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Better integration of chemical pollution research will further our understanding of biodiversity loss.

Francisco SylvesterFabian G WeichertVerónica L LozanoKsenia J GrohMiklós BálintLisa BaumannClaus BässlerWerner BrackBarbara BrandlJoachim CurtiusPaul Wilhelm DierkesPetra DöllIngo EbersbergerSotirios FragkostefanakisEric J N HelfrichThomas HicklerSarah JohannJonas JourdanSven KlimpelHelge KminekFlorencia LiquinDarrel MöllendorfThomas MuellerJörg OehlmannRichard OttermannsSteffen U PaulsMeike PiepenbringJakob PfefferleGerrit Jasper SchenkJ F ScheepensMartin ScheringerSabrina SchiwyAntje SchlottmannFlurina SchneiderLisa M SchulteMaria Schulze-SylvesterErnst H K StelzerFrederic StroblAndrea SundermannKlement TocknerTobias TrögerAndreas VilcinskasCarolin VölkerRicarda WinkelmannHenner Hollert
Published in: Nature ecology & evolution (2023)
Keyphrases
  • heavy metals
  • particulate matter
  • risk assessment
  • health risk assessment
  • human health
  • drinking water