🔴🌊 Today: 2nd Stakeholder Consultation on the European Ocean Research & Innovation Strategy. Stakeholders from across the EU help shape the future EU Ocean Research Agenda.
- 13:30 CET
- Charlemagne Building, Brussels
Watch live: http://webcast.ec.europa.eu/4th-mission-ocean-and-water-forum-2026-03-03
🔴🌊 Today: 2nd Stakeholder Consultation on the European Ocean Research & Innovation Strategy. Stakeholders from across the EU help shape...
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https://nitter.net/EUScienceInnov/status/2028791741181018274#m
RT by @EU_MARE: 🔴🌊 Today: 2nd Stakeholder Consultation on the European Ocean Research & Innovation Strategy. Stakeholders from across the EU help shape the future EU Ocean Research Agenda.
- 13:30 CET
- Charlemagne Building, Brussels
Watch live: http://webcast.ec.europa.eu/4th-mission-ocean-and-water-forum-2026-03-03
🔴🌊 Today: 2nd Stakeholder Consultation on the European Ocean Research & Innovation Strategy. Stakeholders from across t...
---
https://nitter.net/EUScienceInnov/status/2028791741181018274#m
A team of researchers has collected data in the Pacific Ocean in order to track the routes taken by floating plastic debris. The international organization "Plastic Change" is helping to raise awareness about the increasing pollution of our oceans by plastic.
Video Link->
https://youtu.be/TqbOGztoQMg
#OceanPlastic #PlasticPollution #GreatPacificGarbagePatch #MarineDebris #Microplastics #PlasticChange #SaveOurOceans #CleanOceans #OceanResearch #BeatPlasticPollution
'UTNet: event-RGB multimodal fusion model for underwater transparent organism detection' - a new @imts_journal article on #ScienceOpen
🔎 https://www.scienceopen.com/document?vid=8fd3610e-fe93-4d6b-9ca9-484aef28dd9b
<p xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" dir="auto" id="d3980446e126">In underwater environments, transparent organisms with low visibility and minimal visual features, lacking distinctive shadows or silhouettes, can blend seamlessly into their surroundings. Existing deep learning methods for detecting such organisms have shown unsatisfactory performance. This study proposes a multimodal fusion network, UTNet, which combines event-based and red-green-blue (RGB)-based vision for the underwater transparent camouflaged organism detection task. UTNet introduces a two-stage enhanced representation aggregation module comprising a multi-feature aggregation component (MFAC) and a deep fusion component (DFC) to facilitate the synergy between frame-based and event-based vision. First, MFAC aggregates the high dynamic range features from events with the static details from RGB images. Then, the edge information from the edge clue search module is used to guide the fusion process, reducing background interference. Next, DFC further extracts depth information from the MFAC output using five parallel branches. Additionally, a submanifold sparse convolution-modified ResNet50 backbone network is employed to extract features from event frames, preserving event sparsity and improving computational efficiency. Extensive experiments on our custom underwater transparent organism dataset, captured using the DAVIS346 event camera, demonstrate the effectiveness of UTNet. The results show that UTNet achieves 75.2% accuracy and 37.8 frames per second, providing the best trade-off between speed and accuracy compared to other detectors. </p>
Another baby step toward the inclusion of women and indigenous people in science.
"Charlene Erasito is the only female Pacific Islander on the expedition to document unexplored parts of the ocean
The invitation to join the expedition came after her research on seamounts – underwater mountains that rise from the sea floor- and biodiversity in New Caledonia impressed the Pristine Seas team. In that project, she used remote-operated vehicles, imagery and acoustic data to explore deep-sea life."
#science #womeninstem #pristineseas #inclusivity #oceanresearch #oceanscience
Ideas + Arduinos + Hydraulics + Blades + Drum = Plastics Sampling Fun