Publikasjoner

Ikke-spesifikk screening av støv fra norske husholdninger

Froment, Jean Francois; Skaar, Jøran Solnes; Gundersen, Hans; Rostkowski, Pawel

Denne rapporten presenterer resultater fra en ikke-spesifikk screening av husstøv fra norske hjem. Totalt ble 203 kjemiske forbindelser identifisert, med ftalater som den mest dominerende stoffgruppen. Flere av de påviste stoffene er kjent som hormonforstyrrende, nevrotoksiske eller klassifisert som persistente, mobile og toksiske (PMT). Resultatene viser et endret stoffmønster sammenlignet med tidligere studier og understreker behovet for videre overvåkning av innemiljø, forskning på cocktail-effekter og bedre regulering av forbrukerprodukter.

NILU

iFLINK, an example of public innovation project with focus on air quality sensor networks

Castell, Nuria; Lützenkirchen, Susanne

Identifying the research and infrastructure needs for the global assessment of hazardous chemicals ten years after establishing the Stockholm Convention.

Klánová, J.; Diamond, M.; Jones, K.; Lammel, G.; Lohmann, R.; Pirrone, N.; Scheringer, M.; Balducci, C.; Bidleman, T.; Bláha, K.; Bláha, L.; Booij, B.; Bouwman, H.; Breivik, B.; Eckhardt, S.; Fiedler, H.; Garrigues, P.; Harner, T.; Holoubek, I.; Hung, H.; MacLeod, M.; Magulova, K.; Mosca, S.; Pistocchi, A.; Simonich, S.; Smedes, F.; Stephanou, E.; Sweetman, A.; Sebková, K.; Venier, M.; Vighi, M.; Vrana, B.; Wania, F.; Weber, R.; Weiss, P.

Identifying regional methane isotopic source signatures from δ13C measurements at European stations in the InGOS TNA program.

Fisher, R.; Lowry, D.; Lanoisellé, M.; Zazzeri, G.; Myhre, C.L.; Aalto, T.; Haszpra, L.; Nisbet, E.

Identification of toxaphene congeners in bird eggs by combining quadrupole NICI-MS and ion trap EI-MS/MS.

Skopp, S.; Oehme, M.; Herzke, D. Kallenborn, R.

Identification of POP candidates among chemicals in plastic. Screening for LRTP using the Emissions Fractions Approach

Breivik, Knut; Nikiforov, Vladimir; Davie-Martin, Cleo Lisa

There is considerable interest in identifying chemicals which have the potential to undergo long-range environmental transport (LRTP), accumulate in remote regions, and represent a possible risk to environmental and human health. In this report, we have screened a list of 1,000 organic chemicals, as well as selected brominated dioxins and furans (PBDD/Fs), for their potential to be dispersed, transferred to, and accumulated in remote regions. This screening was carried out applying a new set of LRTP metrics, collectively referred to as the emissions fractions approach (EFA), as implemented in a modified version of the OECD POV and LRTP (long-range transport potential) Screening Tool (The Tool).

NILU

Identification and quantification of polybrominated hexahydroxanthene derivatives and other halogenated natural products in commercial fish and other marine samples.

Hiebl, J.; Melcher, J.; Gundersen, H.; Schlabach, M.; Vetter, W.

Identification and apportionment of sources from air particulate matter at urban environments in Bangladesh. NILU OR

Begum, B.A.; Randall, S.; Sivertsen, B.

ICP-MS, Technique and applications. NILU F

Uggerud, H.T.

ICP Materials trends in corrosion, soiling and air pollution (1987-2014).

Tidblad, J.; Kreislová, K.; Faller, M.; de la Fuente, D.; Yates, T.; Verney-Carron, A.; Grøntoft, T.; Gordon, A.; Hans, U.

ICOS-NORWAY – A TOOL TO VERIFY NORWEGIAN GREENHOUSE GAS REDUCTIONS

Lauvset, Siv Kari; Platt, Stephen Matthew; Lange, Holger; Becker, Meike; Zwaaftink, Christine Groot; Skjelvan, Ingunn; Omar, Abdirahman; Fransson, Agneta; Roden, Nicholas; King, Andrew; Myhre, Gunnar; Olsen, Are

ICOS Norway – a carbon cycle infrastructure

Lauvset, Siv Kari; Myhre, Cathrine Lund; Lange, Holger; Olsen, Are; Stohl, Andreas

The Integrated Carbon Observation System (ICOS) research infrastructure is aimed at quantifying and understanding the greenhouse gas balance of Europe and neighboring regions. ICOS-Norway brings together the leading
Norwegian institutes for greenhouse gas observations in the three Earth system domains atmosphere, ocean, and
terrestrial ecosystems, providing world-leading competence, which is integrated into one jointly funded and operated infrastructure. This provides Norway with a state-of-the-art research infrastructure embedded in European
and global efforts. Even though each Earth system domain was part of dedicated research infrastructures prior to
the establishment of ICOS-Norway, the greenhouse gas community in Norway was divided and there was minimal
collaboration across the Earth system domains. The overall goal of ICOS-Norway is to provide accurate and accessible data on, as well as integrated assessments of, the Norwegian carbon balance at regional scale, across the land,
ocean, and atmosphere. ICOS-Norway has thus led to an increased impact of environmental observing systems
in Norway and surrounding seas, easily seen through the number of publications and new proposals generated
as collaborative efforts. This poster presents the ICOS-Norway infrastructure, including plans for expansion and
long-term funding.