the area, please right click on your mouse to continue.
Social Media Module Instructions
Please, select in the viewer an area of interest to retrieve data.
Once you are finished with the area, please right click on your mouse to continue.
Institute of Territorial Studies - Regional Government of Galicia
Geological and Mining Institute of Spain - Regional Government of Galicia
Ministry of Agriculture, Food and Environment - Regional Government of Galicia
Layers legend
Welcome to the Historic Areas Resilience Dashboard
The Historic Areas Resilience Dashboard collects all the tools of the Shelter Project. By clicking in the login button above, you could
use the different tools of the website. The tools are diverse and englobes a wide range of different analysis and ways to gather information of the different OpenLabs.
The tools vary from one another, here they are briefly presented so you can have a general idea of what you, as a user, could expect before using them:
DECISION SUPPORT SYSTEM
The main objective of the DSS is to assess reduction strategies (risk or resilience) and their impact by identifying strategies
for adaptation and recovery...
RISK ASSESSMENT
The risk assessment tool displays assessment results performed for assets on a geographical interface with the assistance of an adjustable legend...
RAPID DAMAGE ASSESSMENT
This task is aimed at developing rapid flooding and fire damage assessment technologies through satellite images and artificial
neural networks...
CHATBOT
The Chatbot module allows end users (i.e., citizens or professional users) to exchange information with the control rooms. Users will send
information...
SOCIAL MEDIA
The Social Media Module aims at extracting useful information related to natural hazards in the countries where we have our OLs. The extracted data is classified
according to a taxonomy...
INTERNET OF THINGS
The first objective of the IoT Module is to focus on the design and development of the software components to integrate data coming from existing Internet-of-Things
(IoT) devices or systems...
RESILIENCE INDEX
The Resilience Index will be included in the Shelter dashboard where the end users will perform the assessment through a questionnaire and results...
OPENLAB MONITORING KPI
The monitoring indicators were selected by the OLs to monitor progress within the project in six domains, namely collaboration, tools...
LAYER VISUALIZATION
The layer visualization functionality allows the user to select layers to be visualized from a list populated with the ones retrieved
from the GeoServer...
Welcome to the Historic Areas Resilience Dashboard
The Historic Areas Resilience Dashboard collects all the tools of the Shelter Project. By clicking in the login button above, you could
use the different tools of the website. The tools are diverse and englobes a wide range of different analysis and ways to gather information of the different OpenLabs.
The tools vary from one another, here they are briefly presented so you can have a general idea of what you, as a user, could expect before using them:
DECISION SUPPORT SYSTEM
The main objective of the DSS is to assess reduction strategies (risk or resilience) and their impact by identifying strategies
for adaptation and recovery...
RISK ASSESSMENT
The risk assessment tool displays assessment results performed for assets on a geographical interface with the assistance of an adjustable legend...
RAPID DAMAGE ASSESSMENT
This task is aimed at developing rapid flooding and fire damage assessment technologies through satellite images and artificial
neural networks...
CHATBOT
The Chatbot module allows end users (i.e., citizens or professional users) to exchange information with the control rooms. Users will send
information...
SOCIAL MEDIA
The Social Media Module aims at extracting useful information related to natural hazards in the countries where we have our OLs. The extracted data is classified
according to a taxonomy...
INTERNET OF THINGS
The first objective of the IoT Module is to focus on the design and development of the software components to integrate data coming from existing Internet-of-Things
(IoT) devices or systems...
RESILIENCE INDEX
The Resilience Index will be included in the Shelter dashboard where the end users will perform the assessment through a questionnaire and results...
OPENLAB MONITORING KPI
The monitoring indicators were selected by the OLs to monitor progress within the project in six domains, namely collaboration, tools...
LAYER VISUALIZATION
The layer visualization functionality allows the user to select layers to be visualized from a list populated with the ones retrieved
from the GeoServer...
Welcome to the Historic Areas Resilience Dashboard
The Historic Areas Resilience Dashboard collects all the tools of the Shelter Project. By clicking in the login button above, you could
use the different tools of the website. The tools are diverse and englobes a wide range of different analysis and ways to gather information of the different OpenLabs.
The tools vary from one another, here they are briefly presented so you can have a general idea of what you, as a user, could expect before using them:
DECISION SUPPORT SYSTEM
RISK ASSESSMENT
RAPID DAMAGE ASSESSMENT
CHATBOT
SOCIAL MEDIA
INTERNET OF THINGS
RESILIENCE INDEX
OPENLAB MONITORING KPI
LAYER VISUALIZATION
Welcome to Galicia
The Natural Park has an area of about 30.000 ha and, together with the Peneda-Gerês National Park, it forms the nucleus of the Gerês-Xurés Transfrontier Biosphere Reserve of 267,958 ha. It is in a zone of transition between the Mediterranean and Atlantic climates, with an abrupt relief that causes great contrasts between the high and low parts.
