Turn research into reality

"Without NeSI’s input, we would have been much more limited. We wouldn’t have been able to develop a national-scale system running in real-time."

"Rendering this grid in the traditional way is not trivial – it would take longer to render the result than run the model each time I wanted to find errors. I approached NeSI and we started talking about visualisation."

GNS Science researchers are producing detailed images of the 3D structure and geometry of the Hikurangi mega-thrust region using a technique called seismic tomography.

“By understanding the abundance and distribution of different marine mammals in New Zealand, we can inform conservation policy, management of marine resources, licensing for offshore activity and create better environmental impact assessments.”

"I’m lucky to have access to a cluster like NeSI’s. Without it, I’d be running this model for years, rather than about a month.”

"We contacted NeSI because we were going from trying to assemble 100,000 individual 150 nucleotide base sequences, to trying to assemble 1.4 billion. We were having computational issues with memory, but also time."

"It’s been helpful to have routines optimised through NeSI assistance... it’s easier for students and researchers to put their data into the model, experiment with the governing parameters, and then observe what comes out of it."

The LFRic development effort involves international partners from New Zealand, Australia, the United States, Korea, and India.

"Researchers will be using this model for ground-breaking research."

Interpolation is ubiquitous in climate and weather models. NeSI team members Alexander Pletzer and Wolfgang Hayek have developed a new interpolation method that will improve the UK Met Office's ability to forecast weather events.