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BuRO adviseert de minister van VWS om de wetgeving over het verhandelen van rauwe consumptiemelk van andere dieren dan koeien in overeenstemming te brengen met de wetgeving over rauwe consumptiemelk van koeien. Ook adviseert BuRO in de wetgeving rauwe room en colostrum mee te nemen. En de wetgeving te baseren op relevante gevaren en een maximale grenswaarde voor het kiemgetal. De directie Voeding, Gezondheidsbeschermingen en Preventie van het ministerie van VWS heeft BuRO daarop om een aanvullende data-analyse gevraagd van kiemgetalbepalingen van rauwe melk die beschikbaar zijn vanuit toezicht. Dit ter ondersteuning bij de aanpassing van de huidige wetgeving met betrekking tot het kiemgetal voor rauwe consumptiemelk zoals die momenteel in het Warenwetbesluit Hygiëne van Levensmiddelen is opgenomen. NL; pdf; NVWAEFSAFocalPoint@nvwa.nl

In this study, we examine how co-creation processes/activities for local development have been impacted by COVID-19 through a combination of seven semi-structured interviews with members of the project teams and key stakeholders of the seven participating municipalities, 23 persons in total, and an e-survey to stakeholders in the regions with 25 participants. The aim was to find out the experience of co-creation and open social innovation during the pandemic, but also to look forward and identify potential good practices as well as challenges to be faced when the work continues. Therefore, this report is focusing on lessons learned and recommendations just as much as on the experience. This study is conducted under the framework of the URBACT action planning network IoTXchange. Within the frame of the project the network of European partners designed digitalization action plans based on Internet of Things (IoT) solutions to increase the quality of life in small and medium sized EU cities. The plans were developed through various co-creative practices engaging local stakeholders, as well as small-scale pilots aimed at demonstrating the technologies. Beside this, a number of other projects and initiatives were launched by the partners during and after the project period, based on the IoTXchange development process but not formally within the project.

This toolkit user-guide provides a user-friendly introduction to implementing the satellite-based analysis and random forest modelling to identify the key bio-geographical variables that influence mosquito distributions and abundance within the context of malaria studies. It is intended to be a resource for users with limited prior knowledge of analysis of this nature and presents step-by-step instructions for users to perform predictive modelling of mosquito distributions; sample datasets and analysis scripts are provided. This guide uses three software packages, Google Earth Engine, R (with RStudio) and QGIS for data pre-processing, modelling and visualisation, all of which are cost-free for non-commercial use. Example scripts are provided to perform data processing and analysis in both Google Earth Engine (GEE) and R, and although these scripts are designed to automate the analysis to a large degree, they are currently optimised for the study area and time period used in the worked example for Lodja, Democratic Republic of the Congo. Users are free to adapt and build on this to suit their own purposes. By following the instructions, the user will learn to implement these methods. This will provide a basis for users to apply these methods to different datasets, areas and scenarios of their choosing.

This document is a resource for individuals interested in learning about archiving their work on Zenodo, including presentations, instructional content, workflow documents, outreach materials, etc. It was originally created for the biodiversity collections community. Files include the same document in multiple formats, as well as a separate file containing one of the figures.

This document gives a brief overview of LIAISON's achievements reached at the end of the European research and innovation project (September/October 2022). This overview of achievements might require the information provided in a general introduction to the LIAISON project.

The scope of the research is the development of a light weighted and efficient pedestrian trajectory predictor to be used on-board of mobile robots. The predictor is a novel neural network, namely the Structured Neural Network, where the internal layers are wired according to dynamical equations.

Sta het aanbieden van wildernisvlees, afkomstig van runderen uit Nederlandse uiterwaarden, alleen toe nadat is aangetoond dat dit vlees voldoet aan de wettelijke normen voor dioxines. Dit advies geeft Bureau Risicobeoordeling & onderzoek (BuRO) aan de inspecteur-generaal van de NVWA. NL; pdf; NVWAEFSAFocalPoint@nvwa.nl

The main objective of the Belspo-funded LIMAMAL project was to support archaeologists in creating 3D terrain visualizations based on Lidar data and Pléiades stereoscopic imagery, and a combination or “fusion” thereof. A case study was developed to demonstrate the application of Pléiades imagery and light detection and ranging (lidar) technologies for prospection and visualization of the Mesoamerican archaeological landscape. Based on this case study, guidelines in English and Spanish have been developed to explain the technical processing. The project involved a stakeholder: the National Institute of Anthropology and History (INAH), a Mexican federal government institution responsible for research, conservation, protection and spreading of knowledge on Mexican cultural heritage. The case study and guidelines were presented to the stakeholder and other interested parties during several meetings held during a short mission to Yucatan, Mexico in the spring of 2022.