Sagova-Mareckova, M; Boenigk, J; Bouchez, A; Cermakova, K; Chonova, T; Cordier, T; Eisendle, U; Elersek, T; Fazi, S; Fleituch, T; Frühe, L; Gajdosova, M; Graupner, N; Hägerbäumer, Arne; Kelly, A-M; Kopecky, J; Leese, F; Nõges, P; Orlic, S; Panksep, K; Pawlowski, J; Petrusek, A; Piggott, JJ; Rusch, JC; Salis, R; Schenk, Janina; Simek, K; Stovicek, A; Strand, DA; Vasquez, MI; Vrålstad, T; Zlatkovic, S; Zupancic, M; Stoeck, T: Expanding ecological assessment by integrating microorganisms into routine freshwater biomonitoring. In: Water Research. Jg.191. 2021
Inhalt
- 1.1 Freshwater ecosystems are rapidly altered by anthropogenic pressures
- 2 Current legislation deals only with cultivable pathogenic and toxic microorganisms
- 3 Detection of pathogenic and toxic microbial contamination by cultivation independent methods
- 4 Microbial bioindicators of anthropogenic impacts
- 4.1 Microbial eukaryotes (protists) for biomonitoring
- 4.2 Prokaryote taxa and functional genes for biomonitoring
- 5 Microbial indices
- 6 Microbial communities
- 7 Recommendations for biomonitoring
- 8 Future possibilities for biomonitoring studies
- 9 Outlook: practical applications
- 10 Conclusions
- Declaration of Competing Interest
- Acknowledgements
- Supplementary materials
- References