within the Earth-Atmosphere Interactions Group to investigate methane release from various water bodies in an Arctic permafrost environment.

The collaborative, federally funded MOMENT project aims to fill the remaining gaps in the process understanding of carbon cycling and greenhouse gas formation in northern latitudes using lab-based simulations, multi-scale greenhouse gas flux observations and modelling. The overall goal is to reduce the current uncertainties in greenhouse gas projections of Arctic tundra environments. The project consortium is led by the University of Hamburg and includes further collaborators at the Alfred Wegener Institute for Polar and Marine Research, the Leibniz University Hannover, the Max Planck Institute for Biogeochemistry, the Max Planck Institute for Meteorology, and the University of Cologne.

The successful applicant for this 34-month position is encouraged to develop her/his project. You are expected to establish field measurements of in-situ water column methane concentrations and freshwater methane emissions in a heterogeneous landscape on Disko Island, West Greenland, and develop analyses and process understanding in close collaboration with colleagues doing complementary work on terrestrial landscape elements as well as earth system model developers. The position will require extended periods of fieldwork in the summer potentially lasting into the winter season. 

We look for candidates with documented prior experience in GHG flux measurements and an interest in actively developing their scientific careers.

Your responsibilities:

• Implement field measurements of freshwater GHG concentration and fluxes
• Analyze spatial patterns and controls of freshwater GHG dynamics on the ecosystem scale
• Apply quantitative analytical methods
• Generate and test hypotheses
• Work as part of a multi-institutional team
• Present results at scientific meetings and publish results in scientific journals

Your qualifications:

• Master`s degree or equivalent, Doctoral degree in atmospheric/environmental science, meteorology, physics, geoecology, or related field
• In-depth knowledge of freshwater biogeochemistry, surface-atmosphere exchange, and relevant measurement techniques
• Excellent coding and quantitative analytical skills, preferably in R, Matlab, or Python
• Creative & critical thinking and ability to publish shown by a track record of original and innovative research
• Intention to actively develop your research career
• Strong motivation and excellent oral and written communication skills
• Motivation & experience to act as a multiplier (e.g. recruit & supervise students, apply for follow-up projects)
• Ability to work both independently and in an integrated team environment
• Collaboration with researchers at both national and international institutes
• Fluency in English (written and spoken), German is beneficial but not required