The section Physics of Ice, Climate and Geophysics welcomes visits from primary and high schools. Most often, an hour of lectures and subsequent visits are offered in our ice core freezer, where some of the precious ice samples are stored - but other topics will also be accommodated. To arrange a visit, fill out this form (in Danish).
Physics of Ice, Climate and Earth
At the Niels Bohr Institute's section for the Physics of Ice, Climate and Earth, we are world leaders in drilling deep ice cores from the Greenland and Antarctic ice sheets. We analyse the ice samples in our laboratories and study water stable isotopes, greenhouse gas, impurity concentrations, and ice properties. We interpret the data together with results from computer models of all parts of the climate system, including general circulation models and models of ice flow. We also work with theoretical aspects of meteorology, oceanography and complex system dynamics to understand both gradual and abrupt climatic changes of the past, present, and future. We study the physics of the solid Earth with seismic data, gravity and magnetic observations from satellites, inverse method theory and numerical modelling.
The Niels Bohr Institute’s section for the Physics of Ice, Climate and Earth (PICE) was created in 2019 by merging the former sections for Ice and Climate and Climate and Computational Geophysics. It includes the Centre for Ice and Climate which encompasses the section's research in ice-core-related climate physics. Centre for Ice and Climate builds on a long tradition that goes back to the birth of ice-core palaeoclimatology. The Centre for Ice and Climate home page contains extensive data and publication collections within ice and climate research. During the period 2007-2017 the center was funded by the Danish National Research Foundation.
The research in the section for Ice, Climate and Earth deals with all elements of the climate system and the processes and feedbacks that connect them.
We perform field work to obtain samples and data and employ a combination of state-of-the-art measurements, computational methods, and novel theoretical approaches to improve our knowledge of past, present, and future climate. Choose a topic below to learn more.
Ice and Climate
We study the ice caps and the climate by drilling and analysing ice cores from Arctic and Antarctica. We investigate the physical properties of ice on all scales from the individual crystals to the entire ice sheet. We analyse greenhouse gasses and impurities caught in the ice to understand the climate of the past, present, and future. Our research combines field work and glaciology with computer modelling, laboratory work, and mathematical data analysis.
The Climate Theory group is engaged in understanding the Earth's climate. The surface temperature on the planet depends on solar radiation, composition of the atmosphere, heat flow in the atmosphere and oceans, ice masses and many other factors. Further, fundamental research in turbulence, multi scale processes, bifurcation theory, critical transitions and complex systems is conducted.
Weather and Climate
We study and develop models of the physical processes of the atmosphere, e.g. for numerical weather prediction. Other topics are air quality and pollution.
Ocean Dynamics and the Carbon Cycle
The research is focused on ocean processes that contribute to water mass transformations and the large climate fluctuations observed in the last million years.
Solid Earth Physics and Computational Geoscience
We study the solid Earth using field experiments, theory and numerical modelling based on seismic data and satellite measurements of gravity and magnetism.
Computing at Danish Center for Climate Computing
The DC3 (Danish Center for Climate Computing) provides High Performance Computing (HPC) resources to scientists and students at the Physics of Ice, Climate, and Earth section.DC3 web-page.
The diverse research in the section Physics of Ice, Climate and Earth is funded by the Niels Bohr Institute and a number of grants from both public and private foundations in Denmark and abroad.
List of current projects:
- Beyond EPICA Oldest Ice
- Critical Earth
- ESA CCI + GIS
- Highest resolution trace gas measurements from ice
- History of temperature changes in Greenland
- LOCRETA Seismic modelling and optimal inversion
- Methane emissions resulting from rapid climate change
- NextGEMS (Next Generation Earth Modelling Systems)
- Ocean Turbulence, Boundary Conditions and Climate
- Old Noble
- Outcrop Analog Studies of Chalk
- OXYPRO (OXYgen PROductivity)
- Probabilistic approach for risk assessment of CO2 Storage
- Resprob Probabilistic Geomodelling of Groundwater Resources
- Rogue Waves in the North Sea (2018-2021)
- The whisper of ancient air bubbles in polar ice
The personal profile page of each scientists in the section (find the staff list below) features a personal list of published scientific papers.
