Workshop: Tools & Methods for Post Disaster Reconnaissance Missions

20 October 2021, 2:30 pm–5:30 pm


The EPSRC sponsored LfE Project, running since 2018, aims at improving the understanding of earthquake impacts, response, and recovery through targeted data gathering in earthquake reconnaissance and recovery missions. A major objective of this project is to advance methods and tools to collect, interpret, exploit and disseminate this data. Our tools and methods have transitioned from physical field deployment to the support of hybrid or remote field missions, which might well become the "new-normal" practice.

This event is free.

Event Information

Open to







Prof Dina D’Ayala, Prof Tiziana Rossetto, Dr Valentina Putrino

Webinar Topics

  • use of social media (typically accessed before the mission)
  • reconnaissance tools (physical, electronics, data acquisition tools, used during missions)
  • data storage, visualisation, and exploitation (typically during and after missions, and associated legacy issues)

Workshop Agenda

Welcome & Intro: Prof Dina D'Ayala - Co-Director of EPICentre: "The need for Reconnaissance Missions" (2.00 pm)

Theme "Virtual Reconnaissance": Erica Fisher (2.05 pm)

Theme "Tools and Methods for damage assessment" (2:10 to 2.35 pm)

•        Valentina Putrino

•        Tracy Kijewski-Correa

•        Vitor Silva & Anirudh Rao

•        Shenglin Lin

•        Julia Crummy

Discussion (2:35 to 2.50 pm)

Break (2:50 to 3:00 pm)

Theme "Visualisation, storage & exploitation of data" (3:00 to 3:20 pm)

•        Maurizio Pollino

•        Sonia Giovinazzi

•        Irina Dallo

•        Anawat Suppasri

Discussion (3:20 to 3:35 pm)

Break (3.35 to 3.45 pm)

Theme "Applications & Case Studies" ( 3:45 to 4.10 pm)

•        Ella Melianda

•        Ahmet Yalciner & Guney Dogan

•        Diana Contreras Mojica & Sean Wilkinson

•        Basbug Erkan

•        Yolanda Alberto

Panel discussion & Q&A (4:10 to 4.40 pm)

Concluding Remarks: Tiziana Rossetto - Co-Director of EPICentre (4:40 to 4.45 pm)


About the Speakers

Yolanda Alberto

Researcher at National Research Center for Integrated Disaster Risk Management (CIGIDEN)

Yolanda is a Researcher at the National Research Centre for Integrated Disaster Risk Management (CIGIDEN), Assistant Professor at the University of Chile and Project Director at the Advanced Center for Water Technology (CAPTA). She obtained her Ph.D. from the University of Tokyo where she also worked as an Assistant Professor from 2016 to 2019. Her expertise includes liquefaction and ground failure, prediction of the spatial extent of soil seismic-induced failures, seismic response of underground spatially distributed infrastructure systems, tunnelling and resilience of water systems. 
Reconnaissance of the 2017 Puebla-Morelos Earthquake

Earthquake reconnaissance is usually carried out soon after the event, following rescue activities. Nevertheless, some geotechnical evidence might be lost during recovery actions. Virtual reconnaissance can be useful to identify ground failure and loss before such actions. The 2017 Puebla-Morelos Earthquake also affected Mexico City. A Earthquake Engineering Research Institute team conducted a virtual reconnaissance relying mainly on social media for two weeks following the earthquake. This information was then used as input for field reconnaissance teams, including one from the University of Tokyo, which conducted microtremor measurements in Mexico City to characterize the earthquake response of ground and structures in the different soil types. The information gathered in the virtual stage was useful to identify the earthquake effects, from other causes. Observations in the field were more focused and provided more insight using the virtual survey information as a basis.

