Researchers at this institute are engaged in interdisciplinary research and teaching within the international scientific field of security studies. The approach to issues of security is glocal, that is to say that the local, national, transnational and global impact are studied and analysed in conjunction with each other. The nature of this type of research strongly requires collaboratoin and cooperation with other reseachers, research institutes, organizations, a policy makers.

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The Academy is the first higher education institution in the world specialised in the SSDEC domain that achieves top '5 star' ratings in the 2 categories of Teaching and Employability under the QS Stars University Rating System.

As a unique institution, the Academy provides learning in a dual approach, combining academic and vocational education in one place, whilst recognising prior learning and experience and providing accredited and transferable credit from course to course and job to job.

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USTHB is home to the Built Environment Research Laboratory (LBE), founded in 2000. The LBE operates in the context of numerous national and international projects, with a specific research focus on Earthquake Engineering, Structural Dynamics, Engineering Seismology, Building Materials, Disaster Management, Vulnerability Evaluation and Preservation of Cultural Heritage. The mission of the LBE unit is to conduct research on earthquake risk reduction, building the capacity of practitioners to address seismic risk and serve as a source of consult for the Algerian government and abroad. Currently, the LBE comprises four teams and incorporates 25 researchers (from within USTHB and outside), six with PhDs. The LBE is also active in lobbying for a greater focus on disaster risk reduction initiatives in the country and abroad.

Other activities of the unit include conducting several workshops on assessing seismic vulnerability in several African countries and research on state of risk reduction for UNICEF.

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The central issue addressed is the study of social vulnerability as a dimension of environmental risk in relation to hazards of various kinds. For this purpose, qualitative and quantitative methodologies for diagnosis and analysis have been developed, including participatory interaction with social actors.

In recent years, this knowledge has been applied to the problem of adaptation related to climate dynamics, both in national and international research projects, and in the transfer to the public and non-governmental sectors.

The PIRNA promotes lines of research related to environmental risk, particularly related to catastrophes of hydroclimatic origin. In relation to our research, the topics that would be interesting to deepen can be the following:

• Social vulnerability
• Risk due to floods in urban areas
• Risk due to water use in rural areas
• Amplification of risk due to institutional vulnerability
• Education and environmental risk

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Fenner offers expert perspectives on complex environmental and sustainable development challenges, drawing on decades of quality empirical and applied research. Research focuses on understanding environmental changes across a range of scales in time and place, enabling the school to provide past, present and future narratives to guide science, policy and management. Of particular importance to us is our capacity to encourage sound policy and governance outcomes that support sustainability.

In the areas of natural disasters relevant to Australia and Australia's region of interest, our research has focused on floods, droughts, water scarcity, urban planning and wildfires and has focused on informing policy and practice. (see e.g. John Handmer, Stephen Dovers, Handbook of Disaster Policies and Institutions, Improving Emergency Management and Climate Change Adaptation, CSIRO Publishing 2013, Geoffrey Cary, David Lindenmayer, Stephen Dovers, Australia Burning, Fire Ecology, Policy and Management Issues, CSIRO Publishing, 2003.

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Through our degree programs and research, students learn how to approach disaster, emergency and community risks holistically. Teaching is informed by CDU's strong relationships with nationally and internationally respected industry and research partners. Interactive lectures are delivered by some of the world's leading experts in the discipline. Most of the courses are available in-campus and online.

HEDM offers an interdisciplinary research program that deals with human dimensions of natural hazards, disaster and environmental risks and climate change adaptation. The potential research supervisors are world-class scholars in their field of research. Higher Degree by Research (HDR) at the Charles Darwin University covers the degrees of Masters by Research (MRes) and Doctor of Philosophy (PhD). HDR students engage in a supervised research project that demonstrates their ability to make a contribution to knowledge in a chosen field of study.

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Academic research members have a strong foundation in the following research areas (both domestic and international):

- Integrated disaster risk reduction and climate change adaptation

- Land use planning for disaster risk reduction (DRR) and climate change

- Building resilience in the built, natural and social environment

- Tourism crisis and disaster management

- Vulnerability and capacity assessment (community mapping for DRR and recovery)

- Social network analysis for disaster governance, risk reduction and resilience

- Post disaster assessment for response and recovery

- Sustainable development/redevelopment and livelihoods

Affiliate members of the Centre also conduct relevant research in the fields of engineering, public health, nursing, journalism/media, psychology, education, anthropology, human geography and the broader social sciences.

The Centre has extensive experience in the translation of research and science into effective policy recommendations and action.

Full reports and publications available at :

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RMIT's Disaster Research Network addresses the increasing need for research, innovation, and partnership to support disaster prevention, preparedness, response, and recovery in Australia and internationally. Drawing together over 80 researchers from a broad range of disciplines, the RMIT Disaster Research Network takes a multi-disciplinary approach to disaster research, working together with practitioners and communities to strengthen resilience and research impact. The Network provides our partners with easy access to research expertise and opportunities to collaborate. The Network also enables a coordinated and timely response to calls for research capability and facilitates industry-academia events.

