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Fant 9885 publikasjoner. Viser side 336 av 396:

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Calculations of Radiative Forcing from Ozone Change. NATO Science Series, vol. 557

Stordal, F.

2000

Calculations of personal exposure to particulate matter in urban areas. NILU F

Fløisand, I.; Laupsa, H.; Broday, D.; Bøhler, T.; Holländer, W.; Lützenkirchen, S.; Housiadas, C.; Stubos, T.; Mc Innes, H.

2006

Calculations of personal exposure to particulate matter in urban areas. Developments in environmental science, 6

Fløisand, I.; Laupsa, H.; Broday, D.; Bøhler, T.; Holländer, W.; Lützenkirchen, S.; Housiadas, C.; Stubos, T.; Mc Innes, H.

2007

Calculation of pseudo PM2.5 annual mean concentrations in Europe based on annual mean PM10 concentrations and other supplementary data. ETC/ACC Technical Paper, 2010/9

Denby, B.; Gola, G.; de Leeuw, F.; de Smet, P.; Horálek, J.

2011

Cadmium pollution from zinc‐smelters up to four‐fold higher than expected in western Europe in the 1980s as revealed by alpine ice

Legrand, Michel; McConnell, Joseph; Lestel, L.; Preunkert, Susanne; Arienzo, Monica M; Chellman, Nathan J; Stohl, Andreas; Eckhardt, Sabine

Estimates of past emission inventories suggest that toxic heavy metal pollution in Europe was highest in the mid‐1970s for lead and in the mid‐1960s for cadmium, but these previous estimates have not been compared to observations. Here, alpine ice‐cores were used to document cadmium and lead pollution in western Europe between 1890 and 2000. The ice‐core trends show that while lead pollution largely from leaded gasoline reached a maximum in ~1975 as expected, cadmium pollution primarily from zinc smelters peaked in the early‐1980s rather than in ~1965 and was up to fourfold higher than estimated after 1975. Comparisons between ice‐core trends, estimated past emissions, and state‐of‐the‐art atmospheric aerosol transport and deposition modeling suggest that the estimated decreases in cadmium emissions after 1970 were based on overly optimistic emissions reductions from the introduction of pollution control devices and other technological improvements.

American Geophysical Union (AGU)

2020

C. elegans as a Model System for Assessing Neurotoxicity

SenGupta, Tanima; Dusinska, Maria; Rundén-Pran, Elise

2023

Bør ha nye målinger

Høiskar, Britt Ann Kåstad; Hak, Claudia

2020

Bærekraftig utbygging av havvind - Marine økosystemer og materialer

Skjellum, Solrun Figenschau; Guerreiro, Cristina

2022

Byutvikling og luftkvalitet. NILU F

Sivertsen, B.; Larssen, S.

2002

Bygger hytte av plast: – Dette er bra for miljøet

Herzke, Dorte (intervjuobjekt); Kolve, André Rajan; Ellefsen, Vegard Unger (journalister)

2025

Burning of woody debris dominates fire emissions in the Amazon and Cerrado

Forkel, Matthias; Wessollek, Christine; Huijnen, Vincent; Andela, Niels; de Laat, Adrianus; Kinalczyk, Daniel; Marrs, Christopher; van Wees, Dave; Bastos, Ana; Ciais, Philippe; Fawcett, Dominic; Kaiser, Johannes; Klauberg, Carine; Kutchartt, Erico; Leite, Rodrigo V.; Li, Wei; Silva, Carlos; Sitch, Stephen; De Souza, Jefferson Goncalves; Zaehle, Sönke; Plummer, Stephen

2025

Building and evaluating sensor-based Citizens' Observatories for improving quality of life in cities.

Castell, N.; Lahoz, W.; Schneider, P.; Hoiskar, B.A.; Grossberndt, S.; Naderer, C.; Robinson, J.; Kocman, D.; Horvat, M.; Bartonova, A.

2014

Bubble evolution and anode surface properties in aluminium electrolysis.

Thorne, R.J.; Sommerseth, C.; Ratvik, A.P.; Rørvik, S.; Sandnes, E.; Lossius, L.P.; Linga, H.; Svensson, A.M.

2015

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