Panagiota Xanthopoulou
@xanthopop.bsky.social
PhD student at the Department of Marine Sciences, University of the Aegean
Research Assistant at the Fisheries Research Institute, Hellenic Agricultural Organisation - DEMETER
environmental DNA, DNA metabarcoding, aquatic ecology
Research Assistant at the Fisheries Research Institute, Hellenic Agricultural Organisation - DEMETER
environmental DNA, DNA metabarcoding, aquatic ecology
Reposted by Panagiota Xanthopoulou
The first #GuardIAS #Conference on Prevention of Invasive Alien Species Introductions and #Biosecurity Risk Assessment starts tomorrow 12/11 morning at 9:00 GMT - 10:00 CET - 11:00 EET. Don't miss it!
#bioinvasions #InvasiveSpecies #MarineEcology #AquaticEcology #IAS 🌍🌐🌊
#bioinvasions #InvasiveSpecies #MarineEcology #AquaticEcology #IAS 🌍🌐🌊
November 12, 2025 at 3:12 PM
The first #GuardIAS #Conference on Prevention of Invasive Alien Species Introductions and #Biosecurity Risk Assessment starts tomorrow 12/11 morning at 9:00 GMT - 10:00 CET - 11:00 EET. Don't miss it!
#bioinvasions #InvasiveSpecies #MarineEcology #AquaticEcology #IAS 🌍🌐🌊
#bioinvasions #InvasiveSpecies #MarineEcology #AquaticEcology #IAS 🌍🌐🌊
🌍Exciting news! Our paper is officially published! 😀
It’s been an amazing journey with a fantastic team! ✨
In this study, we explore how eDNA metabarcoding can complement underwater visual surveys to enhance the detection of non-indigenous fish species in the Mediterranean Sea. 🌊
It’s been an amazing journey with a fantastic team! ✨
In this study, we explore how eDNA metabarcoding can complement underwater visual surveys to enhance the detection of non-indigenous fish species in the Mediterranean Sea. 🌊
Complementing underwater visual surveys with eDNA metabarcoding to detect Mediterranean non-indigenous fishes|Mediterranean Marine Science
ejournals.epublishing.ekt.gr
February 27, 2025 at 2:50 PM
🌍Exciting news! Our paper is officially published! 😀
It’s been an amazing journey with a fantastic team! ✨
In this study, we explore how eDNA metabarcoding can complement underwater visual surveys to enhance the detection of non-indigenous fish species in the Mediterranean Sea. 🌊
It’s been an amazing journey with a fantastic team! ✨
In this study, we explore how eDNA metabarcoding can complement underwater visual surveys to enhance the detection of non-indigenous fish species in the Mediterranean Sea. 🌊