Julia Crummy

Volcanologist at the British Geological Survey (BGS) at Researcher

Julia is a volcanologist at the British Geological Survey specialising in explosive volcanic eruptions and associated hazards. Her research uses a combination of scenario-based approaches, numerical modelling, and expert elicitation to determine tephra dispersion and frequency, magnitude and likelihoods of potential future eruptions. Her interests lie in the impacts of volcanic eruptions at all scales, from local communities to national and global.  Julia has been leading the development of a toolkit for the collection pre (building characteristics) and post-disaster damage data utilising the BGS▪SIGMA digital mapping tool. 
Development of BGS▪SIGMA for Disaster Risk Reduction: a toolkit for the collection of pre- and post-disaster data

The British Geological Survey SIGMA system provides an integrated toolkit for recording, manipulating and interrogating data using GIS and a relational database.  We are developing a suite of data collection modules for the BGS▪SIGMA platform to allow users to capture pre- and post-disaster data, by recording observation points, photographs, sketches, samples and comments directly into a GIS, with no limit to the number of observations. These data is stored in database and linked to a single point in the GIS. Users can re-visit the site, and add new data, enabling the assessment of cumulative impacts and damage over time as, for example, a volcanic eruption progresses with repeated ash fall. The BGS▪SIGMA for DRR toolkit will enable to integrate field data with other geospatially referenced datasets to build a picture of vulnerability, exposure, hazard extent, damage and impacts almost instantaneously, to aid in planning and preparedness in disaster-prone areas, and facilitate post-disaster recovery.

Irina Dallo

PhD Student at Swiss Seismological Service (SED)

Irina has a Master’s Degree in Environmental System Sciences. She is a PhD student at the Swiss Seismological Service (SED) and the Transdisciplinarity Lab (TdLab) at ETH Zurich, within the framework of the European Horizon 2020 project “RISE” (Real-time earthquake rIsk reduction for a reSilient Europe). Her focus is on how to best communicate event-based earthquake information in a multi-hazard context. By using a transdisciplinary research approach and methods from the design thinking toolbox, she creates communication products based on end-users’ needs and based on the expertise of scientists from different fields.
Tools and methods to explore how to best communicate event-related earthquake information in a multi-hazard context

Why does it matter to involve relevant stakeholders in the design process of communication products/services? This allows to co-design communication products/services together with experts from different fields and to involve end-users throughout the process, ensuring that the products/services fulfil their needs. The presentation introduces the two concepts “transdisciplinary research” and “design thinking”. A case study illustrate practical application of these two concepts. This will focus on communication of event-related earthquake information in a multi-hazard context. To this end, a mixed-method approach is used to gather different perspectives and to understand the end-users’ thinking behind their needs. This process has to be iterative as the end-users’ needs and institutional environment change over time. Results show which hazard overviews and hazard messages are best understood and preferred by the end-users, and which ones trigger them to take actions.

Burçak Başbuğ Erkan

Academic Partnerships Director Institute of Civil Protection & Emergency Management (ICPEM) and Associate Professor of Statistics at Middle East Technical University (METU)

Burcak is Associate Professor of Statistics at METU) Ankara, Turkey and she directed the METU Disaster Management Centre between 2008 and 2018.  She is also the Academic Partnerships Director of the ICPEM. Burcak has 22 years of national and international experience in teaching, consulting and training in disaster risk reduction and management. She has worked on financial management strategies for disaster losses, the Turkish Catastrophe Insurance Pool, disaster risk management education. She has been in the field for Syrian Refugee Camps 2015, 2011 Van Earthquakes, May 2014 Soma Mine Fire, 2020 Giresun Flood, 2020 Izmir Earthquake.
Earthquakes in Turkey: Reconnaissance for 2011 Van and 2020 Izmir

Turkey experiences various magnitude of earthquakes due to its geological location. 17 August 1999 Marmara Earthquake became a milestone in the country’s earthquake preparedness, response and recovery phases.  Since then, the most significant earthquake to test the change in earthquake studies became the 23 October 2011 Van Earthquake. This work will present the findings of the reconnaissance study to Van just one month after the earthquake. Another earthquake hit the Aegean coast of Turkey, the city of Izmir, on 30 October 2020. As the earthquake occurred during the Covid-19 pandemic, the impact and observations are very important to follow for future preparedness and resilience strategies. Moreover, there was a tsunami, which hit the coast of Seferihisar district following the Izmir earthquake. Fortunate or unfortunate, the author had an opportunity to visit both locations after the disasters. This presentation will share some findings from Van 2011 and Izmir 2020 field missions.

Erica Fischer

PhD, PE, Assistant Professor of Civil and Construction Engineering at Oregon State University.

