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Today we are measuring GHG emissions from a Dutch sludge depot, José R. Paranaíba, @JudithKnaap, Maite and Jonas Radboud Faculty of Science

Radboud Faculty of Science has a vacancy for a full professorship animal physiology. Still 2 weeks left to apply. Please share in your network! ru.nl/werken-bij/vac…

New #PhD position on greenhouse gas emission and nutrient cycle (N, P, C) in restored peatlands. Join the wetland group at the department of Ecoscience, Aarhus University, Denmark. phd.tech.au.dk/for-applicants…

Methane produced in aquatic systems can be transported to the atmosphere through plants. Its intensity depends on plant traits and environmental conditions. Check out our water hyacinth paper Quinten Struik @a_veraart Sarian Kosten and E. Oliveira Junior doi.org/10.1016/j.aqua…

Uit 330.000 kilometer Nederlands slootwater komt het broeikasgas methaan opgeborreld. Trots dat ik onderdeel uit mag maken van het geweldige team van Sarian Kosten nrc.nl/nieuws/2022/12…

New paper alert. Collaborating with AKWA, Sven Teurlincx, Gijs van Dijk and Fons Smolders, our colleague Mandy Velthuis showed that freshwater plants from a Dutch coastal and agricultural area performed (surpisingly) better under elevated salinity levels in the water.

This week AEEB researchers kicked off GHG measurements in agricultural ditches in Schalkwijk🇳🇱. For the next 2 years they will monthly visit the site to check GHG fluxes and other environmental data #Ditches #GHG Radboud Faculty of Science José R. Paranaíba Quinten Struik

José R. Paranaíba, Quinten Struik, @bele_fc (from NL Inst of Ecology), and Melissa enjoyed a sunny day collecting sediment cores, which will be used to understand the spatial distribution of elements buried in the sediment of the beautiful Lake Berendonck! Radboud Faculty of Science @RIBESresearch

Celebrating our 50-year jubileum today! Very much looking forward to share our work, to be inspired by our guests and to celebrate!

My MSc student Annabel did a great job and showed that bioaugmentation with N-DAMO culture can decrease NO3- concentration and CH4 emission in brackish drainage ditches‼️ My first last-author paper and the beginning of a new era 🎉🤗academic.oup.com/femsle/advance…

CO2, CH4, and N2O emissions from dredged material exposed to drying and zeolite addition under field and laboratory conditions sciencedirect.com/science/articl…

📢Check out how the addition of Iron(II) chloride can decrease eutrophication and methane emission🫧 Fun collaboration with colleagues from @RIBESresearch Quinten Struik Sarian Kosten José R. Paranaíba Mike Jetten🟥 @a_veraart academic.oup.com/femsec/article…

Fe(II)Cl2 amendment suppresses pond methane emissions by stimulating iron-dependent anaerobic oxidation of methane academic.oup.com/femsec/advance…

🚨Paper alert! 🚨 Check out how Fe(II)Cl2 addition can combat eutrophication and lower CH4 emissions, through increased activity in Fe-AOM 🦠 w/ José R. Paranaíba Martyna Glodowska 🇺🇦✊ Miquel Lurling🟥 Mike Jetten🟥 Sarian Kosten Annelies Veraart and others academic.oup.com/femsec/article…

Great first days of our Field research course 🪻🐝🦠🌱in beautiful KPN profil oficjalny Thanks to Prof. Wojtuń from UNIWROC for showing us the most precious ecosystems 🏞️

Another successful sampling campaign completed 🥳 We're exploring the seasonal impacts of salinization on methane cycling in freshwater peatland🫧Exciting data ahead! Big thanks to Joint Genome Institute for the meta-omics support! @RIBESresearch