Private Sector Engagement and Risk Science: Take This Survey
A co-sponsorship with the United Nations Office for Disaster Risk Reduction (UNDRR) and the International Science Council (ISC), the Integrated Research on Disaster Risk (IRDR) program is a global effort to coordinate research on disaster risk issues. The existing Science Plan guiding the program is at the end of its life, and a new Risk Science Agenda is under development — and the input of resilience professionals like you can help!
Engaging widely with private sector interests is critical for ensuring that risk science undertaken over the next decade supports business needs better, and takes into account the ways that risk is already being managed across the wide range of industries and business areas.
DRI is a core group member of the IRDR for the Global DRR Research Agenda 2020 supporting this project. The new agenda will guide risk science towards better meeting the issues we are all confronting globally in a rapid transforming risk landscape.
Please click here to take part in the short survey. Your views and opinions will help shape both the development and implementation of the new agenda.
The emerging global risk landscape of a pandemic, climate change, social and financial crises, inequalities and vulnerabilities, pose new challenges for DRR. The trend is for more severe and complex risks, with increasing concern about and acknowledgement of complex, cascading and systemic impacts. Rapid political, social and technological developments in addition to climate change are contributing to the shifting risk landscape, which will increasingly impact on the global business environment.
Recent business reports capture this shift in emphasis, including:
To address the escalating challenges from global risk, risk science and DRR needs to work collaboratively across sectors, including commercial enterprises whatever their size.
A crucial purpose of the new agenda is to ensure that future risk science is useful and usable by diverse stakeholders and communities.
This means conducting risk research with an awareness of the needs (both short- and long-term) of these groups, and ensuring that new information is in meaningful forms for potential users and is helping those users transition new science understanding towards its practical implications.
For these reasons, the new agenda currently includes the following research priority areas, as crosscutting themes to guide research on global risk over the next decade and beyond:
Theme 1 – Addressing today’s complex global risk landscape: How disaster risk reduction can accelerate the transition to a peaceful, safer, equitable, sustainable world within the context of DRR
How can research inspire better work to understand the complex interconnections of systemic, compound and cascading risks and impacts, and their connections with vulnerability and exposure?
Theme 2 – Addressing inequalities, injustices and marginalization
How can risk science and knowledge support the most marginalized people and communities to ensure that no one is left behind, as part of ensuring inclusive justice and equity across humanity?
Theme 3 – Enabling transformative governance and action
Risk reduction, climate adaptation and the achievement of sustainable development goals are intrinsically linked – how can transdisciplinary science and knowledge transform access to and participation in governance structures and actions to reduce disaster risk?
Theme 4 – Driving progress through measurement
What do we need to measure and how can measurement be designed to incentivize improved risk knowledge and risk reduction?
Theme 5 – Understanding the implications of new thinking on hazards
How can we best identify and understand new forms and newly common extreme forms of hazards; as well as their intersection with vulnerabilities and other hazards?
Theme 6 – Harnessing technologies, data and knowledge for risk reduction
What factors impede and what support emerging technologies in achieving their promise of risk reduction – rather than risk creation and shifting; and how can the technologies be better used to support the SDGs and risk reduction?
Theme 7 – Fostering interdisciplinary and multi-stakeholder collaboration
Why is so much science knowledge unused? There are many areas where it is well applied which could provide starting points for learning and change.
Theme 8 – Supporting regional and national science and knowledge for policy and action.
What are the distinctive research priorities of different global regions? Regions have distinctive mixes of hazards, exposures and vulnerabilities, which are influenced by complex interdependencies, capacities and governance structures.