Publications

CITI-SENSE Project, WP6: Methods - Information products and services. NILU F

Lahoz, W.A.

CITI-SENSE Project, WP6: Methods - Information products and services - way forward. NILU F

Lahoz, W.A.

Novel methods to characterize errors in soil moisture datasets. NILU F

Lahoz, W.A.; Svendby, T.; Griesfeller, A.

Monitoring air quality: The role of OSSEs in determining the future observing system. NILU F

Lahoz, W.A.

ISSI International Team "Land Data Assimilation: Making sense of hydrological cycle observations". NILU F

Lahoz, W.A.

Thinking long term: Determining the global observing system for the 21st Century. NILU F

Lahoz, W.A.

Measurements of concentrations and fluxes of VOCs by PTR-MS / PTR-ToF-MS: principles, examples and technical challenges. NILU F

Wisthaler, A.

Air quality in Europe - 2012 report. EEA report, 4/2012

Guerreiro, C.; de Leeuw, F.; Foltescu, V.; Schilling, J.; van Aardenne, J.; Lükewille, A.; Adams, M.

Sizing up the bubbles that produce very fine ash during explosive volcanic eruptions.

Genareau, K.; Proussevitch, A.A.; Durant, A.; Mulukutla, G.; Sahagian, D.L.

Rotational Raman scattering in the O2-A and O2-B bands: simulations for Carbonsat, FLEX/FLORIS, MERIS and OLCI. NILU OR

Kylling, A.

Rotational Raman scattering (RRS) causes filling-in of absorption lines in Earth shine spectra. It is routinely accounted for in analysis of UV and visible spectra measured both by satellite and ground-based instruments. RRS is also present at longer wavelengths, however, the magnitude generally decreases with increasing wavelength due to decrease in the scattering cross section. For high-resolution spectral measurements the effect may be noticeable. Depending on the application, RRS thus needs to be quantified and possibly corrected for. Of special interest is the effect of RRS in the O2-A (759-769 nm) and O2-B (686-697 nm) bands. Here, the effect of RRS in these bands is studied for the present and future satellite instruments CarbonSat, FLEX/FLORIS, MERIS and OLCI.

Combining in vitro toxicity data with QSARs and mass balance exposure models for high throughput risk assessment.

Arnot, J.; Brown, T.; Breivik, K.; Thomas, R.; Wetmore, B.

Indoor pollution measurement and modelling: results from TeACH experimental sites. NILU F

Grøntoft, T.

Transdisciplinary conceptual modeling of socio-ecological system.

Guimaraes, M.H.; Ballé-Béganton, J.; Bailly, D.; Newton, A.; Boski, T.; Dentinho, T.