Erica’s research focusses on innovative approaches to improve the resilience and robustness of structural systems affected by natural and man-made hazards. She has participated in post-earthquake reconnaissance team missions in diverse regions including Haiti, Napa, California, Italy, and Mexico City; and post-wildfire reconnaissance in Paradise, CA. Dr. Fischer researches a variety of different structural systems including steel, timber, and composites subjected to earthquakes and fires. Erica is also a practicing structural engineer and works to improve the engagement and inclusivity of the profession, in academia and in practice.
How virtual reconnaissance can support multi-disciplinary in-field reconnaissance

Virtual reconnaissance is the act of gathering information after an extreme event through virtual means. This information could be diverse: locations of geotechnical damage (landslides, rockfalls, etc.) or structural damage (collapsed or partially collapsed buildings), cultural data, damage due to previous events, information on the revised codes in a region after a disaster. The Virtual Earthquake Reconnaissance Team (VERT) of the Earthquake Engineering Research Institute (EERI) has demonstrated that when virtual reconnaissance is multi-disciplinary, the reports can highlight interconnectivities between disciplines and systems throughout the affected region (e.g. housing, education, healthcare). This presentation summarizes previous virtual reconnaissance conducted by researchers in a single discipline, and compare the resulting VERT work to demonstrate the effectiveness of multi-disciplinary virtual reconnaissance. The presentation demonstrates how virtual reconnaissance is critical when regions are inaccessible, such as due to the global pandemic, or regional political turmoil.

Sonia Giovinazzi

Researcher and Project Manager at Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA)

Sonia’s expertise and research interests focus on risk mitigation and management and post-disaster resilient recovery for infrastructure systems and communities. Sonia worked on resilience disaster response following the Canterbury, New Zealand, earthquake 2010-2011, where she led assessment of post-disaster temporary housing needs, resilient recovery and reconstruction of critical distributed infrastructures and resilience response of hospital systems.

Sergio Cappucci

Geologist at Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA)

Sergio deals with sustainability of remediation interventions, dredging as well as sediment, natural resources (soil, water) and organic waste management. Delegated by ENEA at the Emergency Committee of the National Civil Protection for the Earthquake Emergency in Central Italy (ESCI; (2016-2017).

Maurizio Pollino

Researcher at Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA)

Maurizio’s main interests are Geomatics applications to environmental studies (land planning, spatial analysis) and risk analysis (multi-risk assessment, GIS-based Decision Support Systems - DSS).


Potentialities of scenario simulation tools to support emergency response and post-disaster recovery

The contribution will showcase and discuss potentialities of different tools and methods implemented by ENEA in the framework of different international research projects, for enhancing and empowering both the awareness and the post catastrophic emergency actions.

Tools and methods presented will include: 

A Web-GIS Decision Support System, CIPCast DSS, that aims to facilitate the collection, integration, dynamic update of ex-ante and ex-post information necessary for coordinating effective and evidence-based emergency management and disaster response activities. CIPCast, enables also the simulation of deterministic scenarios, for a prompt estimation of the possible induced damages on the built environment and the consequent reduced functionality or loss of primary services and community functions. Remote sensing techniques to support the characterization and management of disaster rubbles. Urban planning and geological assessment: correlation between seismic ground-motion amplification and the buildings damage through GIS applications to support a resilient and sustainable post-disaster reconstruction.

Tracy Kijewski-Correa

Leo E. and Patti Ruth Linbeck Collegiate Chair and Associate Professor, Department of Civil and Environmental Engineering & Earth Sciences, and Associate Professor of Global Affairs at Keough School of Global Affairs.

Tracy’s research focuses on disaster risk reduction and civil infrastructure challenges posed by increased urbanization and vulnerability worldwide. Her interdisciplinary work links science and technology to communities in greatest need, delivering scalable paradigms to enhance the resilience and sustainability of civil infrastructure and inform stakeholders’ decisions. She is a senior personnel with the NHERI SimCenter focused on its hurricane regional simulation testbeds and serves as director of the Structural Extreme Event Reconnaissance (StEER) network.
New Collaboration Models for Documenting Built Environment Performance after Natural Hazard Events: The Structural Extreme Events Reconnaissance (StEER) Network

The Structural Engineering Extreme Events Reconnaissance (StEER) network was founded with the mission to generate new knowledge on the performance of the built environment through impactful post-event reconnaissance. Since its founding, StEER has focused on shifting the US Natural Hazard Engineering (NHE) community’s paradigm from isolated researchers using paper forms to generate proprietary data toward community collaboratives using digital platforms to acquire data that results in open-source products. As part of this shift, StEER has focused not only on efficiently collecting perishable data, but also on ensuring that data is suitable for reuse and discoverable on long-term curation platforms. This presentation will introduce StEER’s event response workflow, its tiered responses engaging field and virtual structural assessment teams, its promotion of data standards for well-documented/quality-controlled data suitable for diverse re-uses, and a summary of some of the impacts achieved using this new collaborative model in recent natural hazard events.

