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The aim of this report is to describe the ways to raise public participation and awareness of environmental health issues. It includes: (1) science-policy communications and stakeholder engagement; (2) network portal; (3) knowledge evaluation on hot topics within environmental health fields; and (4) decision support tools for practitioners. In addition, this report summarizes the main outcome from the HENVINET final conference. It includes: (1) complexity in environment and health; (2) tools for practice; (3) communication strategies; and (4) exchange of knowledge and results with related projects and research initiatives.
2010
HENVINET. Second annual review of research and best practice. NILU OR
The aim of this report is to present an overview of the framework for assessment of knowledge quality and identification of knowledge gaps within the HENVINET project. The focus is on four priority health end points as defined in the European Health Action Plan (EHAP); asthma and allergies, cancer, neurodevelopmental disorders and endocrine disruptors. This report is structured into two parts, where Part A introduces the HENVINET methodology, and Part B gives an example of how it is implemented through the different steps. The available results are furthermore presented in the Annexes.
2010
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2004
The potential re-design of the current deposition monitoring network in Poland was assessed by hierarchical clustering analysis. This statistical method determines the inherent or natural groupings of datasets, and/or to provide a summarization of data into groups using different metrics to assess the (di)similarity. The metrics are based on the correlation, to assess the temporal similarity, the Euclidean distance, to assess the magnitude similarity, and the combination of both. This method was used to assess the areas with similar deposition patters across the country based on measurement and model data for acidic compounds and heavy metals. The analysis clearly identified stations potentially redundant or measuring unique deposition patters and regions that represent the potential location of a single station.
NILU
2023
2012
High Arctic UV radiation levels in the spring of 2011 caused by unprecedented chemical ozone loss. NILU PP
2012
2015
2012
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2012
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2025
2019