Stockholm university

Research group Circulation and connection land-sea-atmosphere

Over long timescales, the circulation systems co-evolve with ice sheets, mountain ranges, and redistributions of carbon between the atmosphere, ocean and land. The circulation and associated feedbacks influence exchanges of energy and materials between compartments of the climate system, and create teleconnections and natural climate variability.

Our research explores mechanisms that dynamically connect land, sea, and atmosphere, and how they impact on climate.

Research topic include interactions between marine biota and clouds in the Arctic, teleconnections and atmospheric waves, and the past and future evolution of the North Greenland Ice Sheet.

In our research, we use data from observation systems such as satellites and the icebreaker Oden, as well as modelling and laboratory experiments.

Group members

Group managers

Annica Ekman

Professor of Meteorology

Department of Meteorology
AnnicaEkman

Caroline Leck

Professor of Chemical meteorology

Department of Meteorology
Caroline Leck, MISU

Johan Nilsson

Professor of Meteorology

Department of Meteorology
me

Jonas Nycander

Professor of Physical oceanography

Department of Meteorology
portrait of Jonas Nycander

Jörg Gumbel

Professor of Atmospheric physics

Department of Meteorology
Jörg Gumbel, MISU

Linda Megner

Researcher, docent

Department of Meteorology

Rodrigo Caballero Augi

Professor of Dynamic meteorology

Department of Meteorology
Rodrigo Caballero

Members

Björn Linder

PhD student

Department of Meteorology

Emmy Nilsson

Research engineer

Department of Meteorology
Emmy Nilsson

Jacek Stegman

Researcher

Department of Meteorology
Jacek Stegman, MISU

Joachim Dillner

Research engineer

Department of Meteorology

Jonas Hedin

Researcher

Department of Meteorology
Jonas Hedin

Ole Martin Christensen

Researcher Consultant

Department of Meteorology

Research projects