Better integration of chemical pollution research will further our understanding of biodiversity loss Francisco Sylvester , Fabian G. Weichert , Verónica L. Lozano , Ksenia J. Groh , Miklós Bálint , Lisa Baumann , Claus Bässler , Werner Brack , Barbara Brandl , Joachim Curtius , Paul Dierkes , Petra Döll , Ingo Ebersberger , Sotirios Fragkostefanakis , Eric J. N. Helfrich , Thomas Hickler , Sarah Johann , Jonas Jourdan , Sven Klimpel , Helge Kminek , Florencia Liquin , Darrel Möllendorf , Thomas Mueller , Jörg Oehlmann , Richard Ottermanns , Steffen U. Pauls , Meike Piepenbring , Jakob Pfefferle , Gerrit Jasper Schenk , J. F. Scheepens , Martin Scheringer , Sabrina Schiwy , Antje Schlottmann , Flurina Schneider , Lisa M. Schulte , Maria Schulze-Sylvester , Ernst Stelzer , Frederic Strobl , Andrea Sundermann , Klement Tockner , Tobias Tröger , Andreas Vilcinskas , Carolin Völker , Ricarda Winkelmann , Henner Hollert Nature Ecology & Evolution（2023）
摘要
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.
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chemical pollution research, biodiversity
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