In order to be protected, biodiversity must be evaluated. For cyanobacteria, the traditional morphological measures of biodiversity are unsatisfactory. We utilize molecular markers (like SSU rRNA) to define taxa on the basis of phylogeny. In freshwater ecosystems huge populations of cyanobacteria can occur. These blooms may release toxins that make the water poisonous. A second part of the study is to compare the temporal dynamics of biodiversity in both natural and disturbed lakes. This comparative analysis requires the use of ecological indexes to summarise the diversity of the samples and allow inferences about the ecosystem to be made.

Metadata compilation for the MIDI-CHIP dataset

Gianluca De Bellis;Stefano Ventura;
2018

Abstract

In order to be protected, biodiversity must be evaluated. For cyanobacteria, the traditional morphological measures of biodiversity are unsatisfactory. We utilize molecular markers (like SSU rRNA) to define taxa on the basis of phylogeny. In freshwater ecosystems huge populations of cyanobacteria can occur. These blooms may release toxins that make the water poisonous. A second part of the study is to compare the temporal dynamics of biodiversity in both natural and disturbed lakes. This comparative analysis requires the use of ecological indexes to summarise the diversity of the samples and allow inferences about the ecosystem to be made.
2018
Istituto di Tecnologie Biomediche - ITB
Istituto di Ricerca sugli Ecosistemi Terrestri - IRET
cyanobacteria
lakes
microcystins
diversity
taxonomy
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/423443
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