KNAW

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Darwin Center for Biogeosciences

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  • Completed research (16)

Completed research

(the most recent research is at the top)
Collaboration Carbon recycling in peat bogs, with special emphasis on the role of methanotrophic symbionts: Methane cycling in contemporary and ancient peats as revealed by microbial lipid biogeochemistry
Collaboration The DARWIN Azolla project : (palaeo) ecology and biogeochemistry of the freshwater fern Azolla and its importance in global biogeochemical cycles
Financier Methanotrophy in Peatlands
Secretariat Role of cyanobacteria in present and past biogeochemical cycling
Secretariat Validation of palaeotemperature proxies in marine and lacustrine systems
Secretariat Biological validation of carbonate-based proxies and application to the Middle Miocene onset of icehouse conditions and the closure of the Tethys: seasonality as a key factor
Secretariat Origin and cause of Paleogene hyperthermal events
Secretariat Bacterial anaerobic methane oxidation in high temperature environments
Secretariat The role of microbial activity in iron-deposition in wetland ecosystems
Secretariat Biogeological feedbacks between temperature change, hydrology, vegetation change, and the carbon cycle at high latitudes.
Secretariat The role of crenarchaeota in the marine nitrogen cycle
Secretariat Continental climate signals from marine sediments: validation of organic proxies based on membrane lipids of soil bacteria
Secretariat Impact of benthic processes on biogeochemical organic carbon cycling and organic proxy records in marine sediments
Secretariat Fossil plant associations of the Jambi flora (Permian): the old and the new
Secretariat Sensitivity of planktonic foraminifera to Pleistocene climate change in the SE Atlantic
Secretariat A new palaeoproxy for lake temperatures based on crenarchaeotal lipids

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