Mengqian LU 陸萌茜

Mengqian LU 陸萌茜
Mengqian LU 陸萌茜 

Telephone Number

Email

Email
mengqian.lu@ust.hk

Office

Google Scholar

Scopus ID

First Name (and Middle Name If Any)
Mengqian
LU
陸萌茜
Highest Degree Acquired (e.g. PhD in Engineering Science)
PhD in Earth and Environmental Engineering, Columbia University

Contact Information

Telephone Number

Email

Email
mengqian.lu@ust.hk

Office

Google Scholar

Scopus ID

Research Interests

Research Interests
Atmospheric rivers
Climate change and variability
Hydrometeorological extremes
Water resources system analysis and management
Monsoons

Biography

Biography

Mengqian obtained her BEng degree (2009) with First class honour and Academic Achievement Medal from the Department of Civil and Environmental Engineering at HKUST and went to Columbia University in the City of New York and obtained her MSc (2011), MPhil (2014) and PhD (2014) degrees from the Department of Earth and Environmental Engineering. Her research lies in hydrometeorology, water resource and climate risk. Her recent work has been focusing on hydrometeorological extremes (heavy rainfall, floods, tropical cyclones etc.), from atmospheric diagnosis to data-driven prediction, given their social relevance and the advancement of science towards innovative engineering applications. Her research aims to advance our understanding in hydrometeorological extremes around five key research areas, namely Atmospheric River, Moisture recycling network, East Asian monsoon, Extreme weathers and Water resources.

Research Interests

Research Interests
Atmospheric rivers
Climate change and variability
Hydrometeorological extremes
Water resources system analysis and management
Monsoons

Biography

Biography

Mengqian obtained her BEng degree (2009) with First class honour and Academic Achievement Medal from the Department of Civil and Environmental Engineering at HKUST and went to Columbia University in the City of New York and obtained her MSc (2011), MPhil (2014) and PhD (2014) degrees from the Department of Earth and Environmental Engineering. Her research lies in hydrometeorology, water resource and climate risk. Her recent work has been focusing on hydrometeorological extremes (heavy rainfall, floods, tropical cyclones etc.), from atmospheric diagnosis to data-driven prediction, given their social relevance and the advancement of science towards innovative engineering applications. Her research aims to advance our understanding in hydrometeorological extremes around five key research areas, namely Atmospheric River, Moisture recycling network, East Asian monsoon, Extreme weathers and Water resources.