JERICO-S3 Deliverable 5.2. Electronic Handbook for Mature Platforms: Mooring - HF Radar - FerryBox – Glider
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Corporate Authors
Publication date
2023
Publisher
Ifremer
Journal
Spatial Coverage
Geographical Scope
European
Sea Region
North Sea
Mediterranean Sea
Baltic Sea
Irish Sea
Celtic Sea
Bay of Biscay
Norwegian Sea
Northeast Atlantic Ocean (40W)
Barents Sea
Black Sea
Mediterranean Sea
Baltic Sea
Irish Sea
Celtic Sea
Bay of Biscay
Norwegian Sea
Northeast Atlantic Ocean (40W)
Barents Sea
Black Sea
Categories
Categories
water body
Discipline
Parameter discipline
Physical Oceanography
Marine Chemistry
Marine Biodiversity
Marine Chemistry
Marine Biodiversity
Instruments and Platforms
Instrument
CTD
surface current radars
automatic weather station
current profilers
current meters
water temperature sensor
dissolved gas sensors
active fluorometers
accelerometers
optical backscatter sensors
radiometers
surface current radars
automatic weather station
current profilers
current meters
water temperature sensor
dissolved gas sensors
active fluorometers
accelerometers
optical backscatter sensors
radiometers
Platform
moored surface buoy
subsurface mooring
coastal structure
glider
vessel of opportunity
subsurface mooring
coastal structure
glider
vessel of opportunity
Methods Status
Maturity Level
Level 4: Better Practice - Developed and Adopted
Abstract
Harmonization across monitoring of coastal Europe has been an emphasis of the JERICO projects. The monitoring resources span geography, diversity of sensors and platforms, and the availability of local resources. With the growing importance of sustainability and understanding of the impacts of human activity on the sea, having a comprehensive and holistic perspective on the coastal seas is essential. This has been expressed through the Marine Strategy Framework Directive1 (MSFD) , https://ec.europa.eu/environment/marine/eu-coast-and-marine-policy/marine-strategy-framework-directive/index_en.htm and other European documents as well as national imperatives. Coastal monitoring has been supported by national and project resources. Creating a harmonized European-wide Research infrastructure for coastal observing and information is a primary goal of JERICO [Farcy, et al, 2019]. Harmonization encompasses many actions. An important one is that data are collected according to commonly-accepted procedures and are interoperable. For this, a series of best practices is evolving for methods used in data collection and, more broadly, in the creation of decisionable information. JERICO has been motivating the creation of best practices for over a decade and has documented procedures in all aspects of coastal observations. These procedures come in many forms (e.g., standard operating procedures or manuals) with varying levels of acceptance and maturity. In some cases, there may be multiple procedures to achieve the same objective, with the result that the selection of the best procedure is unclear. This report addresses some of these challenges by introducing a refined scale of best practice maturity levels. These levels cover two key objectives: the status of the methods documentation and the degree to which the methods have been widely and effectively implemented. This is done through “A Best Practices Maturity Model for Methods and their Applications'', which is introduced for the first time (see the Introduction for more information). The report then collects the best practice documents of JERICO and looks at their levels of maturity. This report addresses best practices in the context of four mature JERICO observation networks: moorings, high frequency radar coastal monitoring, ferry boxes and underwater gliders. These systems are described in detail, covering the platform, the sensors and, with the exception of the moorings, the data management. With this background, the best practices related to each of the systems are given. The practices that exist are important for interoperability and trust in the data, but there are gaps in practices and these will need to be identified and addressed.
Description
Keywords
License
Creative Commons Zero 1.0 Universal
Citation
Mantovani, C., Pearlman, J. and Simpson, P. (eds) (2023) JERICO-S3 Deliverable 5.2. Electronic Handbook for Mature Platforms: Mooring - HF Radar - FerryBox – Glider. Version 1.1. IFREMER for JERICO-S3, 195pp. (JERICO-S3-WP5-D5.2.-310123-V1.1). DOI: https://doi.org/10.25607/OBP-1945
Variables
Applications
MSFD
Descriptor 7: Hydrographical conditions
Descriptor 5: Eutrophication
Descriptor 5: Eutrophication
MSP
Fisheries and Aquaculture
Shipping and Navigation
Renewable Energy
Tourism and Recreation
Scientific Research and Monitoring
Shipping and Navigation
Renewable Energy
Tourism and Recreation
Scientific Research and Monitoring
GOOS Application
Biodiversity analysis and assessment
Environmental assessment and outlook
Hazard response/early warning systems
Operational ocean data and forecasting
Sustainable management and food security
Coastal management
Climate analysis and assessment
Climate prediction and projection
Environmental assessment and outlook
Hazard response/early warning systems
Operational ocean data and forecasting
Sustainable management and food security
Coastal management
Climate analysis and assessment
Climate prediction and projection
GOOS EOV Phenomena
Ocean Obs Societal Need
Climate
Maritime safety
Ocean health
Operational needs
Maritime safety
Ocean health
Operational needs
Sustainable Development Goals
Goal 14. Conserve and sustainably use the oceans, seas and marine resources for sustainable development::14.a Increase scientific knowledge, develop research capacity and transfer marine technology, taking into account the Intergovernmental Oceanographic Commission Criteria and Guidelines on the Transfer of Marine Technology, in order to improve ocean health and to enhance the contribution of marine biodiversity to the development of developing countries, in particular small island developing States and least developed countries