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Found 2162 publications. Showing page 205 of 217:

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Year  
Category

The POPCYCLING-Baltic Model. A non-steady state multicompartment mass balance model of the fate of persistent organic pollutants in the Baltic Sea environment. NILU OR

Wania, F.; Persson, J.; Di Guardio, A.; McLachlan, M.S.

The POPCYCLING-Baltic model, typical multi-media mass balance model, divides the environment in 85 boxes or compartments, which are considered well-mixed and homogeneous, both with respect to the environmental characteristics and chemical contamination. These environmental phases are then linked by a variety of intercompartmental transfer processes.

2000

DANIDA; Environmental Information and Monitoring Programme (EIMP) Air Quality Monitoring Component. Mission 16 Report. NILU OR

Hermansen, O.; Sivertsen, B.

The main purpose of mission 16 was to introduce a new technique for analysis of volatile organic compounds (VOC) in air samples, and to do on the job training of the staff at Centre for Environmental Hazards Mitigation (CEHM) at the Cairo University, Giza. Due to major changes in staff at the laboratory during the visit, it was not possible to complete the training program according to the original plan. The equipment for sampling and analysis has been checqued and tested and further needs of equipment has been evaluated.

2000

Assessment of emissions/ discharges of mercury reaching the Arctic environment. NILU OR

Pacyna, J.M.; Pacyna, E.

Our knowledge of mercury fluxes on a global scale is still incomplete. The above presented estimates for Europe and North America seem to contribute less about 25 % to the global anthropogenic emissions of the element to the atmosphere. The majority of the remaining emissions originate from combustion of fossil fuels, particularly in the Asian countries including China, India, and South and North Korea. Even less and very controversial information is available on emissions of mercury from natural sources, including volatilization of the element from terrestrial and aquatic surfaces. In general, it is assumed that natural emissions of the element are about 3000 t/year, thus contributing more 60 % to the total global emissions of mercury. However, much work needs to be done in order to verify the above estimate.

2000

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