Affiliate members of the Centre also conduct relevant research in the fields of engineering, public health, nursing, journalism/media, psychology, education, anthropology, human geography and the broader social sciences.

The Centre has extensive experience in the translation of research and science into effective policy recommendations and action.

Full reports and publications available at :

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The pioneering research at CIPAR includes risk and reliability assessment, corrosion of infrastructure, and structural masonry.

The Centre for Infrastructure Performance and Reliability (CIPAR) comprises the following areas of international research strength:

• Modelling of deterioration of steel, reinforced concrete structures,
• Performance, durability and reliability of structural masonry,
• Probabilistic terrorism risk assessment,
• Structural response to explosive blast loading,
• Security risk assessment and infrastructure protection,
• Corrosion of cast iron bridge piers in marine environments,
• Long-term corrosion of steel reinforcement in marine concrete structures
• Energy performance of buildings and building materials,
• Risk-based assessment of climate change adaptation strategies,
• Influence of natural and man-made hazards on infrastructure risk and safety,
• Risk-based decision-making,
• Structural reliability and risk assessment of complex systems, and
• Life-cycle and sustainability issues for new materials, buildings and infrastructure.

The Centre for Infrastructure Performance and Reliability comprises twelve academic and research staff. In the past five years CIPAR staff have published over 300 peer-reviewed research papers and obtained over $8 million in research funding from the Australian Research Council and industry. This places CIPAR at the forefront of international research in structural and reliability engineering.

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The centre brings together outstanding researchers studying the atmosphere, earth and water within the broad disciplines of geography, geology, environmental science and environmental engineering who share interests in environmental processes and climate change.

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The recent appointment of Professor Roland De Marco as USC's first Pro Vice-Chancellor of Research, underlined the university's commitment to supporting excellence in research. Three Research Centres now exist as focal points at USC: GeneCology Research Centre; Forest Industries Research Centre; and Sustainability Research Centre. Additionally, several other research clusters or themes have developed and new ones are emerging. Through these focal points, USC maintains research collaborations worldwide with a strong emphasis in the Asian-Pacific region. USC has recently enhanced its research profile through the recruitment of outstanding researchers and up-to-date infrastructure. The Sustainability Research Centre (SRC) was formalised as one of the University of the Sunshine Coast's flagship research concentrations in September 2007. In 2012 the SRC was also designated as a Tier 1 Research Centre, one of only three in the university. Within the past year, the SRC has made two critical research-based hires in geosciences (Professors Patrick Nunn and Roy C. Sidle) to increase its visibility and profile in biophysical sciences to complement the strong faculty counterpart in social sciences. The SRC has the capacity to attract top-level Honours students from various faculties and support post graduate students as well as Research Fellows. The SRC offer both undergraduate majors and minors in Sustainability and a Ph.D. by research in Sustainability. The core focus of the sustainability educational programs aligns with the social, behavioural, biophysical, and economic sciences. In addressing concerns of society and the environment, this important transdisciplinary research area offers a broad spectrum of opportunity.

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Our research has made significant contributions to QUT's Excellence in Research for Australia (ERA) ratings.

We received a 4 (above world standard) in environmental engineering, and a 3 (at world standard) for civil engineering.

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DRM also informs disaster epidemiology work within the HADRI team, including population health and mental health effects of disasters and both the research and policy frameworks which support effective linking of relief, rehabilitation and development (LRRD) programs.

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The AIT Austrian Institute of Technology takes a leading position in the Austrian innovation system and a key role in Europe as the RTO focusing on the key infrastructure topics of the future.

AIT provides research and technological development to realize basic innovations for the next generation of infrastructure related technologies in the fields of Energy, Mobility Systems, Low-Emission Transport, Health & Bioresources, Digital Safety & Security, Vision, Automation & Control and Technology Experience. These technological research areas are supplemented by the competence in the area of Innovation Systems & Policy.

As a national and international network node at the interface of science and industry AIT enables innovation through its scientific-technological expertise, market experience, tight customer relationships and high-quality research infrastructure.

An in-depth understanding of the challenges of crisis and disaster situations represents an essential prerequisite in order to protect the citizens, the environment as well as public and private infrastructures. With the advent of new Information and Communication Technologies (ICT) in the last decades, the domain of Crisis and Disaster Management (CDM) has gained the opportunity to greatly increase the efficiency and efficacy of its operations based on the real-time exchange and management of the relevant information.

AIT's CDM group in the Center for Digital Safety & Security has in recent years made substantial contributions to the evolution of ICT paradigms and solutions for crisis and disaster management both on the Austrian national and at the international level.