ShengLin Lin

Senior Risk Engineer at GNS Science

ShengLin is a Senior Risk Engineer at GNS Science, New Zealand. A graduate of the University of Illinois in United States, ShengLin worked as a research fellow at University of Canterbury in 2011 assessing the building damage from the 2010-2011 Canterbury earthquake sequences. ShengLin has led the development of data capture tool (RiACT) and its applications in several countries. He has compiled and evaluated damage data from Canterbury and Kaikoura earthquakes, New Zealand, and produced sets of fragility curves for typical New Zealand buildings.
Development and application of the Real-time Individual Asset Attribute Collection Tool

Improving collection and management of data, in post-disaster reconnaissance and in long-term impact assessments, is central to enabling knowledge of such events to be applied to improving community resilience to those disasters. The presentation briefs the development and applications of an integrated framework for capture of data describing pre-disaster physical characteristics and post-disaster damage of assets. The framework, named Real-time Individual Asset Attribute Collection Tool (RiACT) and its associated Asset Repository Web Portal, enables data capture by direct field observations of asset attributes. Experiences and challenges in applying the framework are highlighted through: (1) capture of community data to support the understanding of risk (e.g. a multi-hazard assessment in Viet Nam 2014 and 2018, and (2) collection of damage data following recent events in New Zealand, earthquake and tsunami in Indonesia and Chile in 2018 and 2015, respectively, and tropical cyclone in Fiji 2016).

Ella Melianda

Scientist and Project Manager at Tsunami and Disaster Mitigation Research Center (TDMRC), Teaching Staff Member at the Civil Engineering Department of Syiah Kuala University

Ella Meilianda is the Indonesian Project Manager of the International collaboration research project “Fostering Resilient Recovery in Marginal Communities via School-Based Hubs” funded by the UKRI’s Global Challenges Research Fund (GCRF) for Equitable Resilience; led by UCL and in collaboration with Tadulako University in Central Sulawesi, Indonesia. The research project had just finalized its first and critical fieldwork mission in the post-disaster area of Central Sulawesi in July 2021, during the difficult period of Covid-19 pandemic situation in Indonesia.
Challenges in conducting post-disaster fieldwork at rural areas under the pandemic Covid-19 situation: A case of School-hubs Resilient Project at the Central Sulawesi of Indonesia in July 2021

Almost three years after the earthquake, tsunami and liquefaction disaster hit the Central Sulawesi Province of Indonesia on 28 September 2018, the post-disaster recovery has been relatively slow. The post-disaster recovery process was at the end of the rehabilitation and reconstruction phase when the Resilient School-Hubs Project team was set on the mission to conduct the post-disaster school building and infrastructure recovery assessment at Palu City, Sigi and Donggala districts. In addition, the pandemic situation of Covid-19 highly accentuated the mission, provoking traveling restrictions for the foreign researchers to join the fieldwork mission with the local partner team. We tackled those challenges by setting up a hybrid mission combining the physical fieldwork with the combined online database and information collections, Google Earth/ Open Street Map, and KoboToolbox, i.e., an online application for data acquisition survey. The selection of schools to visit prior to the fieldwork mission is crucial to prepare the complete fieldwork, ensure accessibility to schools’ campuses, and get respondents. The data acquisition involved physical measurements of the building’s structural and non-structural damage, interview with school administrators, teachers, and students, and conducting a transect walk for the Water Sanitation and Hygiene (WASH) infrastructure in the school campus.

Valentina Putrino

Earthquake Research Analyst at Ariel RE/Honorary Researcher at UCL

Valentina was the Research Associate at UCL, who developed the LfE mobile App for field damage assessment, within the Learning from Earthquake – UK Project. Her PhD focused on building a framework for multi-hazard assessment of masonry structures. In 2016 she took part in the EEFIT mission to Central Italy and she won the EEFIT 2017 Research Award to continue her research on cumulative damage to historic buildings. She is vice-chair of EEFIT Committee, SECED representative for the World Federation of  Engineering Organization (WFEO) Committee on Disaster Risk Management (CDRM), and she is also the designated liaising member between SECED and EEFIT.

