OBJECTIVES

The overall goal of the project is to enhance urban multi-hazard disaster prevention and resilience in Tunisia, using the city of Monastir as a pilot study. A methodology will be developed to analyse and monitor urban development and disaster risk trends in a data scarce environment, and mainstream the derived information into sustainable urban planning and DRR strategies, following different steps:

  1. Evaluate available and needed geospatial data (baseline information, critical infrastructure, socioeconomic and environmental data); fill gaps using Earth Observation; develop a standardized GIS data base in line with the existing Tunisian standard defined by the Plan d’aménagement (PAU) as well as the European and global Urban Atlas and FAO standards to ensure comparability with other regions;
  2. Identify main drivers of current and future urban risk in relation to a changing environment as well as ongoing urbanization and political transformation processes.
  3. Conduct a baseline multi-hazard risk assessment and identification of hotspots at the sub-city scale, including hazard (flooding, heat islands, coastal erosion, land subsidence), exposure and vulnerability analysis; Elaborate a dynamic urban risk trends based on a retrospective analysis and possible future scenarios of hazard, exposure and vulnerability.
  4. Develop a co-designed web-based information system for the interactive visualization of results to help decision makers integrate risk information into their decision making and raise awareness among the local population;
  5. Support capacity-building activities among relevant stakeholders to guarantee a successful implementation and uptake of the developed tools and the integration of risk information into urban planning and resilience strategies.

EXPECTED RESULTS

The project is designed to make innovative contributions in empirical, methodological and practical terms applied to the case of Monastir and transferable to any other city. The following key results are expected from the UDR-RASP project:

  • Development and implementation of a standardized digital GIS-based dataset as a basis for the analysis and monitoring of urban development and urban disaster risk
  • Update Spatial Planning Plan based on the GIS database and retrospective view of the urban growth
  • Improve understanding and empirical knowledge of past, current and future exposure, vulnerability and risk dynamics and their respective drivers
  • Develop scientific methods and standardized approach to assess hot spots and dynamics of vulnerability and risk in data scarce environments at sub-city scale
  • Create a web-based tool for the interactive visualization of hot spots of urban disaster risk and hazard characteristics, exposure and societal vulnerability
  • Standardized workflow and chain of actions to be provided for decision-making in case of an overall urban planning and disaster events, applicable to other municipalities in Tunisia and beyond

The short and medium term expected impacts of the project are twofold:

  • First, the availability of up-to-date data and information on urban disaster risk for the pilot city, including its dimensions of hazard, exposure and vulnerability, as well as its underlying drivers will enable local decision makers to identify potential hot spots for short and medium term disaster risk reduction measures;
  • Second, by proposing a standardised, transferable and transparent approach, the project lays the foundation for future urban disaster risk assessments in Tunisia and further North African countries.

A longer-term impact will be the strengthened capacity of urban stakeholders to mainstream disaster risk reduction into sustainable urban planning processes.


PROJECT PLAN

 ud rasp workflow 20170206 1665878984

Task 1 - Baseline Documentation

Objectives:
Up to date information with an intelligent geospatial database is mandatory for the evaluation, of the existing risk situation, and for the planning of further measures to reduce the disaster risks. In the focus of this task is the technical concept to describe the needs and requirements of the local stakeholder as well as an adaption to European and global documentation standards.

Actions:
Need assessment, definition of guidelines, baseline mapping and production of base products, building of risk awareness, assessment of effects of past natural hazards

Task 2 - Retrospective Analysis

Objectives:
The development of the urban area follows some growth patterns, which can be derived from past developments. To get a clear picture of the urban sprawl in the pilot area, we will analyse with Satellite imagery the development of the Municipality of Monastir within the last 15 years. Furthermore, we will analyse the affected areas of natural hazards over this time.

Actions:
Retrospective view of urban sprawl. Merge with socioeconomic information, population, and critical infrastructure. Assessment of past risk events

Task 3 - Multi-hazard Risk Assessment

Objectives:
To conduct a baseline multi-hazard risk assessment at the sub-city scale, including the provision of information on its underlying dimensions of hazard (here: flooding, heat islands, coastal erosion and subsidence), exposure (people, buildings, critical infrastructure) and societal vulnerability. The tasks will enable the identification of hotspots of disaster risk.

