United Nations International Conference on Space-based Technologies for Disaster Risk Reduction - "Lessons learned during the unprecedented pandemic situation"

On 20 May 2020, the Copernicus Sentinel Mission captured this image of Cyclone Amphan making landfall over Bangladesh. Image: contains modified Copernicus Sentinel data (2020), processed by ESA, CC BY-SA 3.0 IGO.

Event Organisers: 

United Nations Office for Outer Space Affairs through its UN-SPIDER programme.

Date: 

24/11/2020 to 25/11/2020

Registration Deadline: 

Sunday, November 15, 2020

Description: 

The world has faced unprecedented challenges since the outbreak of COVID-19 that has impacted humanity. Responding to disasters and keeping the cities and communities safe and resilient during a pandemic is no more a ‘business as usual’.

In 2020, several countries faced several unusual as well as intense disasters, for example, torrential rains, floods and mudslides on the southwestern island of Kyushu in Japan, major floods in Jiangxi in China, widespread flooding and landslides from the Southwest Monsoon in South Asia (India, Bhutan, Bangladesh and Nepal),  powerful and deadly tropical cyclone Amphan that caused widespread damage in Eastern India and Bangladesh, rare cyclonic storm Nisarg - the strongest tropical cyclone to hit the west coast of India, huge wildfires in the United States and Canada, severe floods in Africa (Sudan, Mauritius and Somalia) and flooding in El Salvador as tropical storm Amanda passed over Central America. These disasters killed scores of people and displaced millions exactly when countries are facing multiple challenges due to the pandemic.

With the measures in place to curb the virus outbreak, the disaster management agencies require much precise information on hazards, risks, and early warning of the upcoming disasters to keep the communities safe and plan an effective emergency response.

The conference will focus on the lessons learned during an unprecedented pandemic situation, especially in employing space-based tools and geospatial information.

To register for the event, please follow this link.

Background

The United Nations Office for Outer Space Affairs (UNOOSA) is pleased to announce the “United Nations International Conference on Space-based Technologies for Disaster Risk Reduction – ‘Lessons learned during the unprecedented pandemic situation”, to be held from 24-25 November 2020. This conference is organised by the Beijing office of the United Nations Platform for Space-based Information for Disaster Management and Emergency Response (UN-SPIDER), a UNOOSA programme.

The conference follows nine conferences held 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, “Disaster risk identification, assessment and monitoring” in 2013, “Multi-hazard disaster risk assessment” in 2014, “A consolidating role in the implementation of the Sendai Framework on Disaster Risk Reduction 2015-2030” in 2015,  “Understanding disaster risks” in 2016, “Building resilience through integrated application” in 2017, “Enhancing disaster preparedness for effective emergency response” in 2018 and “Policy perspective” in 2019. 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. Through these conferences, the UN-SPIDER programme of the United Nations Office for Outer Space Affairs connects the disaster management community and providers of geospatial information and develops the programmes to help developing countries to use space-based information in all stages of disaster management.

Objectives

The objectives of the conference are:

  1. To address the challenges posed by the Covid-19 outbreak to the disaster management community

  2. To share experiences of how space-based technologies were effectively employed to better mitigate disasters during the challenges posed by the pandemic situation

  3. To highlight the complementary and inclusive use of space-based technologies in areas related to climate adaptation and disaster resilience

  4. To engage with the disaster management community through the UN-SPIDER programme to offer technical advisory support, especially to developing countries

Expected outcomes

The conference is expected to provide ideas to help the disaster management stakeholders to formulate programmes to achieve the following:
  1. Strengthening international cooperation to developing countries, through the use of space-based technologies, for supporting implementation of Sendai Framework

  2. Guidance on incorporating the use of space-based information in national DRR strategies and action plans

  3. Understanding of advance space technology solutions to address multiple challenges related to climate change, disaster risk management and Covid-19 outbreak

Preliminary programme of the conference

Day 1, 24 November 2020

02:00-04:00 (Chicago, USA), 09:00-11:00 (Central Europe), 15:00-17:00 (Bangkok)

Shirish Ravan
Head, UN-SPIDER Beijing Office, UNOOSA

Context setting
Session 1: Lessons learned during an unprecedented pandemic situation (Chair: Shirish Ravan, UNOOSA)
# UN-SPIDER
Sanjay Srivastava
Chief, Disaster Risk Reduction, United Nations Social and Economic Commission for Asia and the Pacific, Thailand
Disaster risk reduction and Covid-19 situation – changing policy perspective
Koji Suzuki
Executive Director, Asian Disaster Reduction Center (ADRC) Japan
Sentinel Asia activation for the flood disaster in Japan under the COVID-19
Krishna Vatsa
Member, National Disaster Management Authority, India
Efforts to mitigate the impact of floods and cyclones in India during the 2020 pandemic
Titus A. Kuuyuor  
Senior Resilience Advisor, United Nations Development Programme, Ethiopia
Use of Space-based technology to strengthen Humanitarian-Development-Peace (HDP) Nexus in the face of COVID-19 and multiple pre-existing risks

