- SONNE SPACES and OASIS Blog
- ROMIC
- COS database
- COS database associated paper
- Belmont Forum Collaborative Research Actions
- ShipTRASE video on Youtube
- OASIS - SCOR WG 162
- Review of atmospheric composition over the Indian Ocean
- SOLAS Indian Ocean Meeting video on Youtube
- The Indian Ocean and its Role in the Global Climate System Textbook
Trace Gas Air-Sea Exchange using the Eddy Correlation Technique (TRASE-EC Group)
Oceanic chemical, biological, and physical processes have the potential to significantly impact atmospheric trace gas chemistry through air-sea exchange, with important consequences for air quality and climate. There is much interest in understanding how these processes constrain air-sea flux, with a major goal of predicting ocean fluxes of trace gases using models. Additionally, it is important to understand how trace gases are produced/consumed in the surface ocean and whether the ocean is a net source or a sink of these important compounds to the atmosphere. Direct air-sea flux measurements in conjunction with surface ocean process studies are useful tools for studying both the physical constraints on gas exchange and the biogeochemical cycling of these compounds.
Current Foci
The main focus of my research is ocean-atmosphere interactions. I investigate trace gases that impact and are impacted by people, such as sulphur-containing compounds, non-methane hydrocarbons, and carbon dioxide. The current research projects in the group are:
- ShipTRASE – investigating the influence of gas and liquid ship emissions on trace gas cycling in the surface ocean
- Regional focus on the Indian Ocean – investigating this region as a potential emissions hotspot for many atmospherically important trace gases, such as DMS, and determining the influence of anthropogenic deposition on surface ocean cycling of trace gases
- COS - A novel approach to quantify global ocean emissions of carbonyl sulfide
- BELS - Bubble exchange in the Labrador Sea
- BASS – Biogeochemcial processes and air-sea exchange in the sea-surface microlayer
- ICEBERG – Innovative community engagement for building effective resilience and Arctic Ocean pollution-control governance in the context of climate change
- MUSE – CO2 eddy covariance buoy development
- Surface Ocean-Lower Atmosphere Study (SOLAS)
- Future Ocean Kiel Marine Sciences
- OceanFlux Project
- Maritime Cluster Northern Germany
- The Surface Ocean CO2 Atlas (SOCAT)
- Global Surface Seawater DMS Database
- UN Ocean Decade
- 2nd International Indian Ocean Expedition
- Arctic Council
- Protection of the Arctic Marine Environment (PAME)
Group Photos
Marandino working group, 2024. From left to right, Back) Yuanxu Dong, Hendrik Feil, Dennis Booge; Front) Li Zhou, Tim Steffens, Lea Lange, Christa Marandino
Marandino working group, 2018. From left to right, Back) Qixing Ji, Dennis Booge, Melf Paulsen; Front) Li Zhou, Christa Marandino, Sinikka Lennartz
Marandino working group, 2015. From left to right, Back) Dennis Booge, Sinikka Lennartz, Karen Stange; Front) Cathleen Schlundt, Christa Marandino, Alexander Zavarsky
