Publications

Dust deposition at Lunckefjell. NILU OR

Tønnesen, D.

Indoor air quality in the Baroque Hall of the National Library in Prague - preliminary results. NILU PP

Lopez-Aparicio, S.; Stankiewicz, J.; Smolik, J.

Background tropospheric composition and impact of pollutants' transport over central and northern Siberia from intensive airborne campaigns. NILU F

Paris, J.-D.; Ciais, P.; Ramonet, M.; Stohl, A.; Nédélec, P.; Arshinov, M.Y.

Atmospheric transport modeling for understanding the climate system: from determining the sources of greenhouse gases to the water cycle. NILU F

Eckhardt, S.

HENVINET decision support tool repository. NILU OR, 80/2010

Negrenti, E.; Bartonova, A.; Liu, H.-Y.; Neophytou, P.

CO2nnect. CO2 on the way to school: Campaign data analysis summary report. NILU OR

Randall, S.

Air quality at Geiranger. Summer 2010. NILU OR

Haugsbakk, I.; Tønnesen, D.

During the monitoring period in Geiranger 7.7-9.9.2010, the limit values of NO2 has not been exceeded. The limit value of PM10 has been exceeded twice.

Study on mercury sources and emissions, and analysis of cost and effectiveness of control measures. UNEP Paragraph 29 study.

Munthe, J.; Kindbom, K.; Pacyna, J.; Sundseth, K.; Pacyna, E.; Wilson, S.; Panasiuk, D.

On the usability of the ERA-40 reanalysis in the estimation of past surface UV radiation over Europe.

Kaurola, J.; Lindfors, A.; Lakkala, K.; Hansen, G.; Josefsson, W.; Vuilleumier, L.; Feister, U.; Slaper, H.

The eruption of Kasatochi Volcano; Remote sensing and transport modeling of the emitted sulfur dioxide cloud. NILU PP

Kristiansen, N.I.; Stohl, A.; Prata, A.J.; Richter, A.; Eckhardt, S.; Seibert, P.; Hoffmann, A.; Ritter, C.; Bitar, L.; Duck, T.J.; Stebel, K.

Using field campaigns results to reduce uncertainties in inventories. NILU F

Aas, W.; Breivik, K.; Yttri, K.E.

Atmospheric Degradation of Amines (ADA). Amines in aerosol - A review. CLIMIT project no. 201604. NILU OR

Karl, M.

This report presents a comprehensive review of current literature on the abundance of amines in atmospheric aerosols. The review spans over the whole life cycle of aerosols, showing the relevance of amine-related aerosol dynamic processes in each stage of the cycle. Amine compounds can constitute a siginificant fraction of submicron ambient aerosols, in particular in urban air and close to agricultural sources. It is evident from both field experiments and computational studies that amines have the propensity to contribute to new particle formation. Particulate phase oxidation of amines leads to the formation of potentially toxic products such as imines and nitrosamines. In general, there is a lack of information about the acute and chronic toxic effects of particulate amides and imines, and also the chemical mechanisms leading to their formation in aerosol particles are currently not fully understood.

Revised dispersion calculations of NO2 emissions from a boilers at Kallerud, Gjøvik. NILU OR

Haugsbakk, I.; Tønnesen, D.