U S IOOS Hassan Moustahfid NOAA Fisheries William
- Slides: 22
U. S. IOOS® Hassan Moustahfid NOAA Fisheries William Michaels
Advancing “Bio” Sensor Integration Into Ocean Observing Systems to Support Ecosystem-Based Approaches 2016 Ocean Sciences, February 21 -26, 2016, New Orleans, LA
Outline • Benefits of “Bio”sensors integration into U. S. IOOS. • Progress to date • Key to advancing “Bio”sensors integration into U. S. IOOS • Take-aways 3
Benefits • Augment ship survey operations. • Optimize the collection of synoptic information. • Strengthen our observing capabilities in response to the increasing demand for ecosystem observations. • Support ecosystem-based approaches for the sustainability of living marine resources and healthy oceans. 4
Multiple Mondates, Multiple Opportunities Link, 2015 5
Oceans MTS/IEEE 2012 Paper 6
Progress to Date IOOS Ocean Technology Transition Fostering the transition of advanced observing technologies to operations mode. http: //www. ioos. noaa. gov/marine_sensors/ocean_tech. html
Environmental Sampling Processor (ESP) Gulf of Maine ESP Deployment to Support HAB Detection Monitoring and Event Response for HAB ESP Automated genetics lab
Imaging Flow. Cyto. Bot Transitioning Imaging Flow. Cyto. Bot for Harmful Algal Bloom Mitigation and Research Monitor phytoplankton composition and HABs The Imaging Flow. Cytobot (IFCB).
Fish as Vehicles for Remote Oxygen Sensing DO pop-up satellite archival tags (DO-PATs) Kim Holland UH/HIMB
Integration: Multi-disciplinary Sensors Meteorology Biological Acoustic in the planning Physical Chemical Interdisciplinary Biogeochemical Moorings CCE-1 off Point Conception
Platform of opportunities- Buoys 12
Platform of opportunities- Gliders and AUVs Fish tracking sensors NEFSC Passive Acoustic Sensors NEFSC Shark. Cam WHOI
Calibration Side-by-side engineering deployments/calibration studies are required to transition technologies into enhanced surveys and ocean observation systems. .
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Partnership Build and maintain partnerships among agencies, institutions and stakeholders 16
Take-aways • Progress have been made to integrate “Bio”sensor into U. S. IOOS. • Calibrations are a critical requirement when augmenting and improving operations and data streams with technology advancements. • Partnership is a key to achieving “Bio”sensor integration into U. S. IOOS • “Bio” Sensors integration into U. S IOOS will strengthen our national observing capabilities to support Ecosystem-Based Approaches 17
Building Partnership If you are interested in sponsoring/cosponsoring an OTT Project, please contact the Project Manager, Jenifer Rhoades Jenifer. rhoades@noaa. gov 301 -713 -3290 x 118 18
Questions Enables decision making Fosters Advances in Science and Technology www. noaa. ioos. gov https: //www. facebook. com/usioosgov @usioosgov
Backup 20
Animal Borne Sensors Photo by Dan Costa / University of California, Santa Cruz
EAFM, EBM http: //www. st. nmfs. noaa. gov/ecosystems/ebfm/index 22
- Ioos
- Dmac code
- Ioos
- Rules of natural justice
- Institute of oceanography and fisheries
- Atlantic fisheries fund
- Southeast fisheries science center
- General fisheries commission for the mediterranean
- Agriculture fisheries and food authority
- "naladhu"
- Boat security system
- Ocean fisheries
- Ocean fisheries
- Tea directorate kenya
- Split institute of oceanography and fisheries
- National fisheries service
- Northwest fisheries
- Hammond v ainooson
- Apex fisheries
- Microscopic algae
- Small-scale fisheries
- Ministry of food agriculture and fisheries denmark
- Harvesting methods