It includes an important set of natural habitats and species of significance for the conservation of the existing biodiversity and presents one of the largest concentrations of tumuli or mámoas. During the romanization, the construction of the Via Nova led to the erection of civil buildings such as the military camp Aquis Querquennis, the thermal
installation of Aquis Originis, the Visigothic church of Santa Comba de Bande and the village of Cela in Lobios. This territory is subject to significant pressure due to the incidence of forest fires that take place.
SHELTER will particularly focus on providing tools to increase resilience of both its natural and historic built environment by fostering local communities’ participation. Specifically, two tools will be developed; one to hinder the progress of large fires (prevention) and another focused-on restoration after the fire (recovery).
Welcome to Galicia
The Natural Park has an area of about 30.000 ha and, together with the Peneda-Gerês National Park, it forms the nucleus of the Gerês-Xurés Transfrontier Biosphere Reserve of 267,958 ha. It is in a zone of transition between the Mediterranean and Atlantic climates, with an abrupt relief that causes great contrasts between the high and low parts.
It includes an important set of natural habitats and species of significance for the conservation of the existing biodiversity and presents one of the largest concentrations of tumuli or mámoas. During the romanization, the construction of the Via Nova led to the erection of civil buildings such as the military camp Aquis Querquennis, the thermal
installation of Aquis Originis, the Visigothic church of Santa Comba de Bande and the village of Cela in Lobios. This territory is subject to significant pressure due to the incidence of forest fires that take place.
SHELTER will particularly focus on providing tools to increase resilience of both its natural and historic built environment by fostering local communities’ participation. Specifically, two tools will be developed; one to hinder the progress of large fires (prevention) and another focused-on restoration after the fire (recovery).
Welcome to Sava
The Sava River Basin is a major catchment of the South-Eastern Europe covering the total area of approximately 97,700 km2. The Framework Agreement on the Sava River Basin (FASRB) is the basis for transboundary cooperation for sustainable development of the region and its implementation is coordinated by the International Sava River Basin Commission (ISRBC).
The joint Flood Risk Management Plan (FRMP) is currently in the first cycle of planning and has the aim of decrease of harmful consequences of floods on cultural-historical and religious heritage, among all other flood receptors, including the following UNESCO designated sites: Mehmed Paša Sokolović Bridge in Višegrad (Bosnia and Herzegovina), Plitvice Lakes National Park
(Croatia), Stećci Medieval Tombstones Graveyards in Žabljak-Plužine (Montenegro) and in Perućac-Rastište-Hrta (Serbia), as well as Prehistoric pile dwellings around the Alps in Ig (Slovenia).
Welcome to Sava
The Sava River Basin is a major catchment of the South-Eastern Europe covering the total area of approximately 97,700 km2. The Framework Agreement on the Sava River Basin (FASRB) is the basis for transboundary cooperation for sustainable development of the region and its implementation is coordinated by the International Sava River Basin Commission (ISRBC).
The joint Flood Risk Management Plan (FRMP) is currently in the first cycle of planning and has the aim of decrease of harmful consequences of floods on cultural-historical and religious heritage, among all other flood receptors, including the following UNESCO designated sites: Mehmed Paša Sokolović Bridge in Višegrad (Bosnia and Herzegovina), Plitvice Lakes National Park
(Croatia), Stećci Medieval Tombstones Graveyards in Žabljak-Plužine (Montenegro) and in Perućac-Rastište-Hrta (Serbia), as well as Prehistoric pile dwellings around the Alps in Ig (Slovenia).
Welcome to Dordrecht
Located in the Rhine-Meuse delta, the Island of Dordrecht is characterised by the long stretches outside the dikes, which includes the historic port area, which is part of the historic city centre and includes almost 800 listed buildings.
Water levels are influenced by both the sea and the rivers and, due to climate change, they will be higher in the future.
Consequently, the HA will be periodically flooded as it is located on the lowest-lying area, as well as the rest of the areas located outside the dikes. As flood risks are increasing, and major adaptation of the buildings is potentially
costly or socially unacceptable, Dordrecht considers the future realisation of a new flood defence to protect the old harbour area.
