@KhRamita Profile picture

Ramita Khanongnuch

@KhRamita

Postdoctoral research fellow | Environmental Microbiology | University of Tartu

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Ramita Khanongnuch Reposted

We start our series of mini experiments to understand behaviour of CH4 production and consumption. @KhRamita

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Ramita Khanongnuch Reposted

@LiWeFor seminar 2024 to be held in Sarawak/Malaysia!!!

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Ramita Khanongnuch Reposted

We begin the first set of soil sampling for soil isotopes and microbiology(DNA &RNA) for our lab experiment to set zero point which serve as our reference point for the experiment. @peatlandn2o @Kazmi_FahadAli @MikkEspenberg @KhRamita @LKuusemets

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Ramita Khanongnuch Reposted

We have successfully started the first phase of our lab experiment. Our microcosms have been put to the climate chamber. Interesting times ahead with hopes of some valuable results. @peatlandn2o

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Ramita Khanongnuch Reposted

Metagenomic Analysis Reveals Microbial-Mediated #Methane Metabolism and “Hidden” #Sulfur Cycle papers.ssrn.com/sol3/papers.cf…


Ramita Khanongnuch Reposted

Isotope Analysis of Nitrogen Removal Pathways and N2O Production Potential in the SDAD-#Anammox System sciencedirect.com/science/articl…

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Ramita Khanongnuch Reposted

1/7 The @gcarbonproject has published its four Global Methane Budget as an ERL paper and pre-print in ESSD; links at the end of thread. Humans are now responsible for two-thirds or more of all global CH4 emissions It covers the period 2000-2020, with some extensions up to 2023

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Ramita Khanongnuch Reposted

#Methane oxidation driven by multiple electron acceptors in the water level fluctuation zone of the Three Gorges Reservoir area, China #methylomonas #methanoperedens #methylomirabilis sciencedirect.com/science/articl…

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Take a look at our newly released report! #Methylomonas #methane #methanotrophs

Check out our just published report: Genome of Methylomonas sp. AM2-LC, representing a methanotrophic bacterial species isolated from water column of a boreal, oxygen-stratified lake. #Methylomonas #methane #methanotroph #lake #boreal frontiersin.org/journals/genet…



Ramita Khanongnuch Reposted

yes! #ISME19 come by PS2.09.041 tomorrow/Tuesday in the morning poster session! #methane #methanotrophs

Hey #ISME19 Find new insights on what transient anoxia does to methane munchers in eutrophic lake sediment on @m_wutkowska poster PS.09.041 on Tuesday 🚨 DNA-SIP, microcosms, methanotrophs



Ramita Khanongnuch Reposted

Provisionally accepted! Genome of Methylomonas sp. AM2-LC, representing a methanotrophic bacterial species isolated from water column of a boreal, oxygen-stratified lake frontiersin.org/journals/genet…


Ramita Khanongnuch Reposted

#Nitrogen pollution contributes to the triple planetary crisis of climate change, nature and biodiversity loss, and pollution and waste. unep.org/interactives/b…

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Ramita Khanongnuch Reposted

Nitrite-oxidizing bacteria adapted to low oxygen conditions dominate nitrite oxidation in marine oxygen minimum zones academic.oup.com/ismej/advance-…


Ramita Khanongnuch Reposted

Typpikaasua ravinnemuotoon sitova nitrogenaasientsyymi voi pelkistää myös hiilidioksidia tuottaen formiaattia ja metaania. science.org/doi/10.1126/sc…


Ramita Khanongnuch Reposted

A new substrate for #nitrification by #comammox microbes: #Guanidine So glad to see this out in @Nature today – great collaborative effort from our @FWF Cluster of Excellence, @univienna, team @aalborg_uni, and @UFZ_de nature.com/articles/s4158…

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Ramita Khanongnuch Reposted

Extremely happy of the outcome! Big thanks to Ezekiel Bore @Bez_K7 for leading the work: Plant phenology modulates and undersown cover crops mitigate N2O emissions sciencedirect.com/science/articl… @HU_EnvSoilSci @AgriForHelsinki


Ramita Khanongnuch Reposted

Enhanced-nitrogen removal through Fe(III)-triggered partial dissimilatory #nitrate reduction to #ammonium coupling with #anammox in anammox bioreactor sciencedirect.com/science/articl…

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Ramita Khanongnuch Reposted

Sampling gas and peat to analyse biogeochemistry in potato fields on rich papyrus fen #peat in #Kabale, #Uganda. These have shown some of the highest N2O fluxes we ever measured #aroundtheworld @PeatlandN2O @MikkEspenberg @KaidoSoosaar @Makerere #peatwitter #ÜloManderHappy

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