| Plural | archaeobacterias |
archaeobacteria are extremophiles
archæbakterier er ekstremofile
archaeobacteria can survive in extreme environments.
archæobakterier kan overleve i ekstreme miljøer.
scientists study archaeobacteria to understand early life on earth.
forskere studerer archæobakterier for at forstå tidlig liv på jorden.
archaeobacteria play a crucial role in biogeochemical cycles.
archæobakterier spiller en afgørende rolle i biogeokemiske cyklusser.
many archaeobacteria are found in hot springs.
mange archæobakterier findes i varme kilder.
researchers are exploring the genetics of archaeobacteria.
forskere undersøger genetikken hos archæobakterier.
some archaeobacteria can metabolize methane.
nogle archæobakterier kan omsætte methan.
archaeobacteria are important for understanding extremophiles.
archæobakterier er vigtige for at forstå ekstremofile organismer.
the study of archaeobacteria has implications for astrobiology.
studiet af archæobakterier har implikationer for astrobiologi.
archaeobacteria are often classified in their own domain.
archæobakterier klassificeres ofte i deres eget domæne.
environmental conditions affect the diversity of archaeobacteria.
miljøforhold påvirker diversiteten af archæobakterier.
archaeobacteria are extremophiles
archæbakterier er ekstremofile
archaeobacteria can survive in extreme environments.
archæobakterier kan overleve i ekstreme miljøer.
scientists study archaeobacteria to understand early life on earth.
forskere studerer archæobakterier for at forstå tidlig liv på jorden.
archaeobacteria play a crucial role in biogeochemical cycles.
archæobakterier spiller en afgørende rolle i biogeokemiske cyklusser.
many archaeobacteria are found in hot springs.
mange archæobakterier findes i varme kilder.
researchers are exploring the genetics of archaeobacteria.
forskere undersøger genetikken hos archæobakterier.
some archaeobacteria can metabolize methane.
nogle archæobakterier kan omsætte methan.
archaeobacteria are important for understanding extremophiles.
archæobakterier er vigtige for at forstå ekstremofile organismer.
the study of archaeobacteria has implications for astrobiology.
studiet af archæobakterier har implikationer for astrobiologi.
archaeobacteria are often classified in their own domain.
archæobakterier klassificeres ofte i deres eget domæne.
environmental conditions affect the diversity of archaeobacteria.
miljøforhold påvirker diversiteten af archæobakterier.
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