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Progressing to cleaner air: Evaluating non-attainment areas. ETC/ACM Technical Paper, 2012/10

de Leeuw, F.; Ruyssenaars, P.; Castell, N.; Lopez-Aparicio, S.

2013

Total ozone loss during the 2012/13 Arctic winter and comparison to previous years.

Goutail, F.; Lefevre, F.; Pommereau, J.-P.; Pazmino, A.; Chipperfield, M.; Feng, W.; Van Roozendael, M.; Eriksen, P.; Stebel, K.; Dorokhov, V.; Kivi, R.; Zhao, X.; Strong, K.

2013

Springtime boundary layer O3 and GEM depletion at Toolik Lake, Alaska.

Van Dam, B.; Helmig, D.; Burkhart, J.F.; Obrist, D.; Oltmans, S.J.

2013

Reconciliation of essential process parameters for an enhanced predictability of Arctic stratospheric ozone loss and its climate interactions (RECONCILE): activities and results.

von Hobe, M.; Bekki, S.; Borrmann, S.; Cairo, F.; D'Amato, F.; Di Donfrancesco, G.; Dörnbrack, A.; Ebersoldt, A.; Ebert, M.; Emde, C.; Engel, I.; Ern, M.; Frey, W.; Genco, S.; Griessbach, S.; Grooß, J.-U.; Gulde, T.; Günther, G.; Hösen, E.; Hoffmann, L.; Homonnai, V.; Hoyle, C. R.; Isaksen, I. S. A.; Jackson, D. R.; Jánosi, I. M.; Jones, R. L.; Kandler, K.; Kalicinsky, C.; Keil, A.; Khaykin, S. M.; Khosrawi, F.; Kivi, R.; Kuttippurath, J.; Laube, J. C.; Lefèvre, F.; Lehmann, R.; Ludmann, S.; Luo, B. P.; Marchand, M.; Meyer, J.; Mitev, V.; Molleker, S.; Müller, R.; Oelhaf, H.; Olschewski, F.; Orsolini, Y.; Peter, T.; Pfeilsticker, K.; Piesch, C.; Pitts, M. C.; Poole, L. R.; Pope, F. D.; Ravegnani, F.; Rex, M.; Riese, M.; Röckmann, T.; Rognerud, B.; Roiger, A.; Rolf, C.; Santee, M. L.; Scheibe, M.; Schiller, C.; Schlager, H.; Siciliani de Cumis, M.; Sitnikov, N.; Søvde, O. A.; Spang, R.; Spelten, N.; Stordal, F.; Suminska-Ebersoldt, O.; Ulanovski, A.; Ungermann, J.; Viciani, S.; Volk, C. M.; vom Scheidt, M.; von der Gathen, P.; Walker, K.; Wegner, T.; Weigel, R.; Weinbruch, S.; Wetzel, G.; Wienhold, F. G.; Wohltmann, I.; Woiwode, W.; Young, I. A. K.; Yushkov, V.; Zobrist, B.; Stroh, F.

2013

Measurement, effect assessment and mitigation of pollutant impact on movable cultural assets. Innovative research for market transfer. Project final report. MEMORI. Grant agreement no. 265132.

Dahlin, E.; Grøntoft, T.; Wittstadt, K.; Drda-Kühn, K.; Colombini, M.P.; Bonaduce, I.; Vandenabeele, P.; Larsen, R.; Potthast, A.; Marincas, O.; Schieweck, A.; Thicket, D.; Odlyha, M.; Andrade, G.; Hackney, S.; McDonagh, C.; Ackerman, J.J.

2013

Non-target screening - a powerful tool for selecting environmental pollutants. NILU OR

Schlabach, M.; Haglund, P.; Rostkowski, P.; Dye, C.

The main goal with this project was to test the potential and practicalness of the available non-target screening methods for identification of unknown or new emerging environmental pollutants. It was also desired to try to estimate the quantity of the identified compounds.

