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

SYLVESTER, FRANCISCO; WEICHERT, FABIAN G.; LOZANO, VERÓNICA L.; GROH, KSENIA J.; BÁLINT, MIKLÓS; BAUMANN, LISA; BÄSSLER, CLAUS; BRACK, WERNER; BRANDL, BARBARA; CURTIUS, JOACHIM; DIERKES, PAUL; DÖLL, PETRA; EBERSBERGER, INGO; FRAGKOSTEFANAKIS, SOTIRIOS; HELFRICH, ERIC J. N.; HICKLER, THOMAS; JOHANN, SARAH; JOURDAN, JONAS; KLIMPEL, SVEN; KMINEK, HELGE; LIQUIN, FLORENCIA; MÖLLENDORF, DARREL; MUELLER, THOMAS; OEHLMANN, JÖRG; OTTERMANNS, RICHARD; PAULS, STEFFEN U.; PIEPENBRING, MEIKE; PFEFFERLE, JAKOB; SCHENK, GERRIT JASPER; SCHEEPENS, J.F.; SCHERINGER, MARTIN; SCHIWY, SABRINA; SCHLOTTMANN, ANTJE; SCHNEIDER, FLURINA; SCHULTE, LISA M.; SCHULZE-SYLVESTER, MARIA; STELZER, ERNST; STROBL, FREDERIC; SUNDERMANN, ANDREA; TOCKNER, KLEMENT; TRÖGER, TOBIAS; VILCINSKAS, ANDREAS; VÖLKER, CAROLIN; WINKELMANN, RICARDA; HOLLERT, HENNER

Nature Ecology and Evolution

Nature Research

Año: 2023

Chemical pollution research should be better integrated with other drivers of biodiversity loss and the assessment of human impacts on ecosystems, to more effectively guide management strategies for biodiversity loss mitigation.