厙ぴ勛圖

厙ぴ勛圖 experts have contributed to a significant new international report on the state of underground hydrogen storage technology.��

A nature-based approach to river management could bring greater protection against flooding than building bigger stop-banks, new research suggests.

Using technical skills and community engagement, a group of 厙ぴ勛圖 (UC) Humanitarian Engineering students installed drinking water treatment systems in schools in the Kingdom of Tonga.

New research explores using waste materials to decarbonise iron and steel production, an industry contributing 7% of global man-made CO��� emissions.��

UC has announced its first donor-funded International Law PhD Scholarship, enabled by a generous gift from distinguished alumna Christine, Lady Brownlie.

What role does green hydrogen play in Aotearoa New 厙ぴ勛圖reaching a target of zero carbon emissions by 2050?

The future of hydrogen for Aotearoa depends on whether we can store it safely and cheaply, and new UC research is finding the answers.

Te Whare W��nanga o Waitaha | 厙ぴ勛圖 (UC) researchers are leading the charge in renewable energy.

A new wildfire forecasting system that updates using real-time weather data could help firefighters protect lives and property from a growing global threat.��

UC researchers are partnering with German institutions to explore how green hydrogen can decarbonise industries, transform energy systems, and boost NZ���s global role.

UC research is advancing geospatial technologies to improve flood risk assessment and mitigation, tackling critical global challenges.

An innovative UC-led study explores how tailored strength programmes improve bowling speed and performance for young pace bowlers in Canterbury.