Tag: Mediterranean Sea

AIScienceTechnology

Mediterranean Plankton Database Breaks New Ground for Marine Research

Researchers have unveiled a comprehensive dataset of over 77,000 annotated plankton images from the Mediterranean Sea. This collection addresses a significant geographical gap in plankton monitoring data and supports multiple research applications. The dataset promises to accelerate machine learning development and enhance understanding of marine ecosystems.

Revolutionizing Plankton Research Through Automated Imaging

Marine scientists have introduced a groundbreaking dataset of annotated plankton images from the Mediterranean Sea, according to recent reports. The MedPlanktonSet contains 77,271 taxonomically classified images collected using Imaging FlowCytobot (IFCB) technology between November 2022 and February 2025 at six stations in the Gulf of Naples. Sources indicate this represents the first comprehensive labeled IFCB dataset specifically for Mediterranean waters, filling a significant geographical gap in plankton research resources.

by Harlow Wesley
InnovationScienceTechnology

Egypt Advances Tsunami Early Warning System with Seismic and Infrasound Technology

Scientists are combining traditional seismic monitoring with atmospheric infrasound detection to create Egypt’s first local tsunami early warning system. The research analyzes 32 Mediterranean earthquakes to determine optimal alert timing and accuracy. Infrasound technology reportedly provides faster detection than conventional methods.

Breaking New Ground in Tsunami Preparedness

Egypt is taking significant steps toward developing its first comprehensive tsunami early warning system, according to recent research published in Scientific Reports. The study focuses on rapidly detecting earthquakes in the eastern Mediterranean Sea, where seismic activity could potentially generate tsunamis affecting Egypt’s northern coastline. Researchers analyzed data from 32 earthquakes measuring magnitude 5.5 or greater that occurred between 2012 and 2023.

by Owen Holt