Actions:
Identification of main drivers of risk and vulnerability; identification of hazard prone areas and exposed elements; vulnerability and risk assessment

Task 4 - Future Risk Scenarios

Objectives:
To identify possible future risk trajectories using scenario and modelling approaches as a basis for the evaluation of possible adaptation options. A flood model and an urban growth model will be developed and applied to simulate urban growth and possible future exposure in Monastir. The outputs will be combined with scenarios of societal vulnerability based on narrative storylines developed during participatory scenario workshops with local stakeholders into future risk scenarios, considering urbanization as well as environmental, socioeconomic and political change/transformation processes.

Actions:
Urban growth and flood simulation modelling; establishment of narrative storylines for future vulnerability trends through participatory scenario workshops;

Task 5 - GIS and Web-based Information System

Objectives:
An important aspect of a sustainable implementation is the involvement and the communication to build up the awareness for risks and their consequences for the urban area. The cover the aspect we will develop a GIS system as a base documentation system with an intelligent database. The most important aspect of this task is the communication via web-tools with all local stakeholders within the Ministry, the Municipality and the population.

Actions:
Development of an information platform to build up awareness and capacity for local stakeholders

Task 6 - Retrospective Analysis

Objectives:
To asses, existing needs and strengthen available and build long-term capacities of local stakeholders in Monastir to utilize the project’s results for sustainable urban planning and the enhancement of urban resilience. This will be achieved through their engagement in tool/method development, technical capacity building on how to use the proposed GIS database, web-based information platform as well as by a dedicated workshop aiming at how to integrate the provided risk information into urban resilience and prevention strategies

Actions:
Evaluation of existing capacities and needs; engagement of local stakeholders in tool/methods development; technical hands-on tool training; technical skills training for integrating risk information into urban planning / resilience strategies


PROJECT SCHEDULE

 time_schedule_August2018


PARTNERS

The consortium comprises three partners, highly complementary to manage the project. IABG GmbH, a private company with proven expertise in managing large-scale projects, including in North Africa, leads it. IABG will deal with all the technical aspects related to Earth Observation data and manage the project relying on its QA Project Plan, ISO9001-compliant, with a Tunisian subcontracted expert that will ensure daily coordination in Tunisia during the whole duration of the project. United Nations University – Institute for Environment and Human Security (UNU-EHS) will use its expertise to lead the assessment of societal vulnerability (baseline assessment) in the pilot city, the development of future vulnerability and risk scenarios, as well as the integrated risk assessment. UNU-EHS will lead the development of the urban growth model and contribute to the capacity-building component of the project. The Municipality of Monastir will act both as local partner and as main beneficiary of the project and contribute to the co-design and co-development of the proposed outcomes. Furthermore, they will provide all needed local support and will contribute with two engineers and a technician as full time and two other engineers as part time during all the project phases. The main role will be to resolve all local issues, coordinate local tasks as data inventory, data collection, and field survey. They will also ensure coordination with the Tunisian government organisation and the Ministry of Equipment.

iabg

IABG mbH

Einsteinstraße 20,
85521 Ottobrunn,
Germany

www.iabg.de

more about IABG

Established in 1961, closely networked business group IABG offers integrated, future-oriented solutions in the sectors Space, Aeronautics, Mobility, Energy & Environment, Defence & Security, Automotive and InfoCom. IABG understands the requirements of its customers and supports them independently and competently. The international market presence and success are based on technological excellence and a fair and trustful relationship to the customers and business partners.

The company headquarter is in Ottobrunn, Germany, with additional facilities e.g. in Dresden, Berlin, Hamburg, Oberpfaffenhofen, Astana (Kazakhstan) and Noordwijk (NL).

Among IABG customers are enterprises from technology-intensive industries such as machinery and plant engineering, IT and telecommunications, aeronautics, space and automotive, as well as public institutions at local, state, federal and European Union level. Selected customers are Airbus, Audi, BKG, BMBF, BMI, BMVg, BMW, BSI, Continental, Daimler, DLR, Dresdner Bank, Deutsche Bahn, EEAESAEUCOMSatCenFrontex, BAAINBw, KMW, MTU, OHB, Pilatus Aircraft, Rohde & Schwarz, Rheinmetall, Siemens, Teleglobe, ThyssenKrupp, US Army, Vodafone, VW group and ZGeoBw.

