RT @MethaneNet: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses https://t.co/1jWWRcb5GZ
Lab seminar #microbiology at @Radboud_Uni by @MartineKox on the role of #methanotrophs in #Sphagnum dominated peatlands. Research funded by @ERC_Research in collaboration with @uniofeastanglia @uniofjyvaskyla @helsinkiuni https://t.co/uVqCpYM1h7 https://t.
RT @msmjetten: Low #oxygen seems to stimulate microbial #nitrogen fixation in #Sphagum mosses whereas #methane addition had no apparent ef…
RT @msmjetten: Low #oxygen seems to stimulate microbial #nitrogen fixation in #Sphagum mosses whereas #methane addition had no apparent ef…
RT @MethaneNet: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses https://t.co/1jWWRcb5GZ
RT @MethaneNet: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses https://t.co/1jWWRcb5GZ
The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses https://t.co/1jWWRcb5GZ
RT @MartineKox: Yihaa! my 2nd paper is out! We showed that the #Sphagnum #moss #nitrogen fixing #microbial community is influenced by #oxyg…
RT @MartineKox: Yihaa! my 2nd paper is out! We showed that the #Sphagnum #moss #nitrogen fixing #microbial community is influenced by #oxyg…
RT @msmjetten: Low #oxygen seems to stimulate microbial #nitrogen fixation in #Sphagum mosses whereas #methane addition had no apparent ef…
RT @MartineKox: Yihaa! my 2nd paper is out! We showed that the #Sphagnum #moss #nitrogen fixing #microbial community is influenced by #oxyg…
Yihaa! my 2nd paper is out! We showed that the #Sphagnum #moss #nitrogen fixing #microbial community is influenced by #oxygen, however not by #methane. Read it at https://t.co/Mrp5ldl5NS https://t.co/Q5O7ZR2IoL
RT @MicrobiomePaper: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses. https://t.co/n1gwYoNDLu https:/…
RT @msmjetten: Low #oxygen seems to stimulate microbial #nitrogen fixation in #Sphagum mosses whereas #methane addition had no apparent ef…
Low #oxygen seems to stimulate microbial #nitrogen fixation in #Sphagum mosses whereas #methane addition had no apparent effect by @MartineKox et al. #alphaproteobacteria #verrucomicrobia #methanotrophs https://t.co/YEfRryf5pf https://t.co/uVqCpYM1h7 http
RT @MicrobiomePaper: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses. https://t.co/n1gwYoNDLu https:/…
The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum mosses. https://t.co/n1gwYoNDLu https://t.co/yprRM8ZnO5
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
RT @evidknowlcentre: The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum… https://t.co/S71YMqxhkl #AMBExpress
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
The influence of oxygen and methane on nitrogen fixation in subarctic Sphagnum… https://t.co/S71YMqxhkl #AMBExpress
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
RT @msmjetten: Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence.…
Low #oxygen conditions stimulate #nitrogen fixation in #Sphagnum mosses whereas #methane addition had hardly any influence. @ERC_Research funded #methane & #nitrogen cycle #microbiology. Nice suomi-NL collaboration by @MartineKox et al. https://t.co/uV