Despite having a deeper participation culture than the other SHELTER case studies, there are still challenges related to the impact of the institutional strategy on DRM, as well as finding proper arrangements for distributing responsibilities,
decision-making procedures and financing mechanisms by the involved stakeholders: SHELTER will build upon existing practices in the city and will facilitate the design and implementation of measures to support the flood risk management and participation of citizens and key stakeholders.
Welcome to Dordrecht
Located in the Rhine-Meuse delta, the Island of Dordrecht is characterised by the long stretches outside the dikes, which includes the historic port area, which is part of the historic city centre and includes almost 800 listed buildings.
Water levels are influenced by both the sea and the rivers and, due to climate change, they will be higher in the future.
Consequently, the HA will be periodically flooded as it is located on the lowest-lying area, as well as the rest of the areas located outside the dikes. As flood risks are increasing, and major adaptation of the buildings is potentially
costly or socially unacceptable, Dordrecht considers the future realisation of a new flood defence to protect the old harbour area.
Despite having a deeper participation culture than the other SHELTER case studies, there are still challenges related to the impact of the institutional strategy on DRM, as well as finding proper arrangements for distributing responsibilities,
decision-making procedures and financing mechanisms by the involved stakeholders: SHELTER will build upon existing practices in the city and will facilitate the design and implementation of measures to support the flood risk management and participation of citizens and key stakeholders.
Welcome to Ravenna
The Church of Santa Croce (5th century) and the surrounding archaeological site are situated in the city centre of Ravenna, inscribed as UNESCO cultural property in 1996. The archaeological site, characterised by the presence of floor mosaics is exposed to outdoor climatic threats and the
whole area suffers from the subsidence phenomena (level 1 to 1.5 m. below the original one), characteristic of the entire subsoil of the city.
The complex is characterized by a church of the 5th Century AD and the remains of some Roman domus, of which a rich mosaic is preserved. Now a separate building, the Church of Santa Croce was once connected to the Mausoleum of Galla Placidia, contiguous to Basilica of San Vitale, both
Unesco World Heritage sites.
This, together with the basin conformation, favours a constant presence of water and damp, currently avoided by an obsolete and ineffective pumping system. Increase in floods frequency and the continuous exposure to environmental factors, such as the increase in precipitation patterns
and marine ingression, can weaken the material, increasing the risk of loss in case of extreme weather events. It is also in an earthquake prone area.
Welcome to Ravenna
The Church of Santa Croce (5th century) and the surrounding archaeological site are situated in the city centre of Ravenna, inscribed as UNESCO cultural property in 1996. The archaeological site, characterised by the presence of floor mosaics is exposed to outdoor climatic threats and the
whole area suffers from the subsidence phenomena (level 1 to 1.5 m. below the original one), characteristic of the entire subsoil of the city.
The complex is characterized by a church of the 5th Century AD and the remains of some Roman domus, of which a rich mosaic is preserved. Now a separate building, the Church of Santa Croce was once connected to the Mausoleum of Galla Placidia, contiguous to Basilica of San Vitale, both
Unesco World Heritage sites.
This, together with the basin conformation, favours a constant presence of water and damp, currently avoided by an obsolete and ineffective pumping system. Increase in floods frequency and the continuous exposure to environmental factors, such as the increase in precipitation patterns
and marine ingression, can weaken the material, increasing the risk of loss in case of extreme weather events. It is also in an earthquake prone area.
Welcome to Seferihisar
Located in Izmir province, the municipality is characterised by rural areas and a coastal town. The district is in Seismic Zone 1, being the fault line directly beneath it and the whole peninsula subject to extreme heat waves and storms, which affect the traditional means of agriculture and fishery.
Since the year 2003, earthquakes of 5.6 and 5.9 magnitude have happened on the fault line directly under Seferihisar, causing severe damage and in the summer of 2017, an earthquake of 6.3 magnitude affected the İzmir province and extreme precipitation has been subject to an emergency plan in 2013.
The port town of Sığacık is characterised by fortress walls which are in deteriorating condition, vulnerable to earthquakes along with the protected historical building stock. Furthermore, the community is also vulnerable to both earthquakes and extreme climate events that affect their livelihoods.
Welcome to Seferihisar
Located in Izmir province, the municipality is characterised by rural areas and a coastal town. The district is in Seismic Zone 1, being the fault line directly beneath it and the whole peninsula subject to extreme heat waves and storms, which affect the traditional means of agriculture and fishery.
Since the year 2003, earthquakes of 5.6 and 5.9 magnitude have happened on the fault line directly under Seferihisar, causing severe damage and in the summer of 2017, an earthquake of 6.3 magnitude affected the İzmir province and extreme precipitation has been subject to an emergency plan in 2013.
