The escalating severity of climate change, coupled with the rising frequency of disasters, is reshaping the global risk landscape. This shift is compelling the development of more sophisticated and integrated strategies for disaster risk reduction, which are essential for fostering sustainable development.

Global experts discuss at a thematic session on "Science and Technology for Risk-informed Sustainable Development," during the 2024 World Science and Technology Development Forum on Oct 24 in Beijing.

Photo: Courtesy of the 2024 World Science and Technology Development Forum

As one of the main thematic sessions of the 2024 World Science and Technology Development Forum, a session, themed “Science and Technology for Risk-informed Sustainable Development,” gathered global experts and scholars on Oct 24 in Beijing to discuss how to better promote scientific and technological exchange and cooperation between countries, ensuring that science and technology effectively serve decision- making and practice, contributing to a safer, inclusive, and sustainable world.

The International Science Council (ISC), the United Nations Office for Disaster Risk Reduction (UNDRR), and Integrated Research on Disaster Risk (IRDR) jointly released "A Framework for Global Science in Support of Risk-informed Sustainable Development and Planetary Health," identifying nine priority research areas toward 2030 and beyond. ISC emphasizes that science and technology serve as a universal language for coordinating international action. Therefore, enhancing scientific and technological exchange is crucial for the international community to achieve a consensus on development safety, and to collectively address these challenges.

Complex and systemic risks require integrated solutions and the mobilization of various partners, including those from the fields of sciences covering natural sciences, social sciences, economic sciences, engineering and public health, as well as support from the private sector.

Strengthening science and technology for risk-informed sustainable development is crucial in addressing the multifaceted challenges posed by climate change, multi hazards, and socio-economic disparities. Enhancing data collection and analysis through advanced technologies such as remote sensing, big data and AI analysis can provide critical insights into systemic risks and vulnerabilities. Moreover, fostering interdisciplinary collaboration among scientists, policymakers, and local communities can ensure that technological innovations are tailored to meet specific regional needs. Engaging local knowledge and practices can enhance the relevance and acceptance of scientific solutions.

Investment in education and capacity-building is also vital. By equipping future generations with the necessary skills in science and technology, we can cultivate a workforce capable of driving sustainable development initiatives.

In conclusion, a concerted effort to integrate science and technology into sustainable development strategies is essential for mitigating risks and fostering resilient, thriving communities. This involves enhancing early warning systems, leveraging new technologies, and promoting interdisciplinary collaboration.

On the policy front, it is crucial to address political risks, increase government support, and actively adjust governance mechanisms. Socially, greater emphasis should be placed on grassroots issues, vulnerable populations, and the role of citizen science. Furthermore, international cooperation remains vital for effective risk management in sustainable development, as collaboration across countries, disciplines, and industries lays the groundwork for informed and sustainable development goals in the future.

Source:  VOC