United Nations International Conference on Space-based Technologies for Disaster Management "Multi-hazard Disaster Risk Assessment"
UN-SPIDER is the United Nations Platform for Space-based information for Disaster Management and Emergency Response, a programme implemented by the United Nations Office for Outer Space Affairs (UNOOSA). The UN-SPIDER Beijing Office is pleased to announce the “United Nations International Conference on Space-based Technologies for Disaster Management - "Multi-Hazard Disaster Risk Assessment" from 15 to 17 September 2014.
The UN-SPIDER Beijing Office has successfully organised three conferences since 2011. Previous conferences covered the themes of “Best Practices for Risk Reduction and Rapid Response mapping” in 2011, “Risk Assessment in the context of global climate change” in 2012 and “Disaster risk identification, assessment and monitoring” in 2013. These conferences offered a forum for disaster management communities and experts to strengthen their capabilities in using space based information to identify, assess, monitor and respond to disaster risks and integrate space technology into long-term disaster risk management efforts.
Recent disasters around the world have highlighted shortfalls in efforts of the governments and communities, including development partners, in reducing disaster risks. Although early warnings of hydrologic hazards (floods, storm surges, coastal erosion and droughts) and meteorological hazards (cyclones, tornadoes, windstorms etc.) are able to save human lives in some cases, the economic and environmental losses are often huge and recovery will usually take years to normalize. Therefore, countries need to have an increasing focus on economic, environmental and human costs of disasters and develop approaches to lessen the risks and reduce loss of lives and property.
All the elements of disaster risk are spatial in nature. Earth observation and geospatial data provide critical information on elements of risk delivered in the form of maps. These help in predicting and identifying risks more accurately as well as planning responses in a timely manner when they degenerate into a disaster.
Multi-hazard risks give an indication of the overall risk posed to a community. Multi-hazard approaches are valuable in providing an overview of the overall risk and thus enhancing effective planning countermeasures. Such approaches avoid enhancing further risks in the attempt to reducing already existing ones. The purpose of this conference is therefore to promote the role of space-based and geospatial information in a multi-hazard disaster risk assessment. It seeks to bring together experts and end-users to a single platform to ensure that space-based information is effectively employed in decision-making towards saving lives and reducing economic losses.
The conference will cover the following topics:
Session 1: Disaster Risk Management and Space-based information: This session will discuss experiences and good practices of disaster risk management at different levels, with a focus on the role and contribution of space-based information.
Session 2: Approach and methodology in using space based information in multi-hazard identification and risk assessment This session will discuss the applied research and development on the approaches, models, methodologies, tools, service platforms and operational projects related to multi-hazard identification and disaster risk assessment.
Session 3: Space-based information resources for hazard identification and risk assessment This session will discuss the space-based information advances in remote sensing data, information products, software used for multi-hazard monitoring, data visualization and data dissemination tools for disaster risk assessment.
Session 4: Space-based information for damage and loss estimation This session will discuss the methods and present case studies demonstrating the use of space–based information for disaster damage and loss assessment. This session aims to extend the scope of space-based information beyond emergency mapping, providing valuable information in damage and loss assessment.
Session 5: Networking and engagement with the UN-SPIDER network This session will aim at promoting the engagement of Member States and partner organisations with the UN-SPIDER Pprogramme. The session will discuss best practices of using space-based information and the impacts of the technical advisory support offered through the UN-SPIDER Programme.
Working groups will be organised to discuss the cooperation related to disaster risk reduction mapping services and products, information sharing and cooperation projects in this area. The working groups will develop guiding points on ‘drought monitoring and risk assessment’ at the national level.
Disaster managers, policy makers, providers of space technology solutions/tools/applications from governments, academia, research, NGO and corporate sector. Number of expected participants: 120
How to apply and application deadline
The final deadline for registration was 29 June 2014.
Due to funding constraints, the organisers will be able to offer support to limited number of participants from Member States and organisations engaged in developing or intend to develop a partnership with the UN-SPIDER programme. The support will defray the cost of travel (round-trip ticket – most economic fare – between the airport of international departure in their country of residence and Beijing) and/or room and board expenses during the duration of the event.
