Browsing ⇒ TechOceanS: Technologies for Ocean Sensing by Issue Date

Now showing items 1-14 of 14

    • Technologies for Ocean Sensing Deliverable 2.2 Engagement Strategy. Version 1.0. 

      Porter, Keegan; Finlay, Sive; Ní Cheallacháin, Cliona (TechOceanS Consortium, 2020)
      TechOceanS will ensure robust communication of TechOceanS’s results by engaging key stakeholders through a range of strategic activities to translate research results. This strategy draws on the expertise of the whole ...

    • TechOceanS Sensor Development templates: Specification Document. 

      National Oceanography Centre, Ocean Technology and Engineering Group (TechOceanS Consortium, 2021)
      The TechOceanS Sensor Development templates have been developed by the Ocean Technology and Engineering group at NOC and have been reviewed and used by partners in the project. The experience of the team has been crucial ...

    • TechOceanS Deliverable 2.4. Plan for exploitation and dissemination of results (PEDR), Version 1.0. 

      Porter, Keegan; Finlay, Sive; Ní Cheallacháin, Cliona; Cardillo, Pamela (TechOceanS Consortium, 2021)
      The TechOceanS Plan for Exploitation and Dissemination of Results (PEDR) describes the dissemination, communication and exploitation activities to be performed as a means to promote TechOceanS and exploit the project ...

    • Sensor development templates: User’s Manual. 

      López Garcia, Patricia; Mowlem, Matt C. (TehcOceanS Consortium, 2021)
      The TechOceanS Sensor Development templates have been developed by the Ocean Technology and Engineering group at NOC and have been reviewed and used by partners in the project. The experience of the team has been crucial ...

    • LabSTAF and RunSTAF Handbook 2408-014-HB Issue F. 

      Oxborough, Kevin (Chelsea Technologies Ltd., West Molesey, UK, 2022)
      This introductory section provides a brief overview of the development of LabSTAF and RunSTAF and future aims for the development of Single Turnover Active Fluorometry (STAF). It also includes a description of the major ...

    • OceanGliders Oxygen SOP v1.0.0. [GOOS ENDORSED PRACTICE] 

      Lopez-Garcia, Patricia; Hull, Tom; Thomsen, Soeren; Hahn, Johannes; Queste, Bastien Y.; Krahmann, Gerd; Williams, Charlotte; Woo, Mun; Pattiaratchi, Charitha; Coppola, Laurent; Morales, Tania; Racapé, Virginie; Gourcuff, Claire; Allen, John; Alou-Font, Eva; Zarokanellos, Nikolaos D.; Turpin, Victor; Schmechtig, Catherine; Testor, Pierre; Busecke, Julius; Bourma, Evi; Richards, Clark; Pearce, Stuart; Carvalho, Filipa; Giddy, Isabelle; Begler, Christian (OceanGliders, 2022)
      This standard operating procedure (SOP) document for dissolved oxygen (DO) aims to guide the user through the steps necessary to collect good quality dissolved oxygen data using ocean gliders for both real time and post ...

    • User’s Manual: NOC LOC Dual Carbonate Sensor. Version 1. 

      Arundell, M.; Hanz, R. (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      The autonomous TADIC sensor is based on microfluidic Lab on a Chip technology and combines an optical and a conductivity detector in order to measure TA and DIC simultaneously. Its main target is ocean environments and it ...

    • User’s Manual: TechOceanS Flexible Fluidic Bioassay Sensor. Version 1.0. 

      Morris, Andrew; Murphy, Caroline; Lopez-Garcia, Patricia; Galanis, Panagiotis (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      This document is the User’s Manual for the TechOceanS Flexible Fluidics Bioassay System. It will describe the equipment and operational steps necessary to complete bioassay investigation on a bench-top validation system ...

    • Cytochip User Manual: Marine Deployable impedance and fluorescence flow cytometer. Version 01. 

      Siracusa, F; Butement, J (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      Cytochip is a marine deployable flow cytometer. It uses an microfluidic impedance and fluorescence chip to measure the size and fluorescence emission from particles suspended in seawater. The device can be deployed from a ...

    • Documentation of MuSTAF design 2. Version 1.0. 

      Oxborough, Kevin M. (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      This report covers the design specification of the MicroSTAF system, which has been designed and constructed within the TechOceanS programme. The ultimate target for this programme is the production of a STAF-based system ...

    • User’s Manual: WP13 Microplastics Sampler. Version 01. 

      Morris, Andrew (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      This document is the User Manual of the microplastic sampler developed within the TechOceanS project. The sampler was designed to enable a high (100+) potential number of samples to be facilitated. The version described ...

    • User’s Manual: NOC LOC Dual Nutrient (Silicate / phosphate) Sensor. Version 1. 

      Hanz, R.; Patey, M.D. (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      The NOC LOC Dual Nutrient sensor is a microfluidic sensor capable of measuring two nutrients. A series of pumps and valves move chemical reagents and mix these with external samples and standardsThis manual describes the ...

    • User's Manual: Flexible Fluidics for Genomics, Module Operation. Version 1.0. 

      McQuillan, J.S.; Bhuiyan, W.T. (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      This document is the User’s Manual for the TechOceanS Flexible Fluidics Genomics Analysis System. The term ‘System’ refers to the collective use of Flexible Fluidics Modules and associated apparatus for the purpose of ...

    • User's Manual: NOC LOC Dual Nutrient (Nitrate / phosphate) Sensor. Version 1 

      Hanz, R.; Patey, M.D. (National Oceanography Centre for TechOceanS Project, Southampton, UK, 2024)
      The NOC LOC Dual Nutrient sensor is a microfluidic sensor capable of measuring two nutrients. It is based on lab-on-chip technology with optical (spectrophotometric) detection. A series of pumps and valves move chemical ...