腦瞳憫

21 January 2020

Starting in the autumn of 2019, climate data has been delivered to the global climate research programme CMIP6 from the NSC at 腦瞳憫. This is the result of a long-standing collaboration between SMHI and the NSC.

Buildings for the HPC resources at LiU.
Buildings for the HPC resources at LiU. Photographer: THOR BALKHED
All our current knowledge about how the Earth and its systems function has been gathered into several computer models known as “earth system models”. Researchers around the world use these to understand how the climate is changing and how this will affect life on the planet. One of the models has been developed by a European consortium, EC-Earth, of which the Swedish Meteorological and Hydrological Institute (SMHI) is a member. The third generation of the European model has been constructed within EC Earth, and adapted to a larger global model known as the Coupled Model Intercomparison (CMIP).

CMIP6

CMIP, which is now in its sixth phase (CMIP6), is part of the World Climate Research Programme, and is an initiative to coordinate and unify all the climate models developed at different locations around the world. Approximately 30 research groups and more than 1,000 researchers are now working together to develop and deliver the highest possible Fika at National Supercomputer Centre. Photo credit David EinarDavid Einarquality of climate models to form the basis for negotiations and proposed measures.
These coordinated climate models now provide the support information for reports into global warming from the UN’s Intergovernmental Panel on Climate Change.

SHMI and other members of EC-Earth, including research centres in Denmark, the Netherlands, Norway and Finland, were in varying stages of producing CMIP6 data during 2019, a selection of which has now been published and made publicly available. Further data will be added during 2020. These data are accessible from the Earth System Federation nodes, one of which is operated by the National Supercomputer Centre (NSC) at Linköping University.

Processing climate data requires huge computing power, thousands of hours of processing time in supercomputers, and efforts are under way to reduce the need to repeat the calculations. In the Nordic region, the work is supported by the Nordic e-Infrastructure Collaboration (NeIC), through a project known as NICEST (the Nordic Infrastructure Collaboration on Earth System Tools). Several people from the NSC are involved in the NICEST project.

Huge computing power

Within CMIP, NICEST is working with the dissemination of knowledge and preparations to pass the data on to CMIP6. This involves, for example, the quality assurance of the data input to the model, training users in the tools, and support for the administration team for the Nordic node of the Earth System Grid Federation.

Prashanth Dwarakanath“Our participation in CMIP6 is a major commitment for us, greater than in previous phases of the project. This is the case for both technology and personnel. Our ability to contribute to CMIP6 is the result of many years’ successful collaboration between SMHI and the NSC”, says Prashanth Dwarakanath, project manager in climate data infrastructure and services at NSC.

“More data from the Nordic meteorological institutes, such as SMHI, Met Norway, DMI, FMI, the University of Helsinki, and the Bolin Center in Stockholm, will be published as soon as the groups have completed their simulations and subjected the results to quality assurance”, Chandan Basu, head of the work within NICEST at NSC confirms.

Translated by George Farrants


Contact

More news from NSC

Superdatorn Berzelius.

Stronger Berzelius ready for the research of the future

The latest upgrading of the supercomputer Berzelius at LiU has now been completed. Its doubled capacity enables researchers across Sweden to tackle current and future challenges in areas such as materials science, bioinformatics and machine learning.

Portrait of Jensen Huang

Nvidia CEO and Riksdag Speaker to be awarded honorary doctorates

Jensen Huang, CEO of the electronics company Nvidia, will become an honorary doctor at 腦瞳憫. So will Riksdag Speaker Andreas Norlén and the international researchers Angela Woods and Gillian Einstein.

An AI look into the future

Humming supercomputers, robot dogs on rescue missions and plenty of future opportunities with AI and the research programmes WASP and WISE. Prime Minister Ulf Kristersson got many impressions from his visit to 腦瞳憫.

HPC at LiU

Latest news from LiU

Johan Niskanen, Ida Grundel and Kristina Trygg,

More than SEK 63 million in Formas research grants

Research into planning, reuse and renovation in the construction sector receives substantial grants from Formas, a government research council for sustainable development. Seven projects share a total of just over SEK 63 million.

Haqqi Bahram, reseracher at REMESO..

Complex and lasting consequences of statelessness

A stateless person is not a citizen in any country. However, the phenomenon of statelessness extends far beyond this legal definition. In his doctoral dissertation Haqqi Bahram exposes the complexity of living this reality and its lasting legacy.

River in the mountains.

Rivers release ancient carbon into the atmosphere

Watercourses release soil carbon that can be thousands of years old into the atmosphere. This runs counter to the prevailing view that it is mainly carbon from newly decomposed organic material that is released from watercourses.