¾ÞÈéÊÓÆµ

Nanjing University

Position
Case study
Talking about
Collaborating in research to address global climate challenges including soil and water resources, sustainable agriculture, biodiversity and urbanisation.

The ¾ÞÈéÊÓÆµ partnership with Nanjing University originated from strong collaboration in research. Established in 2017, the Leeds-Nanjing Joint ¾ÞÈéÊÓÆµ Research Centre for Critical Zone Science facilitates collaboration in research between the two institutions to address global climate challenges, including soil and water resources, sustainable agriculture, biodiversity and urbanisation. 

A spool with metres of hose wrapped around it stands on an open green field as water is sprayed out of a sprinkler in the distance.
Critical zones observatories – crops are being fertilized using minerals to enhance the fertility of the soil.

The creation of the Joint ¾ÞÈéÊÓÆµ Research Centre has led to a wide range of further collaborative activities. This includes a Dual PhD programme, which focuses on the shared critical zone research interests of the Leeds-Nanjing Joint ¾ÞÈéÊÓÆµ Research Centre for Critical Zone Science, and supports student and staff mobility between our institutions. Students on this 4-year PhD programme undertake two years of study and research at each institution, and graduate with a dual PhD, represented by separate awards from both the ¾ÞÈéÊÓÆµ and Nanjing University.

A field of crops divided by a dug-out trench with wooden slats resting across it
A field site at Nanjing University where critical zone observation takes place. Credit: Professor Hongyan Guo, Nanjing University.

Our partnership with Nanjing University is strengthened further by Double Masters programmes in multiple Schools, institutional student exchange, and our co-membership in several networks, including the UK-Jiangsu 20+20 World Class Universities and the ¾ÞÈéÊÓÆµ Universities Climate Alliance.