The Aristotle University team will present new SturNet research outcomes on environmental DNA analysis, species detection, ecosystem dynamics, and implications for sturgeon conservation in the Southern Black Sea basin.
The presentation will showcase environmental DNA-based findings generated within the SturNet project and their relevance for aquatic biodiversity monitoring and sturgeon conservation.
The Aristotle University team will present new research outcomes from the SturNet project at the International Congress on Applied Ichthyology, Oceanography & Aquatic Environment, taking place on 5–8 November 2026 in Volos, Greece.
The presentation will highlight results from environmental DNA (eDNA) analyses conducted within the project. The study focuses on the detection and temporal distribution of two ecologically significant species in the Southern Black Sea basin: the round goby (Neogobius melanostomus) and the comb jelly (Mnemiopsis leidyi).
By applying advanced eDNA-based monitoring techniques, the research provides new insights into species presence patterns, ecosystem dynamics, and environmental conditions relevant to sturgeon habitats.
5–8 November 2026
Congress presentation
Volos, Greece
International congress venue
eDNA analysis, species detection, ecosystem monitoring and sturgeon conservation
The study explores how eDNA tools can support monitoring of ecologically important species and improve understanding of pressures affecting sturgeon habitats.
Detection and temporal distribution of the round goby and comb jelly across the Southern Black Sea basin using eDNA-based methods.
New insights into species presence patterns, ecosystem balance, food web interactions, and environmental changes in aquatic habitats.
Assessment of broader implications of invasive and opportunistic species for sturgeon conservation and habitat protection strategies.
The findings highlight the value of eDNA technologies for detecting species presence, understanding ecosystem pressures, and supporting evidence-based conservation of endangered sturgeon populations.