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Found 9876 publications. Showing page 271 of 396:

Publication  
Year  
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Emission changes dwarf the influence of feeding habits on temporal trends of per- and polyfluoroalkyl substances in two Arctic top predators.

Routti, H.; Aars, J.; Fuglei, E.; Hanssen, L.; Lone, K.; Polder, A.; Pedersen, Å. Ø.; Tartu, S.; Welker, J. M.; Yoccoz, N. G.

2017

Review of urban secondary organic aerosol formation from gasoline and diesel motor vehicle emissions.

Gentner, D. R.; Jathar, S. H.; Gordon, T. D.; Bahreini, R.; Day, D. A.; El Haddad, I.; Hayes, P. L.; Pieber, S. M.; Platt, S. M.; de Gouw, J.; Goldstein, A. H.; Harley, R. A.; Jimenez, J. L.; Prévôt, A. S. H.; Robinson, A. L.

2017

The Future of VGI.

Antoniou, V.; See, L.; Foody, G.; Fonte, C. C.; Mooney, P.; Bastin, L.; Fritz, S.; Liu, H.-Y.; Olteanu-Raimond, Vatseva, R.

2017

The Satellite based Monitoring Initiative for Regional Air quality (SAMIRA): Project summary and first results.

Schneider, P.; Stebel, K.; Ajtai, N.; Diamandi, A.; Horalek, J.; Nemuc, A.; Stachlewska, I.; Zehner, C.

2017

Final report. Support in development and implementation of air quality e-Reporting in West Balkan. NILU report

Ødegård, R. Å.; Kobernus, M. J.

The Norwegian Institute for Air Research (NILU), 4sfera Innova SLU (4sfera) and EKONERG have been commissioned to develop a software solution for Air Quality e-Reporting for the West Balkan countries

The software solution has been successfully installed and training has been provided. For the reporting of air quality according to the air quality directives 2004/107/EC and 2008/50/EC, Albania, Montenegro and Serbia has used the software for reporting 2015 data to EEA.

2017

Toxicity Tests: In Vitro and In Vivo.

Dusinska, M.; Rundén-Pran, E.; Schnekenburger, J.; Kanno, J.

2017

2017

Legacy and emerging flame retardants (FRs) in the freshwater ecosystem: A review.

Iqbal, M.; Syed, J. H.; Katsoyiannis, A.; Malik, R. N.; Farooqi, A.; Butt, A.; Li, J.; Zhang, G.; Cincinelli, A.; Jones, K. C.

2017

Estimating human exposure to perfluoroalkyl acids via solid food and drinks: Implementation and comparison of different dietary assessment methods.

Papadopoulou, E.; Poothong, S.; Koekkoek, J.; Lucattini, L.; Padilla-Sánchez, J. A.; Haugen, M.; Herzke, D.; Valdersnes, S.; Maage, A.; Cousins, I. T.; Leonards, P. E. G.; Haug, L. S.

2017

Gmina samowystarczalna energetycznie. Sulejowek.

Calus, S.; Nowak, W.; Poplawski, T.; Ozga, K.; Dariusz, C.; Chmiel, M.; Soltysik, M.; Majchrzak, A.; Guerreiro, C.; Thorne, R. J.; Bouman, E. A.; Michalek, M.; Dziubaltowski, P.; Galuszkiewicz, P.; Superson-Polowiec, B.; Perkowski, I.; Trojnacki, M.; Stankowski, T.; Galka, B.; Weszgowiec, M.; Chabecki, P.; Zacharski, P.; Melka, K.

2017

PAH measurements in air and moss around selected industrial sites in Norway 2015. NILU report

Halse, A. K.; Uggerud, H.; Schlabach, M.; Steinnes, E.

On request from the Norwegian Environment Agency a pilot study of atmospheric deposition of PAH around industrial enterprises in Norway has been carried out. The participation was voluntary and 10 industries located at 10 different sites financed their own participation. The survey is based on analysis of samples of naturally growing moss collected around the enterprises during the summer of 2015. In addition, passive air samplers for collection of volatile PAH were placed around 6 of the participating enterprises. Generally, the PAH level determined in moss collected around industrial sites were considerably higher than the PAH level found in moss collected at background sites. The levels of PAHs found in the air samples was low and often at the same level as found at the closest background site, for all out of two sites, i.e. Sunndal and Kristiansand. There is no clear indication that the industry is the only source to the levels of PAHs in moss. Hence, results from this pilot study, illustrates that moss and air samples together provide a more comprehensive information regarding the spatial distribution of PAH around the industrial sites.

2017

Air quality in Norwegian cities in 2015. Evaluation report for NBV main results. NILU report

Tarrasón, L.; Sousa Santos, G.; Vo, D. T.; Vogt, M.; Lopez-Aparicio, S.; Denby, B.; Tønnesen, D.; Sundvor, I.; Røen, H. V.; Høiskar, B. A.

This report documents the final deliveries of the first phase of development of the Norwegian Air Quality Planning Tool, also called ¿Nasjonalt Beregningsverktøy¿ or NBV. The main purpose of NBV is to provide a common methodological and information platform for local air quality modelling applications. The system is addressed to local and regional environmental authorities, air quality experts and consulting companies. It is intended to help them meet the requirements of current air quality legislation, to support local air quality planning and facilitate air quality good practices where people live.
The report constitutes a comprehensive user guide for the NBV services available at http://www.luftkvalitet-nbv.no. It presents each of the different products developed at NBV, documents how the product has been calculated, provides recommendations on how best to use it for planning purposes and explains the main strengths and limitations of each product. The report also includes an extensive validation of the air quality information currently available at NBV.

2017

GOMOS retrieval of stratospheric aerosols and gases using AerGOM: Current activities and perspectives.

Bingen, C.; Robert, C.; Brühl, C.; Stebel, K.; Vanhellemont, F.; Mateshvili, N.; Fussen, D.; the Aerosol_CCI team.

2017

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