麻豆传媒

Xiaobin Qiu is a Research Assistant / Associate in the Climate+ Co-Centre at 麻豆传媒, working on the Islands of Britain and Ireland Climate Dataset project. He recently completed his PhD in Civil Engineering at 麻豆传媒.

He holds a BSc in Resources, Environment and Urban Planning and an MEng in Hydraulic Engineering from Sun Yat-Sen University. His academic training is complemented by over six years of professional experience in engineering consultancy in China, where he worked on infrastructure planning, technical assessment, and cost evaluation. He holds several professional qualifications, including Certified Construction Engineer, Certified Cost Engineer, Hydraulic Engineer, and Legal Professional Qualification Certificate (China).

Xiaobin’s research focuses on radar rainfall quality control, the development of high-resolution precipitation datasets, and extreme rainfall analysis over Great Britain. During his PhD, he developed a comprehensive radar rainfall quality control framework and a radar–gauge blended rainfall dataset, alongside systematic analysis of extreme rainfall across Great Britain. A key outcome of this work is the GRaD-GB (1H1K) Gauge–Radar Precipitation Dataset, the first open-access hourly, 1 km resolution blended rainfall dataset for Great Britain. At the same time, he has also contributed to the CAMELS-UK project, supporting the generation of catchment-scale rainfall time series for hydrological modelling and analysis.

His post-doctoral research centres on further advancing radar–gauge blending methodologies to produce hourly and 15-minute, 1 km gridded precipitation datasets for the UK, together with detailed evaluation of extreme rainfall characteristics. 

His research interests include extreme rainfall, hydrological risk, and climate data integration. Xiaobin has strong expertise in large-scale climate and hydrological datasets and has presented his work at national conferences such as the British Hydrological Society (BHS) and the Royal Meteorological Society (RMetS). He is motivated to contribute to collaborative and impactful climate research supporting the UK and Ireland.

• Articles

  • Qiu X, Green AC, Blenkinsop S, Fowler HJ. . Journal of Hydrology 2026, 666, 134755.
  • Lenderink G, de Vries H, van Meijgaard E, de Rooy W, van Ulft L, Thompson V, Qiu X, Fowler H. J. A pseudo global warming based system to study how climate change affects high impact rainfall events. Weather and Climate Extremes 2025, 49.