AIT's CDM activities and its portfolio of solutions is comprised of the following three areas:

• IoT - Sensor Network Management for fixed station environmental measurements, remote observations and measurements (satellites, drones) as well as hybrid application scenarios for the use cases of environmental protection, climate change, and the detection of hazardous substances.
• Command & Control Systems including the civil-civil and civil-military (civil CDM use cases) interoperability with the objective of creating a Common Operational Picture (COP).
• Community Interaction & Engagement, with a focus on systems for the management and self-organization of volunteers in the wake of crises and disasters.

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DCNA is strengthening security and disaster research by:

• · Improving the Coherence of Security and Disaster Research in Austria
• · Increasing the efficiency of security and disaster research by improving the networking of all stakeholders and by cooperatively creating and exploiting synergies
• · Improving the national and international visibility of security and disaster research in Austria
• · Sharpening and strengthening the understanding of the social relevance of security and disaster research in Austria
• · Promotion and expansion of cooperation with other, influential research areas

Achievements:

• Presentation of DCNA in the Austrian and European area
• Constant extension of the existing network of 12 ordinary and 3 associate members and strategic partnerships
• Organization of the Austrian Disaster Network Days in October 2018 in Vienna
• Kick-Off of DCNA Working Groups with the focus on transferring research results to practice, developing research topics, providing expertise and infrastructure
• Attendance of DCNA at different international events (e.g.: Hydraulic Engineering Symposium Graz in September 2018, Understanding Risk Balkans Conference Belgrade in September 2108, AGIT - Symposium and Expo for Applied Geoinformatics Salzburg in July 2018, 3^rd Annual Scientific Seminar DRMKC Sofia in April 2018 etc.)

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Founded in 1972, the International Institute for Applied Systems Analysis (IIASA) conducts policy-oriented research into problems of a global nature that are too large or too complex to be solved by a single country or academic discipline.

IIASA is sponsored by its National Member Organizationsin Africa, Asia, Europe, Oceania and the Americas. Its research is independent and completely unconstrained by political or national self-interest.

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Flood, drought, cyclone, river erosion, siltation, and water scarcity in dry season have made water management a challenging task. The gradual degradation of the environment due to human interventions is adding further complexities to water management. To address these issues, the Institute of Flood Control and Drainage Research was established in 1974 and later renamed as the Institute of Water and Flood Management (IWFM) in 2002. The Institute pursues research and capacity development in the field of water and flood. management that is vital for economic development and social prosperity of the country. The Institute also provides advisory and consultancy services to government and non-government organizations. Please see here for more about the institute.

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The geographical location, land characteristics, multiplicity of rivers and the monsoon climate render Bangladesh highly vulnerable to natural hazards. The coastal morphology of Bangladesh influences the impact of natural hazards on the area. Particularly in the southwestern area, natural hazards increase the vulnerability of the coastal dwellers and slow down the social and economic development. Moreover, climate change and human induced hazards add a new dimension to community risk and vulnerability. Humanitarian implementation plan (2012) shows that Bangladesh loss about 6188 lives and have to suffer 550 $ million economic loss due to only natural disasters. Global Assessment Report (2011) published by UNISDR reveals that Bangladesh is in 1st and 6th position in terms of vulnerability of flood and cyclone respectively. Recently GERMANWATCH shows that Bangladesh is in 2nd position in Climate Change Vulnerability Index. So it has no denying that our motherland is in a great risk of disasters. As of late, the world is giving more emphasize on disaster risk reduction through strengthening preparedness and mitigation measures over response and recovery activities. This is known as paradigm shift. There exists a saying if we spend 1$ for disaster risk reduction we can save 10 $ equivalent cost in during and post disaster situation. So Bangladesh is also giving more concentration to make the nation resilient through disaster risk reduction, climate change adaptation and sustainable development.

Bangladesh is world renowned for disaster management. Its main reason is the development of capacities among people through living with disasters over years and already developed indigenous knowledge. But if we can integrate science based knowledge with existing endowed knowledge the comprehensive disaster management system will be more effective and fruitful. To fulfill this goal, Dhaka University, the highest echelon of academic excellence in Bangladesh, established a new department named Disaster Science and Management (DSM) under the Faculty of Earth and Environmental Sciences in 2012. The main objective of this department is to represent it worldwide as a research hub in the field of both hazard science and disaster management.

Newly established DSM maintains a vibrant academic environment encompassing a rich library with good collections and two laboratories. All the computers are installed by licensed ArcGIS and Erdas Imagine software in Geo-Information Lab. This lab has the facilities of interpretation of aerial photos and some multihazard risk assessment software as well. The Geophysical and Geo-technical Hazard Risk Assessment Labs are equipped with most efficient equipment like PS logging, 48-channel Seismometer, Microtremor Instruments, Consolidation (Oedometer), Direct Shear Test instrument, Total Station etc. While all teachers and students can use the broadband and Wi Fi Internet facilities, the department uses Multimedia Projector in the classrooms and in laboratorie



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