Every year, 300,000 tick bites in urban areas One in 5 tick bites occurs in an urban area. Although most tick bites occur in the countryside, many people are bitten in urban areas as well.
Training on Water Safety Plans by Unesco-IHE and RIVM in Suriname The Suriname Water Company (SWM) recently started the implementation of Water Safety Plans (WSPs). The inception phase included a tailor-made training by Dr. Giuliana Ferrero (UNESCO-IHE) and Mr.
First patient infected by tick-borne encephalitis virus For the first time, a person in the Netherlands has fallen ill after a bite from a tick carrying the tick-borne encephalitis virus (TBE virus).
Integrated approach reduces harmful effects of medicines in surface waters Residues of medicinal products, such as painkillers, hormones and antidepressants, are increasingly detected in surface water and drinking water.
Improving consumer exposure assessment to chemical substances By combining the available international knowledge, the method to assess the extent to which consumers are exposed to chemical substances via everyday products such as paint, cleaning agents and co
RIVM seeks dialogue with Industry for safe and green chemistry RIVM would like to explore possibilities to eliminate obstacles during innovation of green chemistry with industry.
Broad approach needed against pharmaceutical residues in environment We can all help to reduce pollution of the environment by pharmaceutical residues.
Risks of chemical substances to human health and the environment RIVM is developing methods to identify new and emerging risks of chemical substances to workers, consumers and the environment.
Biobased alternatives to hormone disrupting substance in cash register receipts Chemicals made from vegetable or animal waste may be an alternative to the use of the substance Bisphenol A (BPA) in thermal paper. Thermal paper is widely used for cash register receipts.
Release of QMRAspot v2 for quantitative microbial risk assessment of drinking water RIVM has developed a new version of QMRAspot (2.0), a user-friendly computational tool to calculate the risk of becoming infected by pathogenic microorganisms in drinking water.