Uptake of NOx in Scots pine.

Information on input of acidifying compounds like SO and NO is necessary to understand effects of acidification. The uptake on NO and NO2 respectively was studied on seedlings and shoots of Scots pine ( L.). Experiments were conducted both in laboratory (NO and NO respectively) and in the field (NO)...

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Main Authors: Skärby, L., Bengtson, C., Boström, C.-Å., Grennfelt, P., Troeng, E.
Format: Article
Language:English
Published: Finnish Society of Forest Science 1981-01-01
Series:Silva Fennica
Online Access:https://www.silvafennica.fi/article/5135
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author Skärby, L.
Bengtson, C.
Boström, C.-Å.
Grennfelt, P.
Troeng, E.
author_facet Skärby, L.
Bengtson, C.
Boström, C.-Å.
Grennfelt, P.
Troeng, E.
author_sort Skärby, L.
collection DOAJ
description Information on input of acidifying compounds like SO and NO is necessary to understand effects of acidification. The uptake on NO and NO2 respectively was studied on seedlings and shoots of Scots pine ( L.). Experiments were conducted both in laboratory (NO and NO respectively) and in the field (NO) under light and dark conditions. In all three cases there was a linear relationship between the uptake rate and the NO-concentration. The uptake follows a diurnal pattern i.e. the uptake rate was strongly correlated with the stomatal movements. Uptake rates were converted to deposition rate and the results showed that field exposure with NO gave the higher deposition rate.2xPinus sylvestris22x2
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spelling doaj.art-7322047bf71f4076bcac01c77dfe7cbd2022-12-22T03:08:54ZengFinnish Society of Forest ScienceSilva Fennica2242-40751981-01-0115410.14214/sf.a15362Uptake of NOx in Scots pine.Skärby, L.Bengtson, C.Boström, C.-Å.Grennfelt, P.Troeng, E.Information on input of acidifying compounds like SO and NO is necessary to understand effects of acidification. The uptake on NO and NO2 respectively was studied on seedlings and shoots of Scots pine ( L.). Experiments were conducted both in laboratory (NO and NO respectively) and in the field (NO) under light and dark conditions. In all three cases there was a linear relationship between the uptake rate and the NO-concentration. The uptake follows a diurnal pattern i.e. the uptake rate was strongly correlated with the stomatal movements. Uptake rates were converted to deposition rate and the results showed that field exposure with NO gave the higher deposition rate.2xPinus sylvestris22x2https://www.silvafennica.fi/article/5135
spellingShingle Skärby, L.
Bengtson, C.
Boström, C.-Å.
Grennfelt, P.
Troeng, E.
Uptake of NOx in Scots pine.
Silva Fennica
title Uptake of NOx in Scots pine.
title_full Uptake of NOx in Scots pine.
title_fullStr Uptake of NOx in Scots pine.
title_full_unstemmed Uptake of NOx in Scots pine.
title_short Uptake of NOx in Scots pine.
title_sort uptake of nox in scots pine
url https://www.silvafennica.fi/article/5135
work_keys_str_mv AT skarbyl uptakeofnoxinscotspine
AT bengtsonc uptakeofnoxinscotspine
AT bostromca uptakeofnoxinscotspine
AT grennfeltp uptakeofnoxinscotspine
AT troenge uptakeofnoxinscotspine