News from our associated journal: Clustering and prioritization to design a risk-based monitoring program in groundwater sources for drinking water https://t.co/zgN3JUBGtQ
RT @wezelannemarie: New paper: How to design #riskbased monitoring program in sources for #drinkingwater; workflow for target chemicals for…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
New paper: How to design #riskbased monitoring program in sources for #drinkingwater; workflow for target chemicals for source-clusters, connected to a feed by suspect screening @KWR_Water @Vitens @UUCopernicus @IBED_UvA https://t.co/aUft9eCpiR
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
RT @stefankools: Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and p…
Too much chemicals in the environment asks for smart methods. See this paper from our group @KWR_Water. Clustering and prioritization to design a risk-based monitoring program in groundwater sources for drinking water. https://t.co/rMUJ2ge4rt