DNA

SCOOT ship days March 2022

CTD, Data, DNA, eDNA, Environmental monitoring, Innovation, Invasive specieses, Platform, R/V Skagerak, Research vessel, Seabed survey, sediment, Sediment sampling / March 21, 2022

On Friday 18 March we ended SCOOT’s ship week for this time. We plan to be back soon, hopefully with AUV Ran. As always we make it our mission to support entrepreneurs, small and medium sized companies, and basically anyone with an interesting idea. This week we made University of Gothenburg’s new research vessel Skagerak available. We could show images of the blue sky and the glittering ocean (yes, we had nice weather), but we would rather show the continuous data acquisition that goes on the inside of Skagerak. The photo above is from the vessel’s FerryBox system, for continuous measurements of surface water. Curious about the data? Get in touch with SCOOT.

Busy week it has been. Methods have ranged from the very established, like vertical profiling using CTD and sediment sampling using box corer, to the emerging (?) standard of sampling water for eDNA, with consultancy SeAnalytics AB.

At the end of the week we tested two prototypes of a simple 3D-printed temperature mini-logger. We made sure to deploy them at the same depth as the intake for the vessels FerryBox. Both SCOOT and the developing company Deepoid AB will be interested to see how well data from the loggers compare with data from the very well calibrated temperature sensor in the FerryBox system.

SCOOT supports innovation

Do you have an idea about how to get or use ocean data? Then SCOOT wants to support you, with ship time and autonomous platforms and robots, with sensors, expertise and networking. Here is what you should do:

  • Contact us. We want to hear about your ideas.
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SCOOT enters project AutoMonIn – Autonomous Monitoring of marine Invasive species

Biodiversity, DNA, Environmental monitoring, Innovation / May 23, 2019

Chalmers University of Technology will lead a feasibility study aiming for “ an early warning system for invasive species based on DNA- methods, tailor-made to find species on alert-lists .”

The goal is to enable a transition from the traditional manual monitoring methods to the newly developed and coming methods based on automation and DNA-technique. This will be highly valuable to organisations conducting environmental monitoring and other stakeholders with an interest in the spread of invasive species, e.g. harbours and the shipping industry.

SCOOT enters AutoMonIn in order to support innovation and automation of marine environmental monitoring, in this case specifically biodiversity. Several of the technology elements in AutoMonIn are generic and can be adapted to ocean monitoring of other parameters than invasive species.

The other project partners are SeAnalytics AB, University of Gothenburg (SCOOT), Research Institutes of Sweden. Kickoff meeting was held April, 2019, project ends January, 2020. External funding comes from Vinnova (Sweden’s Innovation Agency). The aim of the current feasibility study is to prepare for a for a larger collaboration project. SCOOT hosts the project web page.