Organised by the Regional Chamber of Agriculture in Provence-Alpes-Côte d'Azur and a multi-sector committee on 16 - 18 October 2018 in Avignon, France, the MED'Agri trade faire was entirely dedicated to the agricultural production and the agri-technology.
A lot of showcase of innovative techniques were presented during the event. MED'Agri is aimed at professionals of all the agricultural production sectors and farmers and in particular those represented in the South of the France: market gardening, arboriculture, viticulture, olive growing, breeding and also horticulture, beekeeping, truffle, aromatic and fragrant plants, etc. VISCA project was presented at a dedicated stand by SEMIDE as well as the projects involved at the Common Dissemination Booster: WEAM4i and OpIRIS.
For further information, check the official website.
The 2nd edition of the Climateurope Festival was organised in Belgrade from 17th to 19th October 2018 in order to support the exchange of knowledge and cultivate efforts for climate change adaptation and mitigation informed by science. The event brought researchers, suppliers, and funders with an emphasis on participants from Central and Eastern Europe. Varied programme was offered including lectures, discussions and networking to explore the state-of-the-art of climate information, and its uses and value in decision-making.
VISCA project was presented during the Climateurope Festival 2018 in 2 different sessions, one on the “Future of wine: Round table / Impulse talks” on October 18th and the other on “Climate information at your services I. Agriculture: Storytelling session & Round table” on October 19th.
In VISCA, we have recently published three reports. The first 'seasonal forecasts quality assessment report (D2.1)' assesses the quality of two seasonal forecast systems (European Centre for Middlerange Weather Forecasting (ECMWF) System 4 and SEAS5), two bias correction approaches (calibration and simple bias correction) and a downscaling strategy (calibration). The results obtained show that there is some degree of predictability in the three demo-sites in different variables that can provide value beyond the customary use of climatology. Moreover, the verification / bias-correction / downscaling workflow developed in this task provides the basics of all future refinements that we will conduct during the remaining two years of the project, e. g. through the exploration of new seasonal prediction systems and/or downscaling techniques.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 730253.