You are here: 
 

Scientific Programs

 

Title:

REDACt - Rapid Earthquake Damage Assessment ConsorTium

Date: 2020 – 2022
Active: Yes
Organisation: European Union (Joint Operational Programme Black Sea Basin 2014-2020)
Partners: International University of Thessaloniki (Greece), Institute of Engin. Seismology & Earthquake Engin. (ITSAK - Greece), Democritus University of Thrace (Greece), Gebze Technical University (Turkey), Ovidius University of Constanta (Romania), Institute of Geology and Seismology (Moldavia)
Co-ordinator: International University of Thessaloniki, Greece
Project Manager: Nikolaos Theodoulidis

description

REDACt aims at establishing a cross-border cooperation to promote common policies and strategies leading to sharing data, information and competencies in order to respond to major issues related to Earthquake Preparedness & Emergency Response, by providing reliable Real-Time information regarding  the induced damage including structures, gas pipelines, lifelines and geotechnical failures; prompt dissemination of respective alert information and; improvement of the public response to emergencies.

Since earthquake monitoring networks maintained by national authorities are deployed within national borders, lack of sufficient real-time data covering the "foreign" side of the border in Cross-Border Areas (CBA), limits planning and renders Emergency Response ineffective. By combining data and information from all sides of the borders, REDAS will solve this problem and provide to the Target Group, accurate and reliable information thus improving response efficiency in CBA.

Services & Software will be open to potential users and their modular structure combined with focused dissemination activities, will ensure both adaptation to other areas as well as future expansion in order to fully cover the Black Sea Basin, ensuring sustainability and multiplication of results. By improving cooperation on disaster prevention related environmental monitoring and cross-border availability & interoperability of updated online public access data and data products, REDACt will help increase public safety.

Title:

100 RESILIENT CITIES - Municipality of Tessaloniki

Date: 2016 – 2020
Active: No
Organisation: WORLD BANK, ROCKFELER FOUNDATION
Partners: Municipality of Thessaloniki, AUTH, ITSAK-EPPO and others
Co-ordinator: Giorgos Dimarelos (Municipality of Thessaloniki)
Project Manager: Vassilios Lekidis

description

100 Resilient Cities - Pioneered by the Rockefeller Foundation was created to partially address two key problems:

1) cities are complex ecosystems, resistant to change and made up of a myriad group of systems and actors; and

2) existing solutions aren't scaling or are not being shared more broadly. In other words, cities constantly find themselves reinventing the wheel.

Our platform of partners, one of the four key offerings we provide our cities, is designed to help address the second problem. Through our Platform Partners, 100 Resilient Cities provides member cities with access to a curated suite of resilience-building tools and services supplied by a carefully selected platform of partners from the private, public, academic, and non-profit sectors. The Platform and our Platform Partners are a way to leverage resources beyond the $100+ million commitment that the Rockefeller Foundation initially made when it pioneered 100 Resilient Cities as part of its centennial commitment to urban resilience. The catalogue includes tools and services that cities might not otherwise be able to access for a number of reasons, such as affordability, not knowing that the tool existed, or not understanding that it could be applied to address their unique city needs. The tools and services we have on our platform can help educate our cities and can facilitate the planning and implementation of their strategy process. For example, we have tools that aggregate, evaluate and integrate big data into decision making; encourage stakeholder engagement; assess risk exposure to hazards; monitor and protect water resources; design resilient urban infrastructure and environments; identify opportunities for operational efficiency and provide education around the concept of resilience.

Some of the most exciting takeaways from the event include:

  1. Coordination between cities and Platform Partners is constantly uncovering new opportunities to combine Platform Partner tools and services to yield resilience benefits. Working together in real time, partners proposed: combining existing city data; high resolution images from new partner Digital Globe with natural hazard models from the American Geophysical Union; and viewing them through partner Trimble's platform to alert Chief Resilience Officers to potential problem areas.

  2. Water is a common challenge across most of our cities, and the Platform includes partners that are ready to get to work; The EPA, The Nature Conservancy, and The World Wildlife Fund have already worked on helping cities improve water management and build green infrastructure in the face of the acute water shortages facing the region.

  3. Platform partner tools can help cities overcome previously intractable challenges by enabling cities to ask new questions and reframe the problem; build on design, implementation, and management expertise; and to leverage new ways to integrate existing information and assets to devise better strategies and solutions.

