Scent is a European Union research project funded under the Horizon 2020 programme. The project runs between 2016 and 2019 and comprises 10 partner organisations across 6 countries.
Europe has the capacity and potential to lead a global citizen movement aimed at land use monitoring through a people-centred observation web. Scent will be this movement.
Scent will engage citizens in environmental monitoring and enable them to become the ‘eyes’ of the policy makers. In doing so citizens will support the monitoring of land-cover/use changes using their smartphones and tablets.
The project will demonstrate the huge potential of citizen observation and monitoring of the environment. A people-led online observation movement will capture land-cover use and changes through user-friendly tools and technologies, The Scent Toolbox. This will complement existing forms of monitoring such as satellite and remote sensing which are costly and less dynamic.
The Scent Toolbox; a crowd-sourcing platform, gaming applications, an authoring tool, an intelligence engine and numerical models, allows citizens, policy makers and other users to freely use Scent technologies to contribute to the aims of the project. The opinions of citizens, policy makers and communication experts will be taken into account during the design of the Scent Toolbox to ensure it is practical and user-friendly.
The Scent toolbox will be tested in two large scale pilots; the urban case of the Kifisos river in Attica, Greece and the rural case of the Danube Delta in Romania. The impact of the toolbox in the assessment of flood risks and flooding patterns will be evaluated.
The consortium covers the complete stakeholder chain: industries in machine learning, SMEs in crowd-sourcing, gaming and awareness-raising, leading research institutes with expertise in hydrodynamic modelling, data harmonisation and authoring tools and environmental monitoring, NGOs at the pilot sites and policy makers/public bodies.
The citizen-centric and participatory Scent methodology is divided into three phases:
Scent and the Open Research Data Pilot
Scent participates in the Pilot on Open Research Data launched by the European Commission along with the Horizon 2020 programme.
The Open Research Data Pilot aims to improve and maximise access to and re-use of research data generated by Horizon 2020 projects. It takes into account the need to balance openness and protection of scientific information, commercialisation and Intellectual Property Rights, privacy concerns, security as well as data management and preservation questions. While open access to research data thereby becomes applicable by default in Horizon 2020, the Commission also recognises that there are good reasons to keep some or even all research data generated in a project closed. The Commission therefore provides robust opt-out possibilities at any stage.
The Scent consortium supports open science and the large potential benefits to the European innovation and economy stemming from allowing reusing data at a larger scale. The majority of data produced in the project may therefore be published with open access.
The Scent Concept
Scent aims to demonstrate the huge potential of an active citizen observatory that will complement existing infrastructure through the Scent toolbox. It will lead to a significant pool of observations on changes in land cover and related environmental phenomena. Data will be fed via web services into existing repositories, such as the Global Earth Observation System of Systems (GEOSS) portal. Scent will provide policy-makers with a near real-time view of land-use changes while directly involving citizens in the decision-making process.
The Scent concept is built around three pillars:
Pillar I: Increased involvement of citizens in the process of land cover and land use monitoring through a set of participatory solutions
Pillar II: Better use of available data, repositories and monitoring systems through innovative tools and algorithms
Pillar III: Development of a co-design strategy, involving both citizens and public authorities with the aim of creating a sustainable citizen observatory
The impact of the project will be felt in many ways, especially in the environmental, societal, technical and industrial field.
Citizens often feel that their efforts won’t have much impact on environmental policies and climate change. Scent will show that citizens in fact can have a real impact in environmental monitoring and identification of flood risks.
Major environmental agencies and decision-makers have agreed to promote the project outcomes, which will guarantee EU-wide environmental impact.
Scent will foster innovation and create jobs in SMEs, which will help fight unemployment in Europe.
Scent will also improve the accuracy of existing flood risk maps by more than 15% and thus make areas close to floodplains less vulnerable to disasters.
Scent promotes an open method of coordinating environmental policies. It will include regional environmental groups, public-private partnerships and citizen communities in land-use monitoring, which will encourage innovative governance schemes.
Scent will bring about new technological developments and products through the SCENT toolbox, and citizens’ contributions to environmental data will be fed directly into the Scent intelligence engine. These will be key in generating precise and up-to-date land-use maps and flood risk maps for decision-makers.
Scent will also extend the GEOSS and Copernicus repositories through frequent updates of local monitoring of land-use changes using the Scent Toolbox.
Scent will introduce low-cost state-of-the-art tools that will encourage further innovation and boost the development of new people-centric apps, products and services.
The Scent observatory will promote Europe in the global environmental monitoring market. Citizen engagement will foster the creation of new SMEs and boost innovation in current European SMEs. Scent will reveal an untapped potential for the gaming industry and the crowd-sourcing and social media industries to enter the environmental field.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 688930.