Dina D’Ayala

Professor of Structural Engineering at UCL

Dina’s specialism is Structural Resilience Engineering with particular emphasis on assessment, strengthening, preservation and resilience of buildings, structures, transport infrastructure and cultural heritage exposed to natural hazards. She has 30 years’ experience working with international agencies and heritage institutions. She has led several reconnaissance missions for EEFIT. She is a Director of the International Association of Earthquake Engineering and a founding member of ICOMOS-ISCARSAH. She has recently been awarded a UNESCO Chair in Disaster Risk Reduction and Resilience Engineering.
The LfE Mobile App: from the main conceptual idea to the field applications

The LfE Mobile App is one of the outputs of the LfE UK Project. The App uses an existing off-the-shelf platform called Device Magic and is built to conduct damage assessment due to earthquake and tsunami during reconnaissance missions. The App is based on a “tier assessment rationale”, whereby the data set for the building survey, is suited to the amount of time the user can spend on site and the level of access to the building. The data collected is hierarchically organised so that there is no need for repetition if more time is available later, whilst guaranteeing that an increasingly detailed level of information is gathered in each successive tier. From its very first conceptual idea to the several applications during past EEFIT reconnaissance missions, this presentation provides an overview of its development to its current standard. The flexibility of deployment in virtual, remote and hybrid conditions will be illustrated.

Anirudh Rao

Seismic Risk Modeller at Global Earthquake Model (GEM)

Anirudh is a Seismic Risk Modeller at the Global Earthquake Model (GEM) Foundation in Pavia, Italy. At GEM, Anirudh works on building and testing earthquake risk models and on the architecture and testing of the OpenQuake risk calculators. Anirudh obtained his BTech (2008) in Civil Engineering at the Indian Institute of Technology, Bombay (IIT-B). He earned his MS (2010) and PhD (2014) in Structural Engineering, with a special focus on Earthquake Engineering at Stanford University.

Vitor Silva

Seismic Risk Coordinator at Global Earthquake Model (GEM)

Vitor is the Seismic Risk Coordinator at GEM and he leads International, European and regional projects on structural vulnerability and probabilistic seismic risk assessment in dozens of countries. His research covers the assessment of earthquake impact at a global scale, inclusion of temporal component in earthquake risk, and exploration of machine learning technology in the assessment of earthquake hazard, vulnerability and exposure. He has authored more than 100 publications, and received prestigious awards from EERI, European Geosciences Union, and Portuguese Society of Earthquake Engineering.
Rapid earthquake damage evaluation based on earth observation data and machine learning

A framework for semi-automated damage and loss assessment due to earthquakes and floods from Earth Observation (EO) data and other supplementary datasets, while also leveraging recent advances in machine-learning algorithms, is presented. The framework combines high-resolution building inventory data from OpenStreetMap and other sources with image-processing algorithms for the detection of earthquake damage and flood extents using remote-sensing data processed by the Advanced Rapid Imaging and Analysis (ARIA) team at NASA's Jet Propulsion Laboratory (JPL) and Caltech, along with supplementary geospatial datasets to provide timely estimation of damage and economic losses. These early estimates can potentially be used for financial compensation and to target the distribution of resources geographically and temporally. We examine and compare the damage prediction accuracy achievable using the framework for a few recent earthquakes and the extensibility of the methodology to floods. We close with thoughts on the current state-of-the-art and promising developments in this field in the near future.

Anawat Suppasri

Associate Professor, International Research Institute of Disaster Science, Tohoku University

Anawat obtained PhD in Tsunami Engineering from Tohoku University (TU) in 2010. Following the 2011 Tohoku tsunami, the International Research Institute of Disaster Science (IRIDeS) was set up in April 2012 at TU, and Anawat was appoined Associate Professor at Hazard and Risk Evaluation Research Division. After the 2011 Tohoku tsunami, he was involved with in disseminating knowledge among academics and the public with UNDRR and UNDP activities. At present, his research focuses on tsunami numerical simulation, tsunami fragility analysis, tsunami evacuation and disaster mitigation education.
Fragility functions and loss functions of tsunamis for supporting disaster preparedness, recovery and reconstruction