-->
Title:

Processing of Surface Wave Data and Tutoring in Surface Wave Data Analysis and Inversion

Date: 2015 – 2015
Active: No
Organisation: Department of Earth Sciences, Uppsala University, Sweden
Partners: ITSAK, UU
Co-ordinator: Dr. Alireza Malehmir, Associate professor of geophysics/Senior lecturer, Uppsala University, Sweden
Project Manager: Alexandros Savvaidis

description

In this project we process different active and passive Surface wave data acquired in Sweden. Additionally a one week workshop was held in Uppsala University for Introducing the Surface Wave Data Analysis and Inversion. Finaly, the students had the opportunity to work with the GEOPSY (www.geopsy.org) open source software to process their data sets.

Title:

SINAPS@ - Earthquake and Nuclear Facilities: Ensuring Safety and Sustaining

Date: 2014 – 2018
Active: No
Organisation: ANR (Agence Nationale de la Recherche, France)
Partners: CEA , EDF , ENS Cachan, Ecole Centrale Paris , Ecole Centrale Nantes, Grenoble Polytechnic Institute , Areva, IRSN , EGIS – Industries, Université Joseph ISTerre , IFSTTAR, CEREMA Méditerranée, PIA –RSNR, EPPO-ITSAK, TEI Ionion Nison
Co-ordinator: C. Berge-Thierry, CEA, IRSN, France
Project Manager: Nikolaos Theodoulidis

description

The SINAPS@ research program (http://www.institut-seism.fr/en/projects/sinaps/) aims at exploring the uncertainties inherent in databases, knowledge of the physical processes and methods used at each step of the evaluation of the seismic hazard and the vulnerability of structures and nuclear components, in the context of a safety approach. The main objective is to identify or/and quantify the seismic margins resulting from assumptions or when selecting the level of seismic design, i.e. taking into account the uncertainties in the conservative choice, or design strategy.

SINAPS@ project will help to address safety issues highlighted following the Fukushima accident, especially with regard to seismic safety margins. For this purpose, a special 3D accelerometric array (ARGONET) was designed and will be installed in Argostoli-Cephalonia (Greece). Recordings from this array will effectively contribute to understanding of those parameters that define uncertainties in estimating strong ground motion.

Recordings across the Argostoli basin  PGA at different depths of the ARGONET
Recordings across the Argostoli basin PGA at different depths of the ARGONET

Title:

INDES-MUSA - INnovative multi-sensor network for DEformation and Seismic Monitor-ing of Urban Subsidence-prone Areas

Date: 2013 – 2015
Active: No
Organisation: The project is funded by the General Secretariat for Research and Technology (GSRT) and it is implemented under the framework of the Operational Programme "Competitiveness and Entrepreneurship" (OPCE II), Greece - China Bilateral R&TD Cooperation.
Partners: GEOSYSTEMS HELLAS S.A. (Project Coordianator), EPPO, National Observatory of Athens - Institute of Geodynamics, Beijing iSpatial Co. Ltd (http://ispatial.com.cn/en/index.asp)
Co-ordinator: V. Charalampopoulou, Geologist, President and CEO of Geosystems Hellas A.E.
Project Manager: Manos Rovithis

description

INDES-MUSA (http://indes-musa.gr) project aims at the development of an innovative multi-sensor network for monitoring in a complementary manner ground deformation and seismic motion in subsidence-prone urban areas. The integrated nature of the monitoring network combines Airborne Lidar missions, mobile GNSS stations, a tide gauge and water level sensors for ground subsidence measurements complemented by permanent accelerographic and GNSS stations for monitoring seismic motion. The above multi-sensor scheme will be deployed as an innovative pilot study in properly selected urban sites in Greece and China. The Greek site under investigation is located in the region of Kalochori close to Thessaloniki in North Greece, presenting great scientific and monitoring interest related to the examined natural hazards, being thereby in agreement with the general objectives of the project. Besides monitoring and data processing, soil subsidence and seismic motion will be investigated by means of pertinent methods of analysis that will be developed and adapted in an urban-scale sense aiming at a better understanding of the investigated hazard sources as affected by the urban environment. Both recorded data and analysis predictions will be integrated, combined and implemented towards the development of a research tool that will be made readily available and accessible to the scientific community and local/national decision-making authorities during the project through a properly designed Web platform.

| 1 | 2 | 3 | 4 | 5 |