Papers I've learned about during #ISME19 -2. Was eavesdropping on some conversation about this work utilizing a N2O-respiring bacteria to reduce N2O emission by 50-95% https://t.co/NdAqzxshJw
@stuartestrand Either using bacteria as in the link https://t.co/Ov5BtrVU1L or transferring genes from Brachiaria into key commodity crops (new $20M R&D project funded to do just that in wheat) https://t.co/8qSwSIMqXH Do you see any potential long-term
The paper in "Nature" the above "Ars Technica" article is based upon, & linked to: “Unlocking bacterial potential to reduce farmland N2O emissions” 2/3 https://t.co/QqWH4VnpF4
@ProfMarkMaslin Well.. There is something happening that can reduce greenhouse gas emissions 95 per cent from beef. It actually could make it better than vegetables from the climate point of view. https://t.co/1J7dp704CS
RT @mcewanjc: Worth a read and something to keep a watch on. https://t.co/DgudPmwZbw
Great news! Seems like innoculating biogas waste substrates with a N2O reducing bacteria before applying as fertilizer to farmland has a huge reduction in N2O production!
RT @CropGlobal: Unlocking bacterial potential to reduce farmland N2O emissions. https://t.co/P6T9efE8Qi
Unlocking bacterial potential to reduce farmland N2O emissions. https://t.co/P6T9efE8Qi
RT @GBerg_ubt: New breakthrough for #SoilForClimateAction @LeibnizATB https://t.co/UqPk8CcIK6
New breakthrough for #SoilForClimateAction @LeibnizATB https://t.co/UqPk8CcIK6
RT @mcewanjc: The summary about reducing N2O emmissions from farmland using bacteria https://t.co/JLl31YJrkM https://t.co/N13ybREq5n
RT @sutegoma_a: 畑にN2O消去細菌を投入したら、土壌から発生するN2Oが50~95%も減ったという論文(ノルウェー) #地球冷却微生物 だ!!
RT @sutegoma_a: 畑にN2O消去細菌を投入したら、土壌から発生するN2Oが50~95%も減ったという論文(ノルウェー) #地球冷却微生物 だ!!
RT @Nature: Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
RT @sutegoma_a: 畑にN2O消去細菌を投入したら、土壌から発生するN2Oが50~95%も減ったという論文(ノルウェー) #地球冷却微生物 だ!!
The summary about reducing N2O emmissions from farmland using bacteria https://t.co/JLl31YJrkM https://t.co/N13ybREq5n
RT @Nature: Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
RT @Nature: Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
RT @Nature: Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
Worth a read and something to keep a watch on. https://t.co/DgudPmwZbw
畑にN2O消去細菌を投入したら、土壌から発生するN2Oが50~95%も減ったという論文(ノルウェー) #地球冷却微生物 だ!!
Unlocking bacterial potential to reduce farmland N2O emissions - https://t.co/twHY5aqgMm
RT @NaturePortfolio: A study in Nature reports that emissions of nitrous oxide from farming could be reduced through the use of fertilizers…
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
RT @Nature: Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
Nature research paper: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/QkyTHoSAFx
» Unlocking bacterial potential to reduce farmland N2O emissions | Nature https://t.co/X0idz2ipcZ
Emissions of nitrous oxide from farming could be reduced through the use of fertilizers with increased concentrations of nitrous oxide-consuming bacteria reports a study in Nature: https://t.co/RRjHuF0D5s
『Nature』誌に掲載された研究によると、亜酸化窒素を消費するバクテリアの濃度を高めた肥料を使用する事で、農業から排出される亜酸化窒素を削減出来る可能性があると言う。
RT @NaturePortfolio: A study in Nature reports that emissions of nitrous oxide from farming could be reduced through the use of fertilizers…
A study in Nature reports that emissions of nitrous oxide from farming could be reduced through the use of fertilizers with increased concentrations of nitrous oxide-consuming bacteria. https://t.co/gjPGDbjWI9
RT @jcamthrash: Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/EKLDQRCJ54
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
Life is a marathon, not a sprint. “The strong and long-lasting effect of CB-01 is ascribed to its tenacity in soil, rather than its biokinetic parameters, which were inferior to those of other strains of N2O-respiring bacteria. “ https://t.co/xnFq6TiV1s
Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/EKLDQRCJ54
Unlocking bacterial potential to reduce farmland N(2)O emissions https://t.co/loCjAxvlQ2
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
Unlocking bacterial potential to reduce farmland N2O emissions | Nature https://t.co/XQeEOVD6OY
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
Published as Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/OuMUhirPYF
Published as Unlocking bacterial potential to reduce farmland N2O emissions https://t.co/OuMUhirPYF
RT @msmjetten: Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
Unlocking bacterial potential to reduce farmland N2O emissions #nitrous oxide https://t.co/OuMUhirPYF
Nature, Published online: 29 May 2024; doi:10.1038/s41586-024-07464-3A study presents a method to mitigate emissions of nitrous oxide from farmland using bacteria to consume nitrous oxide in soil with organic waste as a substrate and vector. https://t.co/J