The latest research findings including fragility functions of damaged buildings from both seismic and non-seismic tsunamis and loss functions of facilities in port industries which are examples of visualisation of vulnerability data and important for recovery and reconstruction process. Indonesia has experienced several tsunamis triggered by seismic tsunami (the 2004 Indian Ocean tsunami) and non-seismic tsunami (the 2018 Sulawesi tsunami and the 2018 Sunda Strait tsunami). These tsunamis damaged or destroyed coastal buildings and infrastructure and caused considerable loss of life. Therefore, we assessed the empirical tsunami fragility to the buildings inventory of tsunami tsunamis. We also developed loss functions by quantifying damage criteria and downtime for different port industries based on not only the 2011 earthquake but also other earthquakes until 2021. This information will useful for improving accuracy of tsunami risk assessment as well as input information for decision making during emergency response.

Sean Wilkinson

Reader in Structural Engineering at University of Newcastle

Sean is a structural engineer with over 20 years of experience in earthquake engineering.  He is currently the principal investigator on the EPSRC Learning from Earthquake grant.  Apart from earthquake reconnaissance, his research looks at methods for predicting and assessing earthquake impacts and consequences.

Diana Contreras Mojica

Lecturer in Geospatial Science at Cardiff University

Beside her Lecturer position, Diana is also a visiting researcher at Newcastle University in the UK.  She is part of the Management Committee of the Earthquake Engineering Field Investigation Team (EEFIT). She was in charge of implementing the strategy for the building damage inspection group at the Institute of Risk Management and Climate Change (IDIGER) in Bogota DC, Colombia. She later moved for her studies to The Netherlands and Austria. She worked for the Research Center for Integrated Disaster Risk Management (CIGIDEN) before coming to the UK.
Impacts vs Consequences, can we switch the emphasis

Currently there are a number of methodologies that can calculate estimated economic losses (e.g. CAT models) or even potential deaths (USGS Pager for example) but while these may give a good indication of the severity of the event, different societies will suffer in different ways and currently we have very little understanding of how to estimate this.    Recently, social media (SM) has shown the potential to become a valuable tool for quickly collecting large amounts of first-hand data after a disaster therefore help to understand how societies are affected on the ground.  However, extracting meaningful information from SM is an ongoing area of research.  In this presentation, we present a methodology for interrogating Twitter data with an aim of better understanding how well a society performed in the immediate aftermath of an earthquake and what aspects of that community may have led to positive or negative experiences.

Ahmet Cevdet Yalciner

Ocean Engineering Research Centre, Professor of Civil Engineering at Middle East Technical University (METU)

Ahmet has long term international experience on coastal and ocean engineering. Ahmet has chaired the North Eastern Atlantic and Mediterranean Tsunami Warning System, NEAMTWS, UNESCO Intergovernmental Oceanography Commission IOC, Intergovernmental Coordination Group ICG,  (2013 to 2017). Ahmet is one of the 2019 holders of the “Hamaguchi Award” given by Japan Ministry of Transportation, Infrastructure and Tourism, for the enhancement of coastal resilience against tsunami, storm surge and other coastal disasters.  Ahmet led numerous tsunami field surveys in Indonesia, Japan, Turkey, Malaysia.
Recent Experiences Using New Tools and Real-time Data Sharing in Post Tsunami Field Surveys

Post tsunami field surveys are critical interdisciplinary activities just after the tsunamis, to collect perishable data of tsunami traces, essential to document the tsunami parameters and understand the events in detail. Eyewitness interviews and available media records are helpful to document the extent and variability of inundation. Water heights at specific locations, timing and duration of tsunami surges, flow depth and directions, current speeds, impact on structures and societal impacts on coastal communities need to be well-documented for future mitigation and preparedness. UNESCO’s International Tsunami Survey Team (ITST) Post-Tsunami Survey Field Guide (2014) provide guidance on collecting this information. However, the new techniques and tools in communication and data sharing between survey members at site and remotely, contribute to the success and effectiveness of the post-disaster reconnaissance. The presentation introduces the history, objectives, procedure and method of conducting post tsunami field surveys with new tools for data collection, sharing and discussion among the experts before, during, and after the surveys. The benefits of real-time data sharing and feedbacks from experts not on the site are also discussed.