In this thesis, we wanted to evaluate if Environmental DNA could be a valuable resource for the detection of biodiversity in the context of Marine Protected Areas. In particular, we analyzed samples from two different sites of Porto Cesareo MPA (Puglia), using three different molecular markers: COI, EUKA and Tele02. From the dataset obtained, several analyses were conducted (OTU richness, Dice index, IndVal), to assess alpha- and beta-diversity and the overall taxa content. Data were then compared with historical sightings to assess if eDNA can estimate the effective biodiversity of the MPA, and if it could be a useful instrument to be used together with traditional methods.

In this thesis, we wanted to evaluate if Environmental DNA could be a valuable resource for the detection of biodiversity in the context of Marine Protected Areas. In particular, we analyzed samples from two different sites of Porto Cesareo MPA (Puglia), using three different molecular markers: COI, EUKA and Tele02. From the dataset obtained, several analyses were conducted (OTU richness, Dice index, IndVal), to assess alpha- and beta-diversity and the overall taxa content. Data were then compared with historical sightings to assess if eDNA can estimate the effective biodiversity of the MPA, and if it could be a useful instrument to be used together with traditional methods.

Evaluation of Environmental DNA for biodiversity detection in a Mediterranean Marine Protected Area

GALLO, GAIA
2025/2026

Abstract

In this thesis, we wanted to evaluate if Environmental DNA could be a valuable resource for the detection of biodiversity in the context of Marine Protected Areas. In particular, we analyzed samples from two different sites of Porto Cesareo MPA (Puglia), using three different molecular markers: COI, EUKA and Tele02. From the dataset obtained, several analyses were conducted (OTU richness, Dice index, IndVal), to assess alpha- and beta-diversity and the overall taxa content. Data were then compared with historical sightings to assess if eDNA can estimate the effective biodiversity of the MPA, and if it could be a useful instrument to be used together with traditional methods.
2025
Evaluation of Environmental DNA for biodiversity detection in a Mediterranean Marine Protected Area
In this thesis, we wanted to evaluate if Environmental DNA could be a valuable resource for the detection of biodiversity in the context of Marine Protected Areas. In particular, we analyzed samples from two different sites of Porto Cesareo MPA (Puglia), using three different molecular markers: COI, EUKA and Tele02. From the dataset obtained, several analyses were conducted (OTU richness, Dice index, IndVal), to assess alpha- and beta-diversity and the overall taxa content. Data were then compared with historical sightings to assess if eDNA can estimate the effective biodiversity of the MPA, and if it could be a useful instrument to be used together with traditional methods.
Environmental DNA
MPAs
Porto Cesareo
Biodiversity
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/105990