Capacity building and networking to enhance Earth observation tools
As environmental threats become more global there is a greater need for effective integration of information. However, many activities producing data from the global to the local scale and using different approaches can result in information that is not always compatible. This challenge was addressed by the EU-funded IASON (Fostering sustainability and uptake of research results through networking activities in Black Sea and Mediterranean areas) project by focusing on Earth observation (EO). Building on previous EO-related projects, the aim was to apply EO results to three major challenges: climate change, resource efficiency and raw materials management. Work began by mapping existing and ongoing research efforts in both regions, and reviewing and analysing the current state of play involving coastal monitoring, water and soil management, and mining and mineral exploration. Based on this, project partners set up a database with all relevant stakeholders and users. Another database was later created to collect information and contact details about funding organisations and institutes focusing on EO in the regions. To boost capacity building and knowledge and technology transfer, the IASON team produced an EO applications information package and toolkit for the three pillars. It also established a virtual meeting place to enhance communication between stakeholders, research institutes and end users that foster cooperation and build synergies in the regions. An additional toolkit was designed to facilitate the assessment of gaps and societal and economic needs and priorities within the three pillars and the two regions. All major outputs and accumulated knowledge are accessible via the project website that is available in 14 languages. Thanks to a sustainable network and a critical mass of EO knowledge, IASON created the necessary conditions for extended and sustainable use of EO tools for the environment.
Keywords
Earth observation, Black Sea, Mediterranean, climate change, resource efficiency
