Via #OPG_AO: Underwater structured-light 3D imaging method based on FP-DiffNet https://bit.ly/4tdz6FQ #FringePatternProjection #UnderwaterImaging 💡⚛️

Underwater install shots 📷: preparing the system and mounting the camera housing + survey frame so the imagery is standardised and comparable through time—key for long-term monitoring and automated analysis.
#UnderwaterImaging #OceanMonitoring #BioBoostPlus

Divers in action for BioBoost+: collecting samples + standardised seafloor images with survey frames to train/validate #AI tools for marine biodiversity monitoring.

📷 Credit: Guy Raanan @rilovlab.bsky.social @iolr-il.bsky.social

#RilovLab #BioBoostPlus #MarineScience #UnderwaterImaging

UniUIR introduces all-in-one underwater image restoration

UniUIR restores underwater photos using a Mamba MoE module and spatial‑frequency prior generator, with depth cues from a pretrained model. The v2 paper was submitted 6 Oct 2025. getnews.me/uniuir-introduces-all-in... #uniuir #underwaterimaging #mamba

R‑Splatting: Boosting Underwater 3D Rendering via Image Restoration

R‑Splatting unifies underwater image restoration with 3D Gaussian splatting, boosting PSNR and lowering depth error on the Seathru‑NeRF and BlueCoral3D benchmarks. Read more: getnews.me/r-splatting-boosting-und... #rsplatting #underwaterimaging

Underwater Image Model Adds Forward Scattering for Realistic Data

A new synthetic pipeline adds forward‑scattering to the underwater image model and lets scattering vary with depth. In a test, evaluators preferred its images 82.5% of the time. getnews.me/underwater-image-model-a... #underwaterimaging #syntheticdata

MIT and WHOI unveil SeaSplat tool for true‑color 3D underwater imaging

MIT and WHOI introduced SeaSplat, a software that removes water haze to create true‑color 3D models of underwater scenes, demonstrated on sites from the Red Sea to the Caribbean. getnews.me/mit-and-whoi-unveil-seas... #seasplat #underwaterimaging

Assessing without harvesting: Pros and cons of environmental DNA sampling and image analysis for marine biodiversity evaluation Marine stock assessments or biodiversity monitoring studies, which historically relied on extractive techniques (e.g., trawl or grab surveys), are bei…

🌊📸 This study in the Bay of Biscay shows that combining #eDNA and underwater imagery captures more comprehensive marine community data. 🐟🦀

Read more: bit.ly/4aRPRwM

#Biodiversity #UnderwaterImaging #MarineConservation #Monitoring #SustainableScience

📡 Diver using AquaScope device underwater, transmitting real-time images through water to surface interface — showcasing advanced underwater image transmission technology for marine research, diving communication, and ocean exploration. 🌊🤿 #UnderwaterImageTransmissionTechnology #MarineTech #OceanExploration #DivingInnovation #RealTimeImaging

📡🌊 Underwater Image Transmission Technology is redefining ocean exploration. 🤿🐠

With real-time underwater imaging, we can see what’s happening below the surface — instantly.

👇 Link in first comment to dive into the details.

#DivingInnovation #OceanExploration #UnderwaterImaging #DeepSeaDiscovery