For the production of geodata, IABG established a new branch office, the Geodata Factory (GDF) with 52 employees in 2007 in Dresden. In this facility, IABG has put together the perfect team and infrastructure for handling even the most comprehensive projects. The ultramodern production facility offers quality-oriented geodata and geoinformation services, combining space borne, airborne and terrestrial surveying technologies. The highly qualified staff holds academic degrees in geography, cartography, geoinformation science or others with specialization in remote sensing or GIS. A strong and innovative software team develops tools for maximum efficiency and solid quality control. Further separate service teams for independent quality control (QC), image classification and others support the production teams flexible and professional.

Our internal R&D team has a focus on new software technologies and sensor systems to ensure a continuous developmentand enhancement of existing processes as well the implementation of new EO services and products. A close cooperation with selected research institutes bridges the gap between research and industrial implementation.

The strength of the GDF is the worldwide and large volume of topographic and land cover/land use mapping, detailed forestry mapping, photogrammetric surveying based on aerial images and LiDAR data, city cadastres and 3D city models, GIS analysis and consulting, development of GIS applications and multi-user geodatabases, quality control and data validation. Further typical geodata applications include land-use planning, surveying and mapping, flood and disaster control, environmental monitoring, mobile telephony planning, contaminated site management or market research.

unu

UNITED NATIONS UNIVERSITY

Institute for Environment and Human Security (UNU-EHS) – UN Campus,
Platz der Vereinten Nationen 1,
53113 Bonn,
Germany

www.ehs.unu.edu

more about United Nations University

United Nations University (UNU) is a global think tank and research, teaching and capacity development organization headquartered in Japan. The mission of the UN University is to resolve the pressing global problems of human survival, development and welfare that are of concern of the UN, its Peoples & Member States. Founded in 1973 as the “academic arm” of the UN, 14 institutes and programmes in 12 countries (> 650 staff), 20 associated institutions (e.g. University of Bonn, Germany).
The mission of UNU - Institute for Environment and Human Security (UNU-EHS) is to carry out cutting-edge research on risks and adaptation related to environmental hazards and global change. UNU-EHS’s research promotes policies and programmes to reduce these risks, while taking into account the interplay between environmental and societal factors and Operating at the “science – policy” interface.

monastir

MUNICIPALITY OF MONASTIR

Avenue Habib Bourguiba
5019 Monastir,
Tunisia

www.monastirweb.org

more about Municipality of Monastir

The Municipality of Monastir, Tunisia, is a city on the central coast of Tunisia and located 20 kilometers south of Sousse and 162 kilometers south of Tunis. It is the capital of Monastir Governorate with a population is about 93,306. Nowadays, Monastir is developed as a major tourist resort. The city of Monastir will contribute as pilot and support with local activities, need assessment, data collection, communication and local organization.

partners

IABG mbH

Einsteinstraße 20,
85521 Ottobrunn,
Germany

www.iabg.de

more about IABG

Established in 1961, closely networked business group IABG offers integrated, future-oriented solutions in the sectors Space, Aeronautics, Mobility, Energy & Environment, Defence & Security, Automotive and InfoCom. IABG understands the requirements of its customers and supports them independently and competently. The international market presence and success are based on technological excellence and a fair and trustful relationship to the customers and business partners.

The company headquarter is in Ottobrunn, Germany, with additional facilities e.g. in Dresden, Berlin, Hamburg, Oberpfaffenhofen, Astana (Kazakhstan) and Noordwijk (NL).

Among IABG customers are enterprises from technology-intensive industries such as machinery and plant engineering, IT and telecommunications, aeronautics, space and automotive, as well as public institutions at local, state, federal and European Union level. Selected customers are Airbus, Audi, BKG, BMBF, BMI, BMVg, BMW, BSI, Continental, Daimler, DLR, Dresdner Bank, Deutsche Bahn, EEAESAEUCOMSatCenFrontex, BAAINBw, KMW, MTU, OHB, Pilatus Aircraft, Rohde & Schwarz, Rheinmetall, Siemens, Teleglobe, ThyssenKrupp, US Army, Vodafone, VW group and ZGeoBw.