 

08:00-10:00 (Chicago, USA),15:00-17:00 (Central Europe), 21:00-23:00 (Bangkok)

Session 2: Space technology contribution during the pandemics situation (Chair: James Hagen, Planetary Studies Foundation, Professor Emeritus, Saint Xavier University)
Space4Health

Wang Yong
Institute of Geographical Sciences and Natural Resources Research, Chinese Academy of Sciences (APSCO nominated expert)

Applications of space-based infectious disease detection models and enlightenment for COVID-19 control
Talbot Brooks
Director, Center for Interdisciplinary Geospatial Information Technologies, Delta State University, United States of America
Ethical use of space-based technologies for disaster management
James Hagen
Executive Board Member, Planetary Studies Foundation, Professor Emeritus, Saint Xavier University, United States of America
What have former pandemics and COVID-19 taught us about societal disruption in a time lacking in antivirals and vaccines?
Isabelle Duvaux-Béchon
Head of the Member States Relations and Partnerships Office (DG-PM), European Space Agency 
Space programmes and technologies addressing global challenges such as pandemics
Radu Botez
UN-SPIDER, UNOOSA
Cataloguing space-based applications related to COVID-19: The UN-SPIDER Knowledge Portal as an information hub
Markus Enenkel
Perigee and Harvard Humanitarian Initiative
Forgotten crises  - Unlocking the power of Earth observation through social analytics?

Day 2, 25 November 2020

02:00-04:00 (Chicago, USA), 09:00-11:00 (Central Europe), 15:00-17:00 (Bangkok)

Session 3: Space for climate adaption and disaster resilience (Chair: Komali Kantamaneni, Solent University)
# Space for Climate Action
Louise J. Slater
Associate Professor, University of Oxford, Chair, Oxford Water Network and Fellow, United Kingdom of Great Britain and Northern Ireland
Floods and space-based information for disaster risk management
Giriraj Amarnath
Senior Researcher and Research Group Leader, International Water Management Institute, Sri Lanka
Climate-related disasters and index-based risk transfer
Luiza C. Campos
Associate Professor, Co-Director of the Centre for Urban Sustainability and Resilience, University College London, United Kingdom of Great Britain and Northern Ireland
Space tools to assist water and sanitation management in disaster and emergency management
Markus Woltran
UNOOSA, Vienna, Austria

Space4Climate Action

 

08:00-10:00 (Chicago, USA), 15:00-17:00 (Central Europe), 21:00-23:00 (Bangkok)

Session 4: Highlights: Initiative from UN-SPIDER network to use space-based technologies in disaster management (Chair: Shirish Ravan, UNOOSA) 
# UN-SPIDER
Update from countries about their current efforts to use space-based information 
5 minutes each (No PowerPoint presentation)
Thiri Muang, Ministry of Social Welfare, Relief and Resettlement, Myanmar
D.Sodnomragchaa, National Emergency Management Agency, Mongolia
Anoja Seneviratne, Disaster Management Centre, Sri Lanka
Silap Boupha, Ministry of Science and Technology, Lao PDR
Quang Hưng, Disaster Management Policy and Technology Center, Vietnam
Manuela Muianga, UNDP, Mozambique
Vhusomuzi Sithole, UNDP, Zimbabwe
Yao Kiachey, National Disaster Management Organisation, Ghana
 
Update from UN-SPIDER Regional Support Offices 
5 minutes each (No PowerPoint presentation)
Mohammad Farooq, SUPARCO, Pakistan
Mostafa Mansourpour, Iranian Space Agency
Peeranan Towashiraporn, Asia Disaster Prepared Centre
Birendra Bajracharya, ICIMOD, Nepal
Rokhis Khomarudin, LAPAN, Indonesia
Prakash Chauhan
Director, Centre for Space, Science and Technology Education for Asia and the Pacific (UN-affiliated), India
10 minutes
Massive Open Online Course (MOOC) on Geospatial Technologies for Disaster Risk Management – UNOOSA and CSSTEAP initiative
Concluding remarks
Shirish Ravan, UNOOSA
 

Target Audience: 

Disaster managers, policy makers, providers of space technology solutions/tools/applications from governments, academia, research, NGO and corporate sector.

Language of event: 

English
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