2013

Operational real-time monitoring of volcanic SO2 emission rates using an innovative SO2 camera system and sophisticated retrieval techniques. NILU F

Kern, C.; Burton, M.R.; Elias, T.; Luebcke, P.; Mori, T.; Ongaro, T.E.; Prata, F.; Sutton, A.J.; Tamburello, G.; Werner, C.A.

2013

MyAir information services for regional and local air quality monitoring and forecasting. NILU F

Erbertseder, T.; Balis, D.; Berger, U.; Bergemann, C.; Blyth, L.; Carruthers, D.; Choudrie, S.; De Rudder, A.; Di Nicolantonio, W.; Elbern, H.; Eskes, H.; Friese, E.; Ganev, K.; Holzer-Popp, T.; Kukkonen, J.; Lesne, O.; Melas, D.; Meyer-Arnek, J.; Prata, F.; Sicard, P.; Smeets, N.; Sofiev, M.; Stidworthy, A.; Timmermans, R.; Veldeman, N.; Zelle, H.; the PASODOBLE consortium.

2013

Black carbon in the Arctic: the underestimated role of gas flaring and residential combustion emissions.

Stohl, A.; Klimont, Z.; Eckhardt, S.; Kupiainen, K.; Shevchenko, V. P.; Kopeikin, V. M.; Novigatsky, A. N.

2013

Oxidative DNA damage corresponds to the long term survival of human cells treated with silver nanoparticles.

Kruszewski, M.; Gradzka, I.; Bartlomiejczyk, T.; Chwastowska, J.; Sommer, S.; Grzelak, A.; Zuberek, M.; Lankoff, A.; Dusinska, M.; Wojewódzka, M.

2013

Fire in the air - biomass burning impacts in a changing climate.

Keywood, M.; Kanakidou, M.; Stohl, A.; Dentener, F.; Grassi, G.; Meyer, C. P.; Tørseth, K.; Edwards, D.; Thompson, A.M.; Lohmann, U.; Burrows, J.

2013

The effect of controlled indoor activities on the particulate matter mass and number concentrations.

Chatoutsidou, S.E.; Serfozo, N.; Kopanakis, I.; Glytsos, T.; Lazaridis, M.

2013

Low-cost sensor technologies as a complement to science and management of air quality.

Jovaševic-Stojanovic, M.; Bartonova, A.; Ristovski, Z.; Pokric, B.; Krco, S.; Nieuwenhuijsen, M.; Høiskar, B.A.; Jones, R.; Berre, A.J.; Živkovic, M.; Stankovic, A.; Stevanovic, Z.

2013

Volatile organic compounds in the museum environment - a PTR-TOF pilot study on canvas samples.

Mikoviny, T.; Eichler, P.; Müller, M.; Grøntoft, T.; Wisthaler, A.

2013

FUTUREVOLC: A European volcanological supersite in Iceland, a monitoring system and network for the future.

Sigmundsson, F.; Vogfjord, K.; Gudmundsson, M.T.; Kristinsson, I.; Loughlin, S.; Ilyinskaya, E.; Hooper, A.; Kylling, A.; Witham, C.; Bean, C.; Braiden, A.; Ripepe, M.; Prata, F.; Jordan, C.J.; other members of the FUTUREVOLC team.

2013

Transboundary particulate matter in Europe: Status report 2013. EMEP report, 4/2013

Aas, W.; Yttri, K.E.; Stohl, A.; Myhre, C.L.; Karl, M.; Tsyro, S.; Mareckova, K.; Wankmüller, R.; Klimont, Z.; Heyes, C.; Alastuey, A.; Querol, X.; Perez, N.; Moreno, T.; Lucarelli, F.; Areskoug, H.; Balan, V.; Cavalli, F.; Puyaud, J.-P.; Cape,.N.; Catrambone, M.; Ceburnis, D.; Conil, S.; Gevorgyan, L.; Jaffrezo, J.L.; Hueglin, C.; Mihalopoulos, N.; Mitosinkova, M.; Riffault, V.; Sellegri, K.; Spindel, G.; Schuck, T.; Pfeffer, U.; Breuer, L.; Adolfs, D.; Chuntonova, L.; Arabidze, M.; Abdulazizov, E.

2013

Measurement of volcanic ash in Norwegian air space. WP 1.4.4 Reduced uncertainty in satellite-based estimates of ash concentrations. NILU OR

Kylling, A.

Satellite-based measurements of volcanic ash give the total amount of volcanic ash per area, typically in units of grams of volcanic ash per square meter. To convert this to concentration the vertical thickness of the ash cloud is needed. The ash cloud thickness is not available from passive remote sensors, e.g. IR-sensors, but may be obtained from ground- and space-based lidars. Dispersion models will also provide information of the ash thickness.
This report gives an overview of volcanic ash cloud thickness as observed by space, aircraft and ground-based lidars. Also, ash cloud thickness as simulated by the Flexpart particle dispersion model is analysed. The impact of varying cloud thickness on the signal measured by IR-sensor in space is investigated. Focus is on the Eyjafjallajokull 2010 eruption for which a unique wealth of data are available.

2013

Statoil raffineri Mongstad. Måleprogram luft- og nedbørkvalitet 2011 -2013. NILU OR

Berglen, T.F.; Schulze, D.; Basteson, E.; Haugsbakk, I.; Lunder, H.; Schmidbauer, N.; Tønnesen, D.

NILU - Norsk institutt for luftforskning har på oppdrag fra Statoil Petroleum AS utført måleprogram for luft- og nedbørkvalitet ved Mongstad. To stasjoner ble benyttet i prgrammet, Sande nord for raffineriet og Sundsbø sør-øst for raffineriet. Middelkonsentrasjonen av NOx på Sande og Sundsbø var hhv. 3,43 og 1,42 µg/m3, dvs. lave verdier. Maksimale time¬middel¬verdier av NO2 var hhv. 49,9 µg/m3 og 36,4 µg/m3 (Sande og Sundsbø). For O3 var årsmiddelkonsentrasjon i 2012 på Sande 64,6 µg/m3, høyeste timemiddel var 145,4 µg/m3. SO2 viste gjennomgående lave verdier (høyeste timeverdi 7,24 µg/m3). For PM10 var årsmiddel i 2012 hhv. 16,8 µg/m3 og7,4 µg/m3 (Sande og Sundsbø), maksimalt døgnmiddel i 2012 var hhv. 60,9 µg/m3 og 29,1 µg/m3. Verdiene av BTEX (benzen, toluen, etylbenzen og xylen) var gjennomgående lave. Prøvetaking av PAH i luft ble gjort hver 6. dag, maksimumskonsentrasjonen av 16 EPA PAH var 6,96 ng/m3, maksimum benzo(a)pyren (BaP) var 0,050 ng/m3. PAH i nedbør viste maksimumskonsentrasjon lik 42,7 ng/L, maksimum BaP i nedbør var 0,679 ng/L..

2013

Review of ambient air quality monitoring programme in Poland. NILU OR

Bøhler, T.; Guerreiro, C.; Marsteen, L.

The Norwegian Institute for Air Research - NILU and the Chief Inspectorate of Environmental Protection - GIO¿ are implementing the project : 'Strengthening the air quality assessment system in Poland, based on Norwegian experience' as part of the programme ¿Improving Environmental Monitoring and Inspection¿ within the framework of the European Economic Area 2009-2014.
A part of this project is to review the existing ambient air quality monitoring programme in operation in Poland based upon the report prepared by GIOS: ¿Information on monitoring equipment used in Voivodeship networks within the National Environmental Monitoring and supplementary data providing grounds for network equipment analyses¿.
The NILU assessment confirms the needs described by GIOS to carry out an intensive monitoring of air quality, especially as regards PM10, PM2.5, benzo(a)pyrene and ozone. NILU advices GIOS to include the modelling results when evaluating the needs for expanding the network for ozone.NILU recommends to evaluate the needs for further stations in relation to securing the data capture rate as requested by the EU Directive.
In general, NILU advices GIOS towards having a more robust network that meets the Directive requirements regarding data coverage and ensures enough information for the WIOSs to do assessment and planning.

2013

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