For the production of geodata, IABG established a new branch office, the Geodata Factory (GDF) with 52 employees in 2007 in Dresden. In this facility, IABG has put together the perfect team and infrastructure for handling even the most comprehensive projects. The ultramodern production facility offers quality-oriented geodata and geoinformation services, combining space borne, airborne and terrestrial surveying technologies. The highly qualified staff holds academic degrees in geography, cartography, geoinformation science or others with specialization in remote sensing or GIS. A strong and innovative software team develops tools for maximum efficiency and solid quality control. Further separate service teams for independent quality control (QC), image classification and others support the production teams flexible and professional.

Our internal R&D team has a focus on new software technologies and sensor systems to ensure a continuous developmentand enhancement of existing processes as well the implementation of new EO services and products. A close cooperation with selected research institutes bridges the gap between research and industrial implementation.

The strength of the GDF is the worldwide and large volume of topographic and land cover/land use mapping, detailed forestry mapping, photogrammetric surveying based on aerial images and LiDAR data, city cadastres and 3D city models, GIS analysis and consulting, development of GIS applications and multi-user geodatabases, quality control and data validation. Further typical geodata applications include land-use planning, surveying and mapping, flood and disaster control, environmental monitoring, mobile telephony planning, contaminated site management or market research.

UNITED NATIONS UNIVERSITY

Institute for Environment and Human Security (UNU-EHS) – UN Campus,
Platz der Vereinten Nationen 1,
53113 Bonn,
Germany

www.ehs.unu.edu

more about United Nations University

United Nations University (UNU) is a global think tank and research, teaching and capacity development organization headquartered in Japan. The mission of the UN University is to resolve the pressing global problems of human survival, development and welfare that are of concern of the UN, its Peoples & Member States. Founded in 1973 as the “academic arm” of the UN, 14 institutes and programmes in 12 countries (> 650 staff), 20 associated institutions (e.g. University of Bonn, Germany).
The mission of UNU - Institute for Environment and Human Security (UNU-EHS) is to carry out cutting-edge research on risks and adaptation related to environmental hazards and global change. UNU-EHS’s research promotes policies and programmes to reduce these risks, while taking into account the interplay between environmental and societal factors and Operating at the “science – policy” interface.

MUNICIPALITY OF MONASTIR

Avenue Habib Bourguiba
5019 Monastir,
Tunisia

www.monastirweb.org

more about Municipality of Monastir

The Municipality of Monastir, Tunisia, is a city on the central coast of Tunisia and located 20 kilometers south of Sousse and 162 kilometers south of Tunis. It is the capital of Monastir Governorate with a population is about 93,306. Nowadays, Monastir is developed as a major tourist resort. The city of Monastir will contribute as pilot and support with local activities, need assessment, data collection, communication and local organization.


Contact details

IABG 
Felicitas Bellert
Project Manager IABG
This email address is being protected from spambots. You need JavaScript enabled to view it.
Mobile: +49 151 14786996
Dr. Rainer Malmberg
Key Account Manager international/Geomatics IABG
This email address is being protected from spambots. You need JavaScript enabled to view it.
Mobile: +49 151 21650618
UNU
Dr. Michael Hagenlocher
Project coordinator UNU-EHS
This email address is being protected from spambots. You need JavaScript enabled to view it.
Mobile: +49 176 21552109
 
Municipality of Monastir
Mme. Sonia Ayed

Project coordinator Monastir
This email address is being protected from spambots. You need JavaScript enabled to view it.
Mobile: +21 697559617

EVENTS

Kickoff-Meeting and Interviews with stakeholder in February 2017

Interviews with stakeholder have been executed in Monastir. By means of an extensive questionnaire, the following information was collected in several parts:

  • Part - Organisation: Short description of the organisation and its responsibility in the municipality.
  • Part - Natural hazards/ impacts of hazards/ factors of vulnerability: identification of natural hazards in the region, estimation of their impact and detection of factors of vulnerability
  • Part - Projects and strategies: availability of directives or programmes in the region to adapt on climate changes effects, identification of projects and strategies
  • Part - Scenarios: significance of future scenarios in the planning of the associatied organisation
  • Part - Data and technical infomation: Provision and availability of geospatial and other data by each organisation, technical expertise and equipment, needs of further data in the organisation.

