A nationally representative longitudinal survey over a decade shows changes in risk acceptance of the Chinese public, based on a psychometric paradigm.
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The study develops a decision-making support model that can quantitatively analyse the tradeoffs between hydro-energy generation and river ecosystem conditions.
Reviewing the potential benefits of reducing curtailments on renewable power generation in China.
This article presents lessons learned from 60 years of desertification control in China.
Read a quantitative assessment of the water-energy nexus in Beijing, within and beyond its geographic boundaries.
We cannot eliminate all disaster risks, but we can make better decisions by understanding the trade-offs.
This brief looks at the failures of development and disaster risk reduction and calls for a transformation in this relationship through policy changes.
This paper presents and tests a conceptual framework for analysing the trade-offs that underpin the relationship between development and disaster risk.
How can science and technology help reduce disaster risk? This paper provides a roadmap for Asia by describing fourteen actions and six proposals.
Based on a literature review, here are three opportunities that could lead to transformation in the development-disaster risk relationship.
Using China as a case study, this article calls for more nuanced understanding of the different pathways of climate change vulnerability effects.
Over the past decade, analyzing issues within the ‘water-energy nexus’ has become a topic of increasing attention for the scientific and policy communities
Summary of the International Symposium on Integrated Governance of Large-scale Disaster and Economic Risks, held in Qianhai, Shenzhen, China, May 2017