The port town of Sığacık is characterised by fortress walls which are in deteriorating condition, vulnerable to earthquakes along with the protected historical building stock. Furthermore, the community is also vulnerable to both earthquakes and extreme climate events that affect their livelihoods.
Welcome to Venice
Venice, a city built on a series of islands in a lagoon, is one of the most unique and culturally rich places in the world. It is known for its stunning architecture, colorful canals, and vibrant cultural scene. However, this beautiful city also faces a number of challenges related to its physical and social infrastructure, including threats from rising sea levels and floods.
As part of the SHELTER project, we aim to develop a range of tools and services that will help Venice and similar cultural areas build resilience and thrive in the face of these challenges.
Welcome to Venice
Venice, a city built on a series of islands in a lagoon, is one of the most unique and culturally rich places in the world. It is known for its stunning architecture, colorful canals, and vibrant cultural scene. However, this beautiful city also faces a number of challenges related to its physical and social infrastructure, including threats from rising sea levels and floods.
As part of the SHELTER project, we aim to develop a range of tools and services that will help Venice and similar cultural areas build resilience and thrive in the face of these challenges.
Decision Support System Info Tool
The main objective of the DSS is to assess reduction strategies (risk or resilience) and their impact by identifying strategies
for adaptation and recovery and also determining their impact on the resilience indicators for each Historic Area. The output of this tool will be thematic
maps of solution combinations (strategies), along with diagrams providing insight into the matching scores for different resilience dimensions.
Risk Assessment Info Tool
The risk assessment tool displays assessment results performed for assets on a geographical interface with the assistance of an adjustable legend
that is sensitive to the result margin selected. The output also allows the management of layers of hazards that can be turned on and off.
Rapid Damage Assessment Info Tool
This task is aimed at developing rapid flooding and fire damage assessment technologies through satellite images and artificial
neural networks for the post-disaster phase. For each request, the service gathers the relevant geospatial information, eventually generating delineation
maps (flood, fire) or grading maps (fire), assessing the damage caused by the given hazard. The result is a displayable layer inside the viewer.
Chatbot Info Tool
The Chatbot module allows end users (i.e., citizens or professional users) to exchange information with the control rooms. Users will send
information in the form of reports (text, multimedia, and another type of details), and will have the possibility to receive communications
and missions from control rooms and read report from other users in the same area. The users will authenticate using SHELTER credentials (user and password)
through FusionAuth module. In detail, SHELTER Chatbot operates via Telegram.
Social Media Info Tool
The Social Media Module aims at extracting useful information related to natural hazards in the countries where we have our OLs. The extracted data is classified
according to a taxonomy. The authentication phase has been implemented via a common AA server. Immediately after the data retrieval, the gathered tweets are
sorted into different categories using machine learning models: first, a simpler subdivision into informative and not informative content is carried out
to exclude irrelevant tweets a priori, lastly, a second step further divides the useful posts into a more specific hazard-related taxonomy.
Internet of Things Info Tool
The first objective of the IoT Module is to focus on the design and development of the software components to integrate data coming from existing Internet-of-Things
(IoT) devices or systems in the OLs (hereinafter referred to as devices) into the SHELTER platform.
These software components retrieve data in (near-) real-time from devices, store such data into databases in the SHELTER platform and make them available to other
SHELTER algorithms for further analyses and visualization.
The second objective is the design and development of the SHELTER Key Performance Indicators (KPIs) that can be computed
by exploiting the data from devices. Results of these KPIs are shown by the Resilience Dashboard.
Resilience Index Info Tool
The Resilience Index will be included in the Shelter dashboard where the end users will perform the assessment through a questionnaire and results will be
shown in forms of graphs, considering the various dimensions of resilience. The questionnaire is sorted by the different available categories and the output
is a set of averages displayed in charts.
OpenLab monitoring KPI Info Tool
The monitoring indicators were selected by the OLs to monitor progress within the project in six domains, namely collaboration, tools, knowledge exchange, plans, data collection,
and assessment. These selected indicators help to monitor each OL’s progress through the working cycles of the project.
Visualization Layers Info Tool
The layer visualization functionality allows the user to select layers to be visualized from a list populated with the ones retrieved
from the GeoServer. These layers have been imported from the Data Lake using the Importer & Mapper technology. The layers are displayed according to what
Open Lab the user selects in a dropdown menu inside the dashboard and sorted by the descriptive identification code.
Once you are finished with the area, please right click on your mouse to continue.