chlorobenzoates are used as intermediates in the production of herbicides.
Klorbenzoater bruges som mellemprodukter i produktionen af herbicider.
the degradation of chlorobenzoates occurs through microbial activity in soil.
Den nedbrydning af klorbenzoater sker gennem mikrobiel aktivitet i jorden.
chlorobenzoates contamination poses significant environmental risks.
Klorbenzoatforurening medfører betydelige miljørisici.
bacteria can metabolize chlorobenzoates under aerobic conditions.
Bakterier kan metabolisere klorbenzoater under aerobe forhold.
chlorobenzoates are often detected in industrial wastewater.
Klorbenzoater findes ofte i industrialt vand.
the toxicity of chlorobenzoates varies depending on their chemical structure.
Toxikiteten af klorbenzoater varierer afhængigt af deres kemiske struktur.
microbial communities can transform chlorobenzoates into less harmful compounds.
Mikrobielle samfund kan omdanne klorbenzoater til mindre skadelige forbindelser.
chlorobenzoates enter the environment through agricultural runoff.
Klorbenzoater kommer ind i miljøet gennem landbrugsdræn.
the metabolic pathway for chlorobenzoates involves several enzymatic reactions.
Den metaboliske sti for klorbenzoater involverer flere enzymatiske reaktioner.
chlorobenzoates can be removed through bioremediation techniques.
Klorbenzoater kan fjernes gennem bioremediationsmetoder.
anaerobic bacteria are capable of degrading chlorobenzoates in sediments.
Anaerobe bakterier er i stand til at nedbryde klorbenzoater i sedimenter.
the presence of chlorobenzoates indicates potential industrial pollution.
Forekomsten af klorbenzoater indikerer potentiel industriel forurening.
chlorobenzoates are used as intermediates in the production of herbicides.
Klorbenzoater bruges som mellemprodukter i produktionen af herbicider.
the degradation of chlorobenzoates occurs through microbial activity in soil.
Den nedbrydning af klorbenzoater sker gennem mikrobiel aktivitet i jorden.
chlorobenzoates contamination poses significant environmental risks.
Klorbenzoatforurening medfører betydelige miljørisici.
bacteria can metabolize chlorobenzoates under aerobic conditions.
Bakterier kan metabolisere klorbenzoater under aerobe forhold.
chlorobenzoates are often detected in industrial wastewater.
Klorbenzoater findes ofte i industrialt vand.
the toxicity of chlorobenzoates varies depending on their chemical structure.
Toxikiteten af klorbenzoater varierer afhængigt af deres kemiske struktur.
microbial communities can transform chlorobenzoates into less harmful compounds.
Mikrobielle samfund kan omdanne klorbenzoater til mindre skadelige forbindelser.
chlorobenzoates enter the environment through agricultural runoff.
Klorbenzoater kommer ind i miljøet gennem landbrugsdræn.
the metabolic pathway for chlorobenzoates involves several enzymatic reactions.
Den metaboliske sti for klorbenzoater involverer flere enzymatiske reaktioner.
chlorobenzoates can be removed through bioremediation techniques.
Klorbenzoater kan fjernes gennem bioremediationsmetoder.
anaerobic bacteria are capable of degrading chlorobenzoates in sediments.
Anaerobe bakterier er i stand til at nedbryde klorbenzoater i sedimenter.
the presence of chlorobenzoates indicates potential industrial pollution.
Forekomsten af klorbenzoater indikerer potentiel industriel forurening.
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