Challenges and Innovations in Ocean In-Situ Sensors: Measuring Inner Ocean Processes and Health in the Digital Age highlights collaborations of industry and academia in identifying the key challenges and solutions related to ocean observations. A new generation of sensors is presented that addresses the need for higher reliability (e.g. against biofouling), better integration on platforms in terms of size and communication, and data flow across domains (in-situ, space, etc.). Several developments are showcased using a broad diversity of measuring techniques and technologies. Chapters address different sensors and approaches for measurements, including applications, quality monitoring and initiatives that will guide the need for monitoring.
- Integrates information across key marine and maritime sectors and supports regional policy requirements on monitoring programs
- Offers tactics for enabling early detection and more effective monitoring of the marine environment and implementation of appropriate management actions
- Presents new technologies driving the next generation of sensors, allowing readers to understand new capabilities for monitoring and opportunities for another generation of sensors
- Includes a global vision for ocean monitoring that fosters a new perspective on the direction of ocean measurements
1. Introduction 2. Ocean in-situ sensors: new developments in biogeochemistry sensors 3. Ocean in-situ sensors: new developments in biological sensors 4. Ocean in-situ sensors: cross-cutting innovations 5. Innovative sensor carriers for cost-effective global ocean sampling 6. From sensor to user
interoperability of sensors and data systems 7. Challenges and approaches to system integration 8. Use Case scenarios
Three different use-cases will be developed
Dr Delory is currently Head of the Observatory at the Oceanic Platform of the Canary Islands. He coordinates NeXOS, a European collaborative project that develops new in-situ ocean sensors, through innovations aimed at increasing cost-efficiency of ocean observing systems, e.g. more reliable, interoperable, multifunctional optical and acoustic sensors. He has led the effort of the European Seas Observatory Network (ESONET) of transposing Global Earth Observation System of Systems (GEOSS) guidelines to sensor and data interoperability on European seafloor and water column observatories. He co-authored more than a hundred publications in the above fields.
Dr Pearlman is currently focused on making oceans observations more cost-effective and reliable along with increasing user access through improved interoperability. His interests include ocean sensors and systems, ocean research interoperability and information systems. Jay is PI on the five-year NSF OceanObs Research Coordination Network and a Co-PI on NSF's EarthCube/BCube project. He is a work package co-lead for the European FP7 ocean sensor research project, NeXOS, the Atlantic ocean observation project, AtlantOS and was work package lead on EuroGEOSS, developing an information broker capability for GEOSS. He currently co-chairs the EarthCube Technology and Architecture Committee