Scientific papersClick on the picture for a list of scientific published publications produced by staff from the section for Physics of Ice, Climate and Earth.
The Niels Bohr institute has many B.Sc, M.Sc. and PhD students. The students are closely attached to the research groups and supervisor, and have many social activities for International and Danish students.
If you are interested in studying Geophysics or Climate Change, consider looking at these pages:
Bachelor or master thesis projects at PICE
You can find a list with inspiration/suggestion for projects here: student projects at PICE.
A list of theses and dissertations from previous students is also available.
Do your bachelor or master thesis project at the section for Physics of Ice, Climate and Earth. As a bachelor or master student at the section, you will work in active and dynamic groups on a real research project. We offer both 30 or 60 ECTS points projects.
You are also very welcome to come by the section and ask the researchers for further options or present your own idea that we can develop together. You are also welcome to contact the section for hear more about options for doing your project at the section.
High school classes and other groups can request a visit at the section. The most common topic is climate change with focus on ice-core science, but other topics are possible.
Web pages, movies, popular science papers about our research
Under Research you will find A lot of the section’s ice-core-based climate research described for non-specialists. You can also find information about our available high-school projects “studieretningsprojekter”. Finally, we provide a list of popular science texts in Danish.
Willi Dansgaard founded the world’s first research group focused on climate research based on ice-core analysis (read a short version of the background story here).
After his retirement in 1992, Willi Dansgaard wrote an autobiograhic book in Danish, Grønland i Istid og Nutid (Rhodos, 2000, ISBN 8772457996). Later, he compiled an English version, Frozen Annals, which focuses more on the scientific part of the story. The book can be downloaded here as a pdf file.
Section for the Physics of Ice, Climate and Earth (PICE)
Niels Bohr Institute
University of Copenhagen
Fax: +45 35 32 06 21
VAT.no./CVR. no.: 29979812
General inquiries and press contact: firstname.lastname@example.org
Section leader: Thomas Blunier
Deputy section leader: Jørgen Peder Steffensen
Section secretary (web, communication, guests): Tina Margrethe Bang-Christensen
Section secretary (finance): Ellen Chrillesen
Inquiries about EastGRIP field work: Marie Kirk and Iben Koldtoft
School and high school visits: See the “outreach” tab above.
|Alexander Erik Friisnæs||MSc. email@example.com|
|Carina Theresa Heller Bunde||BSc. firstname.lastname@example.org|
|Dina Rapp||MSc. email@example.com|
|Emily Wilbur||MSc. firstname.lastname@example.org|
|Helene Pehrsson||MSc. email@example.com|
|Jacob Henriksen||MSc. firstname.lastname@example.org|
|Jonas Durnonville de la Cour||MSc. email@example.com|
|Klaus Ortving Lindholmer||MSc. firstname.lastname@example.org|
|Martin Frølund||MSc. email@example.com|
|Nanna Nielsen||BSc. firstname.lastname@example.org|
|Nicolai Riisbjerg Jørgensen||BSc. student|
|Pedro Martinez||MSc. student|
|Peter Bagnegaard||MSc. student|
|Rasmus Ranum Hansen||MSc. student|
|Rasmus Arentoft Nielsen
|Tomasso Ferrari||MSc. student|
|Ying Lu||MSc. email@example.com|
News on Geophysics
Ancient air bubbles speak to a much warmer Antarctica during the ice-age than once believed2021.06.09
Ice cap study promises new prospects for accurate local climate projections internationally2021.04.15
Abrupt ice age climate changes behaved like cascading dominoes2021.04.09
Researchers discover intact plant fossils beneath Greenland’s ice sheet for the first time2021.03.16