Atmospheric boundary layer field experiment in Sweden 1980, GOTEX II, part I.

ReportsMeteorology

 
Type: Report
Report Series: RMK 33
Author: Ericson, K.
Published: 1982
Start / Atmospheric boundary layer field experiment in Sweden 1980, GOTEX II, part I.
Last updated:

Analys av moln och nederbörd genom automatisk klassning av AVHRR-data.

ReportsMeteorology

 
Type: Report
Report Series: RMK 32
Author: Liljas, E.
Published: 1981
Start / Analys av moln och nederbörd genom automatisk klassning av AVHRR-data.
Last updated:

A forest evapotranspiration model using synoptic data.

ReportsMeteorology

 
Type: Report
Report Series: RMK 36
Author: Bringfelt, B.
Published: 1982
Start / A forest evapotranspiration model using synoptic data.
Last updated:

The Swedish Limited Area Model. Part A. Formulation.

ReportsMeteorology

 
Type: Report
Report Series: RMK 35
Author: Undén, P.
Published: 1982
Start / The Swedish Limited Area Model. Part A. Formulation.
Last updated:

An aerobiological model for operational forecasts of pollen concentration in the air.

ReportsMeteorology

 
Type: Report
Report Series: RMK 38
Author: Törnevik, H.
Published: 1982
Start / An aerobiological model for operational forecasts of pollen concentration in the air.
Last updated:

Spridning av luftförorening från skorsten i konvektiva gränsskikt.

ReportsMeteorology

 
Type: Report
Report Series: RMK 37
Author: Omstedt, G.
Published: 1982
Start / Spridning av luftförorening från skorsten i konvektiva gränsskikt.
Last updated:

An operational air pollution model using routine meteorological data.

ReportsMeteorology

 
Type: Report
Report Series: RMK 40
Author: Omstedt, G.
Published: 1984
Start / An operational air pollution model using routine meteorological data.
Last updated:

Data rörande Sveriges temperaturklimat

ReportsMeteorology

 
Type: Report
Report Series: RMK 39
Author: Eriksson, B.
Published: 1982
Start / Data rörande Sveriges temperaturklimat
Last updated:

MATCH - transport and chemistry model

MeteorologyEnvironmentResearch

The dispersion model MATCH is a three-dimensional, Eulerian model developed at SMHI. It is used in a range of applications from urban to global horizontal scale.

Start / Research departments / Meteorology / MATCH - transport and chemistry model
Last updated:

Local scale plume model for nitrogen oxides. Model description.

ReportsMeteorologyClimate

A plume dispersion model on local scale ( 0 - ~ 20 km) including atmospheric chemis try for nitrogen oxides is developed. The purpose of the study is to obtain a practical air quality model which can be used in environmental planning for e.g. coalfired power plants. Problems concerning both …

 
Type: Report
Report Series: RMK 41
Author: Persson, C., and Funkquist, L.
Published: Sep, 1984
Start / Local scale plume model for nitrogen oxides. Model description.
Last updated:
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