Learn how integrating observational research, climate manipulation experiments, and remote sensing into the AgroRisk.cz portal and IRISCC portfolio delivers scalable tools for agricultural risk forecasting and short-term weather predictions across Europe.
Ongoing climate change poses severe risks to food security through compound abiotic hazards such as droughts and heatwaves. At the same time, slow-onset processes drive shifts in biotic hazards, leading to new occurrences of invasive pests, plant diseases, and weed species in agricultural systems.
This webinar presents an integrated service connecting the AgroRisk.cz portal to the IRISCC service portfolio. By synthesizing data from long-term observational platforms (ICOS, eLTER), controlled climate manipulation experiments (AnaEE), and airborne or satellite remote sensing, this platform models interactions between multiple risk factors.
Supplemented with new parameters and models combining biotic and abiotic risks, the platform has been validated for the Czech Republic and tested across Finland, Austria, and Slovakia. It provides a transferable solution for 5 to 10 day agricultural weather forecasts and offers validation protocols when specific biotic threats occur.
Agricultural scientists and climate impact researchers
Agronomists, risk analysts, and farm advisory professionals
Public sector decision-makers in agriculture, food security, and environmental planning
PhD and MSc students in agricultural and environmental sciences
Learn how integrating observational research, climate manipulation experiments, and remote sensing into the AgroRisk.cz portal
Explore how transnational access to harmonized mesocosm experiments across contrasting European coastal seas enables rigorous
Learn how a new cloud-enabled Virtual Research Environment integrates meteorological data with hazard, inundation, and
