Jinghua Jiang
Jinghua is a research associate in compound flood risk modelling and assessment studying at Loughborough University. We chatted with Jinghua to find out more about her work and research interests.
Jinghua Jiang
Why did you want to be part of the Hub?
The hub provides an exceptional platform to bring my academic work to life. Working specifically on flood and Nature-based Solutions (NbS) modelling for flood risk assessment, I am excited about the prospect of collaborating with a diverse group of researchers from various fields. By joining the hub, we can collectively enhance the capabilities and accuracy of my model, leading to more robust and effective flood risk assessments.
What areas of research are you interested in?
My research interests are multi-hazards modelling and assessment, with a specific focus on flooding and nature-based solutions. I am passionate about understanding the complexities of flood risks and exploring the performances and benefits of the flood prevention measures. Through my research, I aspire to contribute to the advancement of resilient and environmentally friendly strategies that safeguard communities and ecosystems against the increasing threats of flooding.
Tell us more about your research?
In my current research, I focus on assessing flooding risks in the Vietnam Mekong Delta, with an emphasis on understanding the interrelationships and impacts of extreme rainfall, storm surge, and upstream river overflow. By studying these interconnected drivers, I aim to improve flood risk assessments in the region, especially considering the challenges of climate change.
Additionally, I am actively involved in the scientific design of nature-based solutions (NbS) for flood risk mitigation. NbS are powerful tools that not only protect cities from flooding but also offer additional benefits like ecosystem restoration and climate adaptation. My research focuses on developing systematic methodologies for designing effective NbS interventions in the Mekong Delta.
Furthermore, I am dedicated to enhancing the assessment of NbS performance. By providing comprehensive and scientifically grounded information, I aim to facilitate better evaluation and decision-making for NbS implementation. This involves factors such as hydrological modeling, flood mapping, cost-benefit analysis, and ecological assessment to ensure the long-term effectiveness and sustainability of NbS interventions.
Through my work, I strive to contribute to a holistic and scientifically informed approach to flood risk management in the Delta. By providing valuable insights and practical tools, I aim to support decision-makers and stakeholders in making informed choices to reduce flood risks and enhance the region's resilience in the face of climate change.
What are your most important publications?