The personal interviews with respondents of relevant organisations and departments of Monastir have been followed up by an online survey during 4 weeks

Workshop Risk 1

Interviews

Figure 1: Natural Hazrad and Vulnerability Workshop, Monastir 2017

Figure 2: Interviews with stakeholder, Monastir, 2017

Stakeholder Meeting from 17th – 19th May 2017 in Monastir / Tunisia

An additional workshop with stakeholder took place in May 2017 in Monastir. The meeting was structured in 3 parts:

  • Presentation of results of the interviews and workshop in February,
  • Introduction in the significance of geospatial data and geographical information systems in regard of sustainable urban planning and risk assessment,
  • Introduction in remote sensing

WS Monastir May2017

WS Thermo May2017

Figure 3: Workshop GIS/Remote Sensing, Monastir 2017

Workshop Scenario

An important workshop with stakeholder took place in October 2017 in Monastir. The meeting was intended to inform about results from earlier workshop and interviews, and to develop scenario criteria for the city of Monastir. Three parts cahracterized the workshop:

The workshop was structured in presentations and exercises:

  • Trends of urban risks and vulnerability
  • Drivers of vulnerability and risk in Monastir - Results from workshop and interviews in February 2017
  • Urban growth modelling - introduction and exercises
WorkshopWorkshop3

Figure 4: Workshop, Monastir 2017

Presentation of the UDRASP project at the Civil Protection Forum 2018 in Brussels, Belgium

The European Civil Protection Forum is the largest recurring public event on European cooperation in the field of civil protection and hosted by the European Commission in Brussels. It took place from 5-6 March 2018.

This has been an opportunity to present the UDRASP project within the European civil protection community and to representatives of some neighborhood countries like Tunisia, Morocco and Algeria. IABG presented the most important activities and initial results of the project with a stand for interested visitors.

CivilProtectionEvent1 CivilProtectionEvent2 CivilProtectionEvent3

Figure 5: Civil Protection Forum 2018, Brussels

GIS Advanced Training in Dresden/ Germany

Employees of the municipality of Monastir have completed a further training on GIS in the context of urban planning and risk assessment.The training schedule has included topics like “GIS in urbanism, GIS functionality to be applied in urban planning, data extraction, updates and quality assurance of geospatial data, development and production of hazard prone areas and exposure layers as essential inputs for the following risk assessment.

Furthermore, IABG presented the most important results of GIS activities in the project. The Tunisian team also had the opportunity to learn about the application and maintenance of the provided data and tools. Practical exercises have been carried out on various topics to better understand the project results and their impact on urban planning.

GISTraining1 GISTraining2 GISTraining3 GISTraining4

Training: Risk Assessment - Results

Internal Training “Risk Assessment – Results” took place in Monastir (3th October 2018). UNU-EHS presented the results of risk assessment in the project and their further integration for a sustainable urban planning.

Final Meeting in Monastir in October 2018

A final meeting took place in Monastir on 4th October 2018. All related stakeholders, representatives of the Municipality of Monastir as well as representatives from the region or national authorities and NGO’s were invited to join the meeting and learn about results.

The meeting was structured in 3 parts:

  1. Key Note Speakers: Municipality of Monastir, Institut National de Météorologie, Civil Protection to give background information and point out the importance of the project
  2. Project Presentations: Overview of the project and its results, risk assessment and risk-informed urban planning, benefits and challenges for the Municipality
  3. Plenary and open discussion with all participants

Due to heavy rainfall in Tunisia two weeks before the final meeting, the perception of disaster risk was quite high and the public interest in the project results was evident. This was also reflected in the number of about 150 participants and the media interest. The presentations are available within this website.

 

Final_Meeting_1

Final_Meeting_2

FinalMeeting3 FinalMeeting4 FinalMeeting5

Presentation of project results at the AFRICA-ARAB PLATFORM ON DISASTER RISK REDUCTION

The UDRASP project team presented project results and project related information with focus on risk assessment as a side event on the AFRICA-ARAB PLATFORM ON DISASTER RISK REDUCTION 9th – 13th October 2018 in Tunis (Tunisia)

  • Current disaster risk trends and future challenges in Northern Africa
  • Potentials of remote sensing and spatial analysis for urban disaster risk assessment
  • Prévention des catastrophes naturelles et planification durable de la ville de Monastir - Bénéfices et défis

Link to the Presentations
Link to the Website

GISTraining1 GISTraining2 GISTraining3 GISTraining4