Pressure drainage can be a cost-effective technology to reduce CO2 emissions in peatland areas Pressure drainage can in some cases help to reduce CO2 emissions in peatland areas. This intervention is very expensive and only cost-effective when it sufficiently reduces CO2 emissions.
Call for global action plan to save our oceans Scientists involved in the Seas Oceans and Public Health In Europe (SOPHIE) Project have proposed the first steps towards a united global plan to save our oceans, for the sake of human health. Andrzej-kryszpiniuk
Patient infected with West Nile virus in the Arnhem region In the past week, six human infections with the West Nile virus have been detected in the Netherlands.
First West Nile virus patient in the Netherlands A male patient has been diagnosed with the West Nile virus last week. The man has not been abroad recently. He may have contracted the virus in the region of Utrecht due to a mosquito bite.
Possible health risks due to exposure to chromium-6 at tROM project Tilburg Research by RIVM shows that the participants in the so-called tROM project, their supervisors and other people involved may have been exposed to chromium-6.
Plant Protection Products: new RIVM methodology calculates period in which workers must wear gloves Commissioned by the Dutch Ministry of Social Affairs and Employment (SZW), RIVM has developed a new methodology to calculate the period for which workers must wear gloves to mitigate the risk of re
Protection of Defence personnel against health risks of chromium-6 was inadequate From 1984-2006, employees of the Dutch Ministry of Defence were exposed to chromium-6 during maintenance work.
Guus Velders in Nature's "Ten people that mattered this year" Researcher Dr Guus Velders of RIVM has made the Nature top-10 list of 2016. This means that, according to Nature, he was one of the 10 most influential scientists in 2016.
RIVM research basis for historic climate agreement on HFCs Scientific research by RIVM’s Guus Velders stood partly at the basis of the HFC global climate agreement.
Without measures emissions of HFC greenhouse gases will increase rapidly Without global agreement on the use of HFCs, their contribution to the greenhouse effect may increase sharply to 10 percent of that of CO2 by 2050. The current contribution is less than 1 percent.