Terms for subject Environment (15072 entries) |
absorption av miljöföroreningar | pollutant absorption (The process by which a pollutant is physically incorporated into another substance or body) | |
absorption av miljöföroreningar | pollutant absorption | |
absorption, upptagning (exponering) | absorption (exposure) | |
acceptabel risknivå | acceptable risk level (Level of risk judged to be outweighed by corresponding benefits or one that is of such a degree that it is considered to pose minimal potential for adverse effects) | |
acceptabel risknivå | acceptable risk level | |
acceptabel risknivzzoo | acceptable risk level | |
acceptabelt dagligt intag | acceptable daily intake | |
Acidic Precipitation in Ontario Study | Acidic Precipitation in Ontario Study | |
aciditet | acidity (The state of being acid that is of being capable of transferring a hydrogen ion in solution) | |
ackrediterad miljökontrollant | accredited environment verifier | |
ackrediterad miljökontrollant | accredited environmental auditor | |
ackrediterad miljökontrollant | accredited environmental verifier | |
ackrediterat analyslaboratorium | accredited analytical laboratory | |
ackumulation | accumulation | |
ackumulator | accumulator (A rechargeable device for storing electrical energy in the form of chemical energy, consisting of one or more separate secondary cells) | |
ackumulering av miljöföroreningar | pollutant accumulation (The process by which concentrations of pollutants progressively increase in the tissues of living organisms in environments where these pollutants are present) | |
ackumulering av miljöföroreningar | pollutant accumulation | |
ackumulering i jord | soil accumulation | |
Acnat-programmet | action by the Community relating to nature conservation | |
actinid | actinide (A group of 15 radioactive elements some of which occur naturally while others are produced in nuclear reactions. They include plutonium, americium and neptunium. The health hazard presented by the actinides, if they are released into the environment, comes from the potency of their radioactive characteristics. They are alpha-emitters, and therefore can cause intense localized damage in tissues if absorbed into the body) |