What if researchers could deploy underwater cameras and sensors without costly acoustic release systems, tangled surface lines, or complex vessel logistics?
For #MethodsMonday, Marko Radeta et al. introduce MARS (Multipurpose Auto-Release System), a low-cost, programmable system that uses smartphone-controlled timers and natural ballast to recover aquatic monitoring equipment from depths up to 278 m. The system offers a flexible solution for BRUVS, drop cameras, passive acoustic monitoring, landers, and other aquatic observation platforms.
Swipe through to see how MARS works, from deployment and release to the biodiversity observations it captured.
📄 Read the article in #ASLO_Methods: MARS: Programmable multipurpose auto-release system for aquatic observations: doi.org/10.1002/lom3.1…
#ASLO #ECR #oceanography #aquaticscience #AquaticResearch #MarineScience #OceanTechnology #BiodiversityMonitoring
For #MethodsMonday, Marko Radeta et al. introduce MARS (Multipurpose Auto-Release System), a low-cost, programmable system that uses smartphone-controlled timers and natural ballast to recover aquatic monitoring equipment from depths up to 278 m. The system offers a flexible solution for BRUVS, drop cameras, passive acoustic monitoring, landers, and other aquatic observation platforms.
Swipe through to see how MARS works, from deployment and release to the biodiversity observations it captured.
📄 Read the article in #ASLO_Methods: MARS: Programmable multipurpose auto-release system for aquatic observations: doi.org/10.1002/lom3.1…
#ASLO #ECR #oceanography #aquaticscience #AquaticResearch #MarineScience #OceanTechnology #BiodiversityMonitoring
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