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Deliverable 3.14 First implementation and data: Ocean and sea ice
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This document describes autonomous ocean and sea ice observing systems deployed during the first INTAROS field season in the Arctic, including ice-tethered platforms, gliders, deep ocean moorings, and FerryBox sensors. The platforms collected data on physical, atmospheric, and biogeochemical parameters including new sensors for pH, spectral absorption, and microplastic sampling developed under the INTAROS project.
This document First implementation and operational use of the observing systems. Data delivery and report on results of the ocean and sea ice system, describes autonomous components of the Arctic observing system for ocean and sea ice measurements that were implemented during the first field season under INTAROS. Instruments and platforms described in D3.4 drift freely on the sea ice or in the water column (ice tethered platforms, ice buoys and floats), move along preprogrammed tracks (gliders) or measure autonomously at fixed locations (deep ocean moorings). An autonomous sensor package (FerryBox) and drone-based sensors are used to collect observations from the ships of opportunity. This document is intended to: −Review current status of autonomous mobile and fixed observing platforms and sensors used for collecting ocean and sea ice observations in the Arctic during the first INTAROS field season −Describe an ice tethered IAOOS-Equipex platform used for combined physical, atmospheric and sea ice measurements in the central Arctic Ocean and provided data −Describe new deep ocean BGC mooring deployed for the second INTAROS field season in the deep Nansen Basin −Describe SIMBA (Snow and Ice Mass Balance Array) platforms for sea ice measurements, deployed with INTAROS contribution and data provided by them −Describe deployment of new biogeochemical sensors for the FerryBox (pH/carbonate sensor, spectral absorption sensor and microplastic sampler) developed under INTAROS and provided data sets −Describe results from new endurance glider lines established under INTAROS in Fram Strait and north of Svalbard −Describe INTAROS contribution to an array of BGC Argo floats in the Baffin Bay observatory and data provided by the floats
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Deliverable 3.13 Final implementation and data: Distributed systems for ocean and sea ice
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This deliverable report from the INTAROS Arctic observing project describes the implementation of distributed autonomous systems for measuring ocean and sea ice properties. It documents the platforms, sensors, and data collected during field campaigns.
Deliverable 3.7 First implementation and data: North of Svalbard
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This deliverable reports the first implementation of an in situ ocean and sea ice observation system north of Svalbard as part of the INTAROS project, providing data on physical oceanographic conditions in the Arctic. The monitoring system is designed to track ongoing climate and environmental changes in this rapidly changing polar region.
Deliverable 3.11 Final implementation and data: North of Svalbard
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This deliverable report from the INTAROS Arctic observing project describes the implementation of an observing system north of Svalbard, detailing platforms, sensors, and samplers deployed during 2017-2020. It reports on data collected from this high-latitude marine environment.
The POSEIDON Supersite Observatory. A Technological Test-bed for the Eastern Mediterranean
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This paper describes the POSEIDON system, a comprehensive marine monitoring and forecasting infrastructure in the eastern Mediterranean, which is also used as a technology test-bed for applications including microplastics sampling, carbonate chemistry sensors, fuel cells, and advanced positioning systems. The system includes fixed platforms, a cabled deep-ocean observatory, ferrybox systems, HF radars, gliders, and Argo floats.
RemOs1: Beginning Data Work in the Arctic Sea
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This paper describes RemOs1, an underwater observation station deployed off the coast of Spitsbergen, Norway, in 2012 to collect continuous environmental data from Arctic coastal waters. The station supports long-term monitoring of oceanographic conditions in a rapidly changing polar environment.
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