iC3 offers a friendly and supportive working environment to early career researchers who are passionate about polar science.

Early Career Scientists

Postdoctoral Fellowships

Professor Stefan Bünz

Dr Tore Hattermann

Taking polar research to the next level

iT1: Novel technologies

iC3’s team is developing cutting-edge modelling and measurement technologies that will take polar research to the next level. Our aim is to transform scientists’ ability to measure and model ice-carbon-climate feedbacks.

iC3 Technologies That Will Take Polar Research to the Next Level

Associate Professor Monica Winsborrow 

Professor Anders Schomacker

Dedicated mentoring and graduate training programmes

iT2: Mentoring & training

Training and supporting the next generation of interdisciplinary polar scientists is a core part of iC3’s mission.

iC3 Training the Next Generation of Interdisciplinary Polar Scientists

An interdisciplinary hub for collaboration, innovation and training the next generation of polar researchers

Who We Are

Working out of the world's northernmost university, iC3 drives global efforts to quantify how ice sheets influence Earth´s carbon cycle, climate and ocean ecosystems in the past, present and future.

iC3  World-class Facilities Including Arctic and Antarctic Research Stations

We seek to answer some of the biggest questions in polar research

What we do

We collaborate with leading researchers worldwide on research projects that seek to answer some of the biggest questions in polar research

iC3 Polar Research

Research

Tackling the biggest questions in polar research, novel technologies, and training the next generation

World-class infrastructure and facilities

Infrastructure and Facilities

iC3 has access to world-class infrastructure and facilities including Antarctic and Arctic research stations, research vessels, in-house laboratories and strong modelling capacity.

iC3 World-class Facilities Including Antarctic and Arctic Research Stations

World-class infrastructure and facilities in the Arctic and Antarctica, on land and on water

Committed to open science

Data Management

iC3 is committed to open science. We share code and data and make them publicly available. 

iC3 Data Management

iC3 is committed to open science. We share code and data and make them publicly available

Ground-breaking insights 

Publications

iC3 researchers welcome enquiries from potential collaborators who share our commitment to teamwork and scientific excellence.

iC3 Publications

iC3 brings together leading scientists to produce ground-breaking insights

iC3 offers a friendly and supportive working environment to early career researchers who are passionate about polar science

Research And Study With Us

iC3 offers a friendly and supportive working environment to early career researchers and masters students who are passionate about polar science.

Come and do cutting-edge research with our friendly and supportive team

Why Study With Us? 

iC3 offers a friendly and supportive working environment to early career researchers and masters students who are passionate about polar science

PhD Opportunities

We are keen to hear from exceptional masters graduates from anywhere in the world

Postdoctoral Research Opportunities

iC3 offers a friendly and supportive working environment to early career researchers and masters students who are passionate about polar science. If you have exciting research ideas and want to work with some of the world’s leading scientists here in the Arctic, we would love to hear from you.

Postdoctoral Opportunities

Postdoctoral Fellowships in association with iC3

MSc and ERASMUS Opportunities

Part or all of your masters degree with us here in the Arctic

Biogeochemical cycling from ice to ocean

iC3 Field School in the Lyngen Alps

Participants in the iC3 field course will live and work next to a glacier in the Lyngen Alps near Tromsø. The course will cover the entire ice to ocean spectrum, with terrestrial and marine-based fieldwork in the glacial forefield, along the valley and in the fjord. 

Participants in the iC3 field course will live and work next to a glacier

iC3 Field School 

Job Vacancies

iC3 Open Vacancies

iC3 Open Positions

Work in the Arctic in a friendly collaborative environment

News & Events

iC3 actively supports the media in telling stories related to iC3´s topic of study

iC3 Press & Media

Our scientists speak a wide range of languages, and many have extensive experience in sharing their discoveries, insights and perspectives with print, radio and TV journalists.

iC3 Press contact 

Professor Alun Hubbard

Dr Henry Patton

RU1: Carbon and ice sheets

iC3 are for the first time quantifying the extensive stores of carbon and methane hydrate beneath present-day ice sheets. We are drilling deep boreholes in the Greenland and Antarctic ice sheets and performing geochemical and microbiological analyses of the extracted ice and sediments. 

iC3 Transforming Scientific Understanding of Carbon Cycling Processes Under the Ice 

Nobody knows how much carbon is stored beneath ice sheets or how much will be released as the earth continues to warm. 

Dr Guillaume Lamarche-Gagnon

Adjunct Associate Professor Jon Hawkings

RU2: Methane, nutrients and carbon

iC3 are regularly measuring the methane, nutrients and organic carbon released in glacial runoff from Svalbard and Greenland over a period of ten years, along the entire trajectory the water takes from ice sheets to the fjords.

Measuring the Methane, Nutrients and Organic Carbon Released in Glacial Runoff

Melting ice sheets discharge large volumes of organic and inorganic matter to surrounding land fringes and the oceans, but current scientific understanding of these dynamics is very limited.

Dr Philipp Assmy

Dr Sebastien Moreau

RU3: Ice sheets and the oceans

iC3's aim is to drive major breakthroughs in the understanding of ice sheet impacts on ocean carbon cycles and ecosystems.

iC3 Conducting Research in Coastal Areas, on iIcebergs and in the Seas Across Svalbard, Greenland and Antarctica

Most water from melting ice sheets will eventually end up in the sea, but it is unclear how this will affect the oceans and the many life forms that inhabit them.

Dr Jochen Knies

 Associate Professor Andreia Plaza-Faverola

Associate Professor Mohamed Ezat

RU4:  Impact of past changes in ice

Over millions of years, the earth’s ice sheets have repeatedly expanded and retreated. To predict what the future holds, we first need to understand how past ice sheet changes affected the global carbon cycle and marine ecosystems.

iC3 Studying How Past Changes in Ice Sheets Affected Ocean Circulation and Marine Life

Over millions of years, the earth’s ice sheets have repeatedly expanded and retreated. To predict what the future holds, we first need to understand past ice sheet changes.

Associate Professor Fanny Monteiro

Adjunct Professor Petra Langebroek

Dr Pedro Duarte

RU5: Future climate and oceans

iC3 are assessing whether the retreat of ice sheets and their direct and indirect effects on marine systems will act as accelerator or brake on global warming, and how they will impact the precious ocean ecosystems on which human lives and livelihoods depend.

iC3 Researchers Are Comprehensively Mapping Nutrient and Carbon Fluxes in Greenland and Antarctica

The impact of retreating ice sheets on the earth’s future carbon cycle and ocean ecosystems is a major unknown.

iT1: Novel technologies

Impact Theme Leads

Professor Stefan Bünz

iT1 Impact Theme Lead

Dr Tore Hattermann

iT1 Impact Theme Assistant Lead