In December 2016 the European Commission’s Joint Research Center (JRC) successfully completed the first experiment of Sentinel 1 global data processing in the frame of the JRC “Global Human Settlement Layer” scientific activities. The S1 GHSL experiment was supported by JRC Earth Observation Data and Processing Platform (JEODPP) developed in the context of the JRC “Big Data Pilot Project”.
Recent food crises have revealed the importance of timely, reliable and accessible food price information to monitor food security and to support informed policy decision-making, improved market transparency and more efficient value chains.
The exponential decay of radionuclides as a function of time is a cornerstone of nuclear physics. Decay constants for spontaneous radioactive decay are considered invariable in time and space. This convenient trait allows projecting activity values to a point of time in the past or the future. The exponential-decay law has many applications, e.g. in nuclear dating for archaeology, geo- and cosmochronology, dosimetry in nuclear medicine, nuclear waste management, etc.
JRC scientists supported a review on the current status quo of the technology available for the detection of toxins with potential bioterrorism relevance. This work was carried out by partners of the European project EQuATox and was coordinated by the German Robert Koch Institute.
In a collaborative effort, the JRC and three European partner organisations gathered lacking knowledge necessary to develop predictive in vitro tests that can identify the risk for the development of cumulative dose-dependent cardiotoxicity of cancer patients treated with anthracyclines.
JRC scientists developed a new certified reference material (CRM) to improve the accuracy of methylmercury measurements in food. This CRM (ERM-AE671) consists of isotopically labelled methylmercury with certified values for the isotopic composition. Used as internal standard, it will make the measurements of methylmercury more accurate.