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Erik Lindemann
PhD Candidate
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Impacts of glacier dust and DOC on methane-oxidising bacteria from Greenlandic lakes
We are looking for a motivated BSc/MSc student who is interested in working with Greenlandic lake water samples at the department of Microbial Ecology at NIOO-KNAW. -
Cultivation of methane-oxidising bacteria and associated heterotrophs from Greenlandic lakes
We are looking for a motivated BSc/MSc student who is interested in working with environmental isolates from Greenland at the department of Microbial Ecology at NIOO-KNAW. -
Fieldwork and data analysis on great tits
Do you like to have an interesting internship that involves handling birds and a lot of field work? In that case we are looking for you! -
Towards Orchid Propagation that is Free of Microbial Contamination: Green and Sustainable Solutions (TOP-MASS)
Cleaner, Greener Orchid Propagation: Tackling Microbial Contamination Sustainably. Orchids are not only beautiful - they're big business. The Netherlands produces around 134 million orchids each year, worth an estimated 550 million euros. But behind the scenes, growers face a hidden threat: microbial contamination during the production of young orchid plants.
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Cordovez Research Group
Plants host a rich community of microorganisms on and within their leaves, collectively known as the phyllosphere microbiome. These microorganisms can enhance plant performance by supplying nutrients, protecting against pathogens, and helping plants cope with environmental stresses. Despite their importance, the diversity and functions of many of these microorganisms, especially phyllosphere yeasts, remain poorly understood. -
CLIMET: Climate feedbacks and methane cycling in Arctic lakes - enzymes to atmosphere
Arctic lakes are important hotspots for the microbially- mediated production and cycling of methane (CH4), a potent greenhouse gas. The Arctic is warming nearly four times faster than the global average, changing polar ecosystems and with it the potential for positive or negative climate feedback effects. Rising temperatures are changing terrestrial vegetation cover, melting permafrost soils, and increasing glacial discharge from ice caps and ice sheets. Consequently, CLIMET focuses on two potential drivers of lake CH4 cycling in West Greenland that are changing rapidly as Arctic ecosystems change.
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Samin Farhangi
Postdoc
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Fleur van Crimpen
Postdoc
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Delta-ENIGMA
Delta-ENIGMA provides infrastructure for intensive field and experimental laboratory research to understand how organisms, currents, waves, water discharge and sediment transport jointly shape the Dutch delta-landscape. This integrated approach, known as biogeomorphology, lies at the core of Delta-ENIGMA. The program serves as the Dutch contribution to DANUBIUS-RI, a European research infrastructure for studying river-delta-coastal systems. The consortium members are Utrecht University, TU Delft, University of Twente, Wageningen University & Research, Royal Netherlands Institute for Sea Research (NIOZ), Deltares and TNO. Delta-ENIGMA is coordinated by the Department of Physical Geography at Utrecht University.