Technical matters: Ms. Juanjuan HAN (firstname.lastname@example.org, Tel: +86 10 5281 1373)
Administrative matters: Ms. Yuan GAO (email@example.com Tel: +86 10 5281 1371)
If necessary, copy your emails to Mr. Shirish Ravan (firstname.lastname@example.org)
|Key note presentations|
|Shirish Ravan (UN-SPIDER) - Multi-hazard identification and risk assessment - Role of earth observation and UN-SPIDER interventions||Download|
|Huadong Guo (RADI, Chinese Academy of Sciences) - Earth observation and disaster risk reduction||Download|
|Session 1: Disaster risk management and space-based information|
|Suju Li (NDRCC, China) - Practice on space-based information for disaster risk reduction in China||Download|
|Maqbool Ahmed Chaudhry (APSCO) - Role of the APSCO in space-based disaster management||Download|
|Takayuki Odawara (DigitalGlobe) - DigitalGlobe Contributions to “Seeing a Better World”||Download|
|Hong Yang (Tsinghua University, China) - Multi-hazards map: Global and regional real time systems for multi-Hazards monitoring and prediction||Download|
|Antony Milne (University of New South Wales, Australia) - Developing Risk Management Procedures for Flood Mapping and Monitoring Practices using Selected Australian Examples||Download|
|Session 2: Approach and methodology in using space based information in multi-hazard identification and risk assessment|
|Huan Wu (University of Maryland, USA) - The Global Flood Monitoring System (GFMS)||Download|
|Biswajit Sarma (Govt. of Assam, India) - Application of high resolution satellite data in the preparation of building stock inventory for earthquake risk assessment of a megacity in a highly seismic zone of North East India||Download|
|Igor Manuel Bernardo Honwana (INGC, Mozambique) - Disaster risk management in Mozambique||Download|
|Jian Liu (National Satellite Meteorological Center, China) - Application of FY meteorological satellites for disaster monitoring and reduction||Download|
|Jianjun Wu (Beijing Normal University) - The Integrated Surface Drought Index (ISDI) and its application from regional to continental scale||Download|
|N. Pradeesh Kumar (Noorul Islam Centre for Higher Education, India) - Flood monitoring using generic nano-satellite constellations||Download|
|Hari Prasad (ADPC, Thailand) - Multi-hazard risk assessment in Bangladesh and Lao PDR – ADPC experience||Download|
|Maosong Li (Chinese Academy of Agricultural Sciences) - Study on agricultural drought synergy inversion methodology based on multi sourced information||Download|
|Session 3: Space-based information resources for hazard identification and risk assessment|
|Christopher Chiesa (Pacific Disaster Center, USA) - The power of Geo-information in rapid response to disasters||Download|
|Shao Yun ( Chinese Academy of Sciences) - Methodology and cases on space-based information for disaster monitoring and damage assessment||Download|
|Anggraini Dewi (ADPC) - A decision support system: Integrated geo-spatial information of hazard and disaster risk assessment for decision maker||Download|
|Wei Wang (NDRCC, China) - Aerospace-field integrated geospatial technology for disaster assessment: A case study of Ludian earthquake of China||Download|
|Xinglong he & Uwe Focht (Swiss Re) - Satellite remote sensing application for agricultural insurance and catastrophe insurance||Download|
|Session 4: Space-based information for damage and loss estimation|
|Silap Boupha (Ministry of Science and Technology, Lao P.D.R) - A case study on the use of space base information for disaster damage and loss assessment in Lao P.D.R||Download|
|Hongjian Zhou (NDRCC, China) - Experiences on comprehensive damage and loss assessment of major disasters in China||Download|
|Yenni Vetrita (LAPAN, Indonesia) - Assessment of forest/land fires and volcano eruption episode during 2014 in Indonesia||Download|
|Xiaoqing Wang & Aixia Dou (Institute of Earthquake Science/ china Earthquake Administration) - Earthquake disaster assessment technique and the case study of Lushan Earthquake in 2013||Download|
|Zhou Fang & Changyong Sun (Space Star Technologies Co. Ltd.) - The construction of disaster monitoring and early warning system: A case study on forest bio-disaster monitoring||Download||Session 5: National experiences|
|Alice Janet Gwedeza (Ministry of Lands, Malawi) - The power of Geo-information in rapid response to disasters||Download|
|Bo Li (NDRCC, China) - Beidou navigation system for disaster management applications||Download|
|Yahya Hassan Al-Tayeb (Remote Sensing Authority, Sudan) - Drought monitoring using space technologies in part of river Nile state in Sudan||Download|
|Sreeja S. Nair (National Institute of Disaster Management, India) - Geospatial technology for drought hazard mapping and vulnerability analysis: A study of Bundelkhand region of India||Download|
|Manijeh Khaneghaie (Iranian Space Agency) - Introduction of ISA Geoportal and its applications for disaster management||Download||Session 6: Networking and engagement with UN-SPIDER network|
|Netai Chandra Dey Sarker (Department of Disaster Management, Bangladesh) - Use of Space-based information in DRR and emergency response in Bangladesh||Download|
|Pema Thinley (Disaster Management Center, Bhutan) - Bhutan’s way of benefiting from UN-SPIDER TAM||Download|
|Denis Macharia and Hussein Farah (RCMRD, Kenya) - RCMRD’s Programmes and Partnerships in Disaster Risk Reduction: Achievements and Opportunities for Future Collaboration||Download|
|Bui Quang Huy (Disaster Management Centre, Vietnam) - TDevelop gradually framework of space technology application for disaster prevention and support development objectives||Download|
|Conference Booklet||1.3 MB|
|Information Note: United Nations International Conference on Space-based Technologies for Disaster Management "Multi-hazard Disaster Risk Assessment"||175.39 KB|