Publications

Quality manual. NILU OR

Dauge, F.R.; Marsteen, L.; Guerreiro, C.B.

This report presents all relevant topics to be known and quality requirements to be fulfilled in order to successfully manage an air quality measurement network and its references laboratory.
It encompasses all aspects of quality control and provides a full documentation system as well as methods to achieve the generation of quality data.
It gathers detailed standard operational procedures together with relevant reporting documents aimed at ensuring a long term satisfying performance of the network instruments installed in Dakar.

POLARCAT (Polar Study using Aircraft, Remote Sensing, Surface Measurements and Models, of Climate, Chemistry, Aerosols, and Transport) - an overview. NILU F

Stohl, A,Burkhart, J.F.; Law, K.S.; Brock, C.A.; Schlager, H.; Jacob, D.

Differences between European monitoring networks on atmospheric composition. NILU F

Aas, W.; Tørseth, K.; Myhre, C.L.

DNA damage in air crew members occupationally exposed to radiation and stress.

Barancokova, M.; Kazimirova, A.; Valachovicova, M.; Staruchová, M.; Liskova, A.; Wsólová, L.; Vicanova, M.; Pinter, I.; Dusinska, M.

Real-time in situ measurements of volcanic plume physico-chemical properties using Controlled METeorological balloons.

Durant, A.; Voss, P.; Watson, M.; Roberts, T.; Thomas, H.; Prata, F.; Sutton, J.; Mather, T.; Witt, M.; Patrick, M.

Monitoring long-range transboundary air pollution. Effects 2009. NIVA-rapport, 6021-2010

Schartau, A.K.; Fjellheim, A.; Walseng, B.; Skjelkvåle, B.L.; Halvorsen, G.A.; Skancke, L.B.; Saksgård, R.; Solberg, S.; Jensen, T.C.; Høgåsen, T.; Hesthagen, T.; Aas, W.; Garmo, Ø.

Remote sensing and inverse transport modeling of the Kasatochi eruption sulfur dioxide cloud.

Kristiansen, N.; Stohl, A.; Prata, F.; Rischter, A.; Eckhard, S.; Seibert, P.; Hoffmann, A.; Ritter, C.; Bitar, L.; Duck, T.J.; Stebel, K.

Assessment of chemical screening outcomes based on different partitioning property estimation methods.

Zhang, X.; Brown, T.N.; Wania, F.; Heimstad, E.S. Goss, K-U.

Airborne particles in the Baroque hall of the National Library in Prague.

Andelova, L.; Ondraxkova, L.; Ondracek, J.; Smolik, J.; Grøntoft, T.; Lopez-Aparicio, S.; Stankiewicz, J.

Utilization of meandering in a receptor-oriented solution of the line source dispersion equation. Alliance for global sustainability bookseries, 17

Härkönen, J.; Berger, J.; Kauhaniemi, M.; Nikmo, J.; Karppinen, A.

VOC measurements 2008. EMEP/CCC

Solberg, S.

HENVINET. Evaluation questionnaire - causal chain for nanoparticles. NILU TR

Rahman, Q.; Smita, S.; Gupta S.K. Ed. by Yang, A.; Bartonova, A.

The HENVINET consortium has developed a questionnaire to identify knowledge gaps in the state of the art in scientific knowledge. Literature reviews covered all elements that compose the causal chain of the different environmental health issues from emissions to exposures, to effects and to health impacts. Ultimately, the aim is to discuss the implications of these for policy and research.

In this evaluation we focus on effect of nanoparticles on various environmental processes and their impact on human health. The questionnaire consists of two separate parts. In Part A, you will be asked to comment on the completeness and structure of a diagram illustrating our current understanding of the cause-effect relationship of intentional and unintentional nanoparticles on environment and their subsequent impact on human health. In Part B, you will be asked to express your level of confidence in scientists' ability to predict the magnitude of a disease burden that is expected to occeur as a result of release of nanoparticles in the environment.

Satellite-based constraints on explosive SO2 release from Soufrière Hills Volcano, Montserrat.

Carn, S.A.,, Prata, F.J.