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MONOCLE is hosting a series of webinars to share and discuss current challenges and opportunities (e.g. new sensors, platforms, and sustainable service concept). The webinars will include short presentations from leading scientists in each topic area followed by a panel discussion and the opportunity to ask questions.  
 

Webinar series:
1. Optical monitoring of the aquatic environment: future challenges and opportunities
Friday 25th May



In this webinar, leading scientists from the H2020-MONOCLE and H2020-HYPERNETS projects shared their plans for sensor innovation to bridge existing gaps between satellite observation and in situ measurements. Highlights from the MONOCLE water quality monitoring survey are shown and the webinar concludes with a Q&A session.

We welcome any questions about the webinar or the MONOCLE project just email us at monocleNOSPAM@pml.ac.uk

 

2. Citizen science, Earth Observation and the future of integrated environmental monitoring
Monday 11th June 3pm GMT+1 

 

In this webinar we cover the state of the art on the following issues, including insights coming fresh from the ECSA Conference 2018:

 

  • Complementarity of traditional earth observation and citizen science and requirements for advanced visualisation tools
  • Citizen-engagement impact on policy makers and how this can lead to better monitoring of water quality
  • Supporting technologies to maximise the potential contributions of human participants in citizen science  to earth observation of water quality
  • Potential impacts of remote-sensing data to notify citizens about water quality and environmental change 
We welcome any questions about the webinar or the MONOCLE project just email us at monocle@pml.ac.uk
 

Introduction 
The overarching aim of MONOCLE is to develop sensors and tools to link satellite and in situ observations of optical water quality. There is a particularly strong need to expand the in situ observation network in coastal, transitional and inland waters, so that validation and improvements of satellite observations can be made in near real-time. In turn, validated satellite observations must be made available to limnologists and oceanographers, management authorities and policy makers and the wider public to provide wide spatiotemporal coverage of optical water quality.
 
Participatory mechanisms have great potential to expand the spatial coverage of the in situ reference observations at low cost. A number of projects have already proven successful in engaging citizen scientists with water colour and water transparency measurements, and water quality in general. MONOCLE aims to extend such initiatives with smartphone-enabled and self-build sensors, while exploring the integration of the resultant data in satellite data processing streams. It is foreseen that overall cost-efficiency of water quality monitoring can be improved via greater interoperability of sensors and data, and by developing mechanisms to include citizen-operated sensors in network-wide sensor calibration. 

 
3. Sustainability of future environmental observation networks
date to be confirmed

The third webinar in the series addresses sustainability issues: maintaining long-term measurement series vs technology improvements, sustainable funding mechanisms, shared monitoring responsibilities, and national vs regional and global reporting strategies. 


Webinar Registration

Please register to secure your connection to the webinars. Links to connect to the webinar will be sent first to registered participants. This allows us to ensure sufficient resources will be available. 

Please note: your details will only be used for the purpose of the webinar administration and will not be passed on to third parties.



Results from our water quality monitoring survey will be presented in the webinars. Please consider completing the survey (10-15 min) if you have not already done so. 
 

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Funding

Co-Financed by the European Union tagline with Blue European Flag with circle of godl stars


This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 776480.

Contact

Stefan Simis
Principal Investigator
stsiNOSPAM@pml.ac.uk

Jess Heard
Project Manager
jesshNOSPAM@pml.ac.uk
 
Project Office
Plymouth Marine Laboratory,
Prospect Place,
Plymouth,
Devon,
UK,
PL1 3DH

+44 (0) 1752 633 100
 

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