Publikasjoner

Air Quality Management Project, Dhaka, Bangladesh, 2006. Inception report. NILU OR

Sivertsen, B.; Laupsa, H.

Air Quality Management Project, Dhaka, Bangladesh, 2006. Final report, Mission 2, 6 - 17 March 2006. NILU OR

Larssen, S.; Marsteen, L.

Air Quality Management Project, Dhaka, Bangladesh, 2006. AQMP quality manual. NILU OR

Marsteen, L.

Air quality management planning.

Sivertsen, B.; Bartonova, A.

Air quality management planning for urban areas around the world. NILU F

Sivertsen, B.

Air quality management planning (AQMP).

Sivertsen, B.; Bartonova, A.

Air quality management for Chittagong. Inception report. NILU OR

Larssen, S.

Air quality management and personal exposure. Environmental pollution, 17

Bøhler, T.

Air quality management and abatement strategy planning.

Sivertsen, B.

Air quality information for Cyprus. Poster presentation. NILU PP

Dudek, A.V.; Kleanthous, S.; Marsteen, L.

Air quality in the classroom. 2009 Scandinavian student-based research campaign. NILU OR

Randall, S.

Air quality in Sandefjord, Norway. November 2021 – August 2023.

Salamalikis, Vasileios; Castell, Nuria

This report examines the air quality patterns in terms of particulate matter with a diameter less than 2.5 μm (PM2.5) in Sandefjord, Norway. PM2.5 was monitored through five low-cost sensors in hourly resolution from November 2021 to August 2023. The sensors’ reliability is high, with consistent PM2.5 measurements and similar variation over time. Occasional extreme PM2.5 was attributed to local contributions with higher values observed during cold months, or specific long-range transport events. Overall, Sandefjord maintained good air quality for most of the measurement period with daily PM2.5 levels below the air quality criteria. Residential heating activities (wood burning) is the most significant local source, being more pronounced during winter.

NILU

Air quality in Ny-Ålesund. Monitoring of local air quality 2016-2017.

Johnsrud, Mona; Hermansen, Ove; Tørnkvist, Kjersti

The concentrations of the measured components are generally low and below national limit values for the protection of human health and critical levels for the protection of vegetation.

Wind from northern sectors gave the highest average concentrations of nitrogen oxides and sulphur dioxide, which indicates the power station and the harbour as possible sources. The measurement results for CO2 show an annual variation with higher concentrations in the winter and lower in summer. Measured concentrations of CO were most likely caused by local snowmobile traffic.

NILU