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Fant 9887 publikasjoner. Viser side 323 av 396:

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Spatial and temporal trends in e-waste related organic pollutants in a developing economy - A pilot study

Nipen, Maja; Vogt, Rolf David; Borgå, Katrine; Haarr, Ane; Mwakalapa, Eliezer Brown; Schlabach, Martin; Bohlin-Nizzetto, Pernilla; Mmochi, Aviti John; Breivik, Knut

2019

Spatial distribution of cyclic volatile methyl siloxanes (cVMS) within the Norwegian Arctic. NILU F

Warner, N.A.; Evenset, A.; Christensen, G.; Gabrielsen, G.W.; Borgå, K.; Leknes, H.

2010

Spatial distribution of dechlorane plus and analogs in European background air

Skogeng, Lovise Pedersen; Möckel, Claudia; Halvorsen, Helene Lunder; Krogseth, Ingjerd Sunde; Eckhardt, Sabine; Breivik, Knut

2020

Spatial distribution of Dechlorane Plus and dechlorane related compounds in European background air

Skogeng, Lovise Pedersen; Halvorsen, Helene Lunder; Breivik, Knut; Eckhardt, Sabine; Herzke, Dorte; Möckel, Claudia; Krogseth, Ingjerd Sunde

The highly chlorinated chemical Dechlorane Plus (DP) was introduced as a replacement flame retardant for Mirex, which is banned through the Stockholm Convention (SC) for its toxicity (T), environmental persistence (P), potential for bioaccumulation (B) and long-range environmental transport potential (LRETP). Currently, Dechlorane Plus is under consideration for listing under the Stockholm Convention and by the European Chemical Agency as it is suspected to also have potential for P, B, T and LRET. Knowledge of atmospheric concentrations of chemicals in background regions is vital to understand their persistence and long-range atmospheric transport but such knowledge is still limited for Dechlorane Plus. Also, knowledge on environmental occurrence of the less described Dechlorane Related Compounds (DRCs), with similar properties and uses as Dechlorane Plus, is limited. Hence, the main objective of this study was to carry out a spatial mapping of atmospheric concentrations of Dechlorane Plus and Dechlorane Related Compounds at background sites in Europe. Polyurethane foam passive air samplers were deployed at 99 sites across 33 European countries for 3 months in summer 2016 and analyzed for dechloranes. The study showed that syn- and anti-DP are present across the European continent...

Frontiers Media S.A.

2023

Spatial distribution of polybrominated diphenyl ethers in trout from Norwegian lakes.

Mariussen, E.; Fjeld, E.; Strand-Andersen, M.; Hjerpset, M.; Schlabach, M.

2003

Spatial distribution of residential wood combustion emissions in the Nordic countries: How well national inventories represent local emissions?

Paunu, Ville-Veikko; Karvosenoja, Niko; Segersson, David; Lopez-Aparicio, Susana; Nielsen, Ole-Kenneth; Plejdrup, Marlene S.; Thorsteinsson, Throstur; Niemi, Jarkko V; Vo, Dam Thanh; van der Gon, Hugo A.C. Denier; Brandt, Jørgen; Geels, Camilla

Residential wood combustion (RWC) is a major source of air pollutants in the Nordic and many other countries. The emissions of the pollutants have been estimated with inventories on several scopes, e.g. local and national. An important aspect of the inventories is the spatial distribution of the emissions, as it has an effect on health impact assessments. In this study, we present a novel residential wood combustion emission inventory for the Nordic countries based on national inventories and new gridding of the emissions. We compare the emissions of the Nordic inventory, and especially their spatial distribution, to local assessments and European level TNO-newRWC-inventory to assess the spatial proxies used. Common proxies used in the national inventories in the Nordic countries were building data on locations and primary heating methods and questionnaire-based wood use estimates for appliances or primary heating methods. Chimney sweeper register data was identified as good proxy data, but such data may not be available in an applicable format. Comparisons of national inventories to local assessments showed the possibility to achieve similar spatial distributions through nation-wide methods as local ones. However, this won't guarantee that the emissions are similar. Comparison to the TNO-newRWC-inventory revealed the importance of how differences between urban and rural residential wood combustion are handled. The comparison also highlighted the importance of local characteristics of residential wood combustion in the spatial distribution of emissions.

Elsevier

2021

Spatial distribution of short- and medium-chain chlorinated paraffins in European background air

Möckel, Claudia; Halvorsen, Helene Lunder; Pedersen, Lovise Skogeng; Krogseth, Ingjerd Sunde; Bohlin-Nizzetto, Pernilla; Borgen, Anders; Schlabach, Martin; Breivik, Knut

2018

Spatial distribution of short- and medium-chain chlorinated paraffins in European background air

Möckel, Claudia; Halvorsen, Helene Lunder; Pedersen, Lovise Skogeng; Krogseth, Ingjerd Sunde; Bohlin-Nizzetto, Pernilla; Borgen, Anders; Schlabach, Martin; Breivik, Knut

2018

Spatial inter-comparison of top-down emission inventories in European urban areas

Trombetti, Marco; Thunis, Philippe; Bessagnet, Bertrand; Clappier, Alain; Couvidat, Florian; Guevara, Marc; Kuenen, Jeroen; Lopez-Aparicio, Susana

This paper presents an inter-comparison of the main Top-down emission inventories currently used for air quality modelling studies at the European level. The comparison is developed for eleven European cities and compares the distribution of emissions of NOx, SO2, VOC and PPM2.5 from the road transport, residential combustion and industry sectors. The analysis shows that substantial differences in terms of total emissions, sectorial emission shares and spatial distribution exist between the datasets. The possible reasons in terms of downscaling approaches and choice of spatial proxies are analysed and recommendations are provided for each inventory in order to work towards the harmonisation of spatial downscaling and proxy calibration, in particular for policy purposes. The proposed methodology may be useful for the development of consistent and harmonised European-wide inventories with the aim of reducing the uncertainties in air quality modelling activities.

Elsevier

2018

Spatial mapping of air quality for European scale assessment. ETC/ACC Technical Paper 2006/6

Horálek, J.; Denby, B.; de Smet, P.; de Leeuw, F.; Kurfürst, P.; Swart, R.; van Noije, T.

2007

Spatial mapping of air quality trends in Europe. NATO science for peace and security series C: Environmental security

Denby, B.; Sundvor, I.; Cassiani, M.

2010

Spatial mapping of atmospheric pollutants for European scale population exposure assessment. NILU F

Horálek, J.; Denby, B.; de Leeuw, F.; de Smet, P.; Kurfurst, P.; Fiala, J.

2008

Spatial mapping of emissions

Kuenen, Jeroen; van Aardenne, John; Goodwin, Justin; Mareckova, Katarina; Adams, Martin; Ruyssenaars, Paul; Wankmüller, Robert; Pye, Stephen; King, Katie; Veldeman, Nele; van der Maas, Wim; Lopez-Aparicio, Susana; Plejdrup, Marlene S.; d'elia, Ilaria; Feigenspan, Stefan; Vilardell, Marc Guevara

2023

Spatial mapping of ozone and SO2 trends in Europe.

Denby, B.; Sundvor, I.; Cassiani, M.; de Smet, P.; de Leeuw